Regulating Open Data_ Principles Challenges and Opportunities

20 Feb 2026 17:00h - 18:00h

Regulating Open Data_ Principles Challenges and Opportunities

Session at a glanceSummary, keypoints, and speakers overview

Summary

The panel debated whether India should shift from voluntary open-data initiatives to a statutory regulatory framework that obliges government bodies to share standardized aggregated datasets, arguing that without legal teeth participation is uneven, leading to unreliable data for investors and developers, and that the core question is whether openness should become an institutional obligation rather than optional goodwill [11-13][28-30].


Shashi Tharoor framed the issue as a question of power, noting that AI now underpins modern society and that regulation of open data shapes sovereignty, innovation and fairness [42-51]. He defined open data as minimally restricted data that, when thoughtfully designed, becomes public infrastructure that strengthens transparency, levels market playing fields and enables citizen participation [56-61]. He illustrated the impact of open data with examples such as the U.S. release of meteorological data that spawned private ecosystems in weather forecasting and logistics, and the COVID-19 health dashboards that accelerated coordinated responses [68-71][73-74]. India’s own open-government data platform has been used to track welfare coverage and expose implementation leakages, demonstrating tangible governance benefits [66].


Panelists warned that poorly structured openness can create vulnerabilities, exacerbate digital ascendancy of foreign cloud providers, and lead to data capitulation without domestic capacity building [77-82]. They proposed a credible framework that begins with a clear purpose, strong anonymisation, consent mechanisms, accountability standards and links openness to domestic research, startups and digital infrastructure [88-95][96-100]. While cross-border flows remain essential, the framework should ensure reciprocity and protect policy space, a stance echoed in the G20 New Delhi Leaders Declaration and the UN Global Digital Compact [101-106][107-111].


Rama Vedashree traced the Indian open-data movement to early-2010s policies, emphasizing the need for AI-ready data, metadata standards and API-based access rather than static CSV files [147-164]. Irina Ghose highlighted that trust requires contextual Indian-language data, a model-context protocol (MCP) for interoperability, and collaborative efforts with global partners to make data openly available for AI development [180-191]. Cyril Shroff argued that regulatory clarity is a foundation for innovation, likening data markets to capital-markets where uniform rules create investor confidence and trust [201-204][268-278]. Arun Prabhu pointed out the absence of clear anonymisation standards, public-data interchange protocols and purpose definitions, asserting that without these legal pillars a sustainable open-data ecosystem cannot emerge [259-262]. Sasmit Patra stressed that citizen consent and political willingness are crucial, noting that even anonymised transaction data may face resistance without trust [221-227]. Asha Jadeja Motwani warned that reliance on the U.S. technology stack creates geopolitical risk and called for a joint regulatory framework to ensure data benefits flow back to India, reinforcing the panel’s consensus that structured openness with safeguards is essential for a sovereign digital future [327-339].


Overall, the discussion converged on the need for a purpose-driven, secure and capacity-building open-data regulatory regime that balances transparency, innovation and national sovereignty, positioning India to shape a fairer digital order.


Keypoints

Statutory regulation is needed to move India from voluntary open-data initiatives to a binding framework that guarantees consistent, secure, and accountable data sharing across ministries.


The opening scenario frames the debate around “statutory mandates … that actually requires government bodies to share standardized aggregated data sets” and the risks of “uneven participation” and “no enforcement” ([11-20]). Tharoor stresses that “regulation of open data is … a question of power” and that a “legal backbone” is essential for “institutional obligation” ([50-53]). Vedashree recounts the early, largely voluntary policy (NDCEP, 2012) and notes that “the focus was on opening up government data … not really a primary objective” and that “just opening up government data is not enough” ([147-166]). Arun highlights the absence of “clear identified anonymisation standard, clear identified public data interchange standards” and a “clear recognised purpose” in current law, arguing that without these “sustainable open data ecosystem” cannot emerge ([259-262]).


Open data functions as public infrastructure that can drive transparency, innovation, and economic growth when paired with proper standards and capacity-building.


Tharoor cites the U.S. release of meteorological data that “laid the groundwork for entire private ecosystems” and the COVID-19 dashboards that “enabled faster responses” ([68-74]). He also points to India’s own open-government platform that “has been used to track welfare coverage and expose leakages” ([66]) and to IndiaStack’s role in scaling inclusive digital services ([119-123]). The argument is that “when data is treated as shared infrastructure … it lowers barriers, improves decision-making, and enables societies … to turn information into durable capacity” ([75-76]).


Data sovereignty and digital ascendancy raise geopolitical concerns; without domestic capacity, open data can exacerbate inequality and external capture of value.


Tharoor describes the “digital ascendancy” where “most of the world’s large cloud servers … are owned … by a small number of technology companies” and explains how data generated in developing countries is often processed abroad, leading to “digital capitulation” and loss of value ([77-82]). He calls for “openness with guardrails” that “creates resilience” and stresses that “openness must be tied to domestic capacity building” ([86-91], [96-100]).


Practical implementation requires AI-ready data standards, interoperable APIs, sector-specific protocols, and a federated approach to avoid siloed “dark data.”


Vedashree stresses the shift from PDFs/CSVs to “AI-ready open data” with “metadata and its standards … critical for interoperability” and the need for APIs and real-time access ([158-166]). She also calls for a “supply-demand gap assessment” and sector-level data opening (e.g., payment systems directive, open banking) ([236-245]). Irina (Anthropic) describes the “MCP protocol” as a universal connector for contextual Indian data ([188-190]). Cyril links regulatory clarity to investor confidence, likening data governance to capital-market regulation that “creates trust” and enables “multibillion-dollar investments” ([268-278]).


Governance, oversight, and trust mechanisms (courts, ethics bodies, watchdogs) are essential to ensure that the regulatory framework is enforceable and does not become a “watch-the-watchers” blind spot.


An audience question asks “who would be watching the watchers?” and Cyril answers that “the answer lies in our constitution … the courts and the rule of law” and the need for an ethics code for AI ([384-387]). Tharoor later warns that “justice delayed … justice denied” undermines confidence in any regulatory regime ([390-395]).


Overall purpose / goal


The panel was convened to explore how India can design a robust, statutory open-data regulatory framework that supports the rapid growth of AI, safeguards privacy and sovereignty, and transforms public data into a catalyst for inclusive economic development.


Overall tone


The discussion begins with a light, imaginative role-play to frame the issue, then shifts to a serious, analytical tone as experts present evidence, critique existing policies, and propose concrete reforms. Throughout, the tone remains collaborative and forward-looking, though moments of urgency and tension appear when addressing geopolitical risks, legal gaps, and the need for strong enforcement. The conversation closes on a hopeful yet cautious note, emphasizing both opportunity and the imperative for disciplined governance.


Speakers

Asha Jadeja Motwani – Founder, Motwani Jadeja Foundation; established the Motwani Jadeja Institute for American Studies; venture-capitalist investing in tech and AI. [S1]


BK Patnaik – Audience member from Odisha (Orissa); asked a question to Dr. Patra about AI in agriculture. [S4]


Rama Vedashree – Senior official/panelist involved in India’s open-data initiatives; contributed to the design of the National Data Sharing and Accessibility Policy. [S6]


Shashi Tharoor – Dr.; Member of Parliament (India), former diplomat and author; delivered the keynote address. [S9][S11]


Cyril Shroff – Managing/Founding Partner, Cyril Amachal Mangaldas; convener of the panel and benefactor of the Cyril Shroff Centre for AI Law and Regulation. [S12]


Irina Ghose – Managing Director, Anthropic India. [S15]


Audience Member 1 – Audience participant who asked “who will be watching the watchers?” [S18]


Arun Prabhu – Partner and Co-Head, Digital and TMT Practice, Cyril Amachal Mangaldas; also partner at Cerebral Medicine, Mangadas. [S22]


Dr. Sasmit Patra – Member of Parliament; member of the Parliamentary Oversight Committee on Communications and IT; speaker on evidence-based policymaking. [S11]


Audience Member 3 – Audience participant who raised a question about men’s health data and its regulatory handling. [S26]


C. Raj Kumar – Moderator of the panel; President and Editor-in-Chief of DevX (as per external source). [S29][S30]


Additional speakers (not listed in the provided names):


Jim Hacker – Fictional Prime Minister of the United Kingdom (used in the scenario).


Sir Humphrey Appleby – Fictional Cabinet Secretary of the United Kingdom (used in the scenario).


Sir Bernard Hooley – Fictional Principal Private Secretary of the United Kingdom (used in the scenario).


Full session reportComprehensive analysis and detailed insights

The session opened with C. Raj Kumar, senior policy adviser at the Ministry of Electronics & Information Technology, staging a brief role-play that placed the UK Prime Minister Jim Hacker and senior civil servants in a mock cabinet meeting. He used the imagined exchange – in which the Prime Minister called the open-data session “the most important … at the entire Global AI Summit” and asked whether India should move from “voluntary open-data initiatives to a statutory regulatory framework that actually requires government bodies to share standardised aggregated data sets” – to frame the debate as one between optional goodwill and legally-backed obligation [7-13][28-30][11-13][50-53].


Shashi Tharoor, Minister of State for External Affairs, delivered the keynote, positioning artificial intelligence as the operating system of modern society and arguing that open-data regulation is fundamentally a question of power, sovereignty and fairness [42-51]. He defined open data in its simplest form as “data that is made accessible for use, reuse and redistribution with minimal legal or technical barriers” [56-57] and stressed that, in the AI age, it also signals an intent about how knowledge is shared and how power is distributed [58-61]. Tharoor illustrated the transformative potential of open data with two concrete examples: the United States’ release of meteorological data, which “laid the groundwork for entire private ecosystems in weather forecasting, logistics, insurance and risk assessment” [68-71], and the COVID-19 dashboards that “enabled faster responses, improved coordination across agencies, and supported more informed public debate” [73-74]. He also noted that India’s own open-government platform has already been used to “track welfare coverage and expose leakages in implementation” [66-68].


Rama Vedashree, former senior civil servant and architect of the National Data Sharing and Accessibility Policy (NDCEP), traced the origins of India’s open-data movement to the early 2010s, highlighting the NDCEP of 2012 and the launch of data.gov.in, which were initially focused on “opening up government data … for research and policy-making” rather than on innovation [147-155][156-158]. She warned that the legacy approach of publishing static CSV or PDF files is now obsolete; modern AI requires “AI-ready open data … always available, with metadata and standards … consumable via APIs” [158-166][162-166]. Vedashree called for a “supply-demand gap assessment” to map which datasets are needed by researchers, startups and sectoral regulators, and to ensure that data is released in AI-ready formats with interoperable metadata [236-242][236-245]. She cited the UK’s Payment Systems Directive and Open Banking initiative as precedents for sector-level data-access regimes [236-242]. Emphasising a federated, sector-specific approach, she warned that “institutional data … is getting locked and siloed” and that “dark data” must be opened in a secure, anonymised way [164-168][236-245]. Concluding, Vedashree advocated a federated open-data strategy – an ARAD framework – to coordinate initiatives across ministries [350-352].


Irina Ghose, Managing Director, Anthropic India, highlighted that India accounts for the highest usage of Anthropic’s CLOD tool, underscoring the country’s appetite for generative-AI services [188-190]. She introduced the Model-Context Protocol (MCP), a “universal connector” created in 2024 and open-sourced to the Linux community, which provides contextual Indian-language, domain-specific data and enables “trust-first innovation” through transparent, API-first sharing [190-191]. These proposals aim to make data consumable not only by end-users but also directly by AI systems, thereby meeting the “AI-ready” requirement highlighted earlier.


Cyril Shroff, senior partner at Shardul Amarchand Mangaldas, argued that regulatory clarity is a prerequisite for innovation, likening data governance to capital-market regulation: “if you can just substitute the word capital market by the data and the digital world, you get the same answer” – namely that trust arises from “regulatory clarity, enforcement, good accounting standards and uniform regulatory language” [268-278]. He maintained that such trust would attract “multibillion-dollar investments, data-centres, and a shift from a services-based to a product-based tech sector” [279-283].


Sasmit Patra, senior fellow at the Centre for Policy Research, advocated a “soft-touch” regulatory model that classifies data into three tiers – public-good, national-security and commercially exploitable – and tags each set so that cross-border flows can be managed without eroding policy space [288-298][295-298]. He emphasized that sector-specific safeguards are essential, pointing to Germany’s provision that allows patients to voluntarily share health data for research [358-361].


Arun Prabhu, director of the Centre for Data Governance, highlighted the legal vacuum, noting the absence of “a clear identified anonymisation standard, clear identified public data interchange standards, and a recognised purpose for processing public data” [259-262]. He called for statutory clarity on purpose, standards and enforcement mechanisms.


Asha Jadeja Motwani, senior economist at the NITI Aayog, warned that India’s reliance on the “American stack” – from chips to APIs – creates a strategic vulnerability. She suggested that if India consciously chooses this stack, a “joint regulatory framework” with the United States is needed to ensure that data benefits flow back to India and that “our hands are tied just like their hands would be tied” [327-339].


During the audience Q&A, a participant asked “who will watch the watchers?” [344]. Shroff replied that India’s constitution, the courts and the rule of law provide the ultimate oversight, complemented by an emerging AI ethics code [384-387]; he acknowledged the judiciary’s backlog but stressed that “the courts … are the one answer in India” [385-387]. Tharoor added that India’s courts are burdened with roughly 50 million pending cases, limiting reliance on a rule-of-law narrative alone [389-395]. A second question raised the scarcity of gender-specific health data. Vedashree noted that personally identifiable health data will likely remain closed, but cited Germany’s health-data sharing provision as a model for voluntary, anonymised contributions [358-361]. Patra reinforced the need for progressive regulation and public awareness to enable such sharing [350-361]. A third question concerned farmers’ lack of equipment, electricity and internet; Tharoor highlighted this gap, warning that AI cannot reach those without basic infrastructure [389-393] and cautioning against a scenario where Indian data fuels proprietary AI that “the 10 000 people here can’t afford” [399-415].


The discussion concluded with Tharoor reminding the audience that the promise of open data must be anchored in reality, and that “the purpose of health data aggregation ought to be to solve similar problems for other people.” Shroff reiterated that a statutory, purpose-driven, AI-ready open-data regime – with strong privacy safeguards, capacity-building measures, a federated architecture and geopolitical foresight – is essential for India to transform data into a catalyst for transparent governance, inclusive innovation and a sovereign digital future [88-100][119-123][259-262][327-339]. Raj Kumar closed by echoing the opening call for a binding legal framework that treats data as public infrastructure, delivered in interoperable, AI-ready formats, and overseen by India’s courts and an ethics regime.


In sum, the panel converged on several key takeaways: a binding statutory regulatory framework is required to overcome the unevenness of voluntary schemes; open data must be treated as public infrastructure and delivered in AI-ready, interoperable formats; robust anonymisation, informed consent and grievance mechanisms are non-negotiable; domestic digital capacity and sector-specific strategies (including the ARAD federated model) are vital to prevent data capitulation; reliable public data can boost investor confidence and economic growth; geopolitical dependence on foreign technology stacks must be mitigated through joint regulatory arrangements; and ultimate oversight will rest on India’s courts, complemented by an AI ethics regime. These conclusions chart a roadmap for India to shape a fairer digital order while safeguarding its sovereignty and development goals.


Session transcriptComplete transcript of the session
C. Raj Kumar

and Mr. Arun Prabhu, Partner and Co -Head, Digital and TMT Practice, Cyril Amachan Mangaldas. We also have the distinguished presence of Ms. Asha Jadeja Motwani, Founder of the Motwani Jadeja Foundation. So, before we begin, I intend to invite Dr. Shashi Taru to deliver a keynote address, but given the extraordinary significance of the discussion today we are having, I quickly created a scenario where this Global AI Summit is expected to be attended by many individuals, and many have attended. I have created a scenario where I transport you back to the Prime Minister’s office in the United Kingdom. Imagine Jim Hacker, PM of UK, Sir Appleby, the Cabinet Secretary of UK, as well as Sir Bernard Hooley, the Principal Private Secretary, are here to attend this.

So, I am going to create a scenario for three minutes. Bear with me. hacker, the Prime Minister says, Humphrey, I’ve decided this is the most important session at the entire Global AI Summit. And Humphrey says, Prime Minister, with respect, there are panels on frontier AI, sovereign computing and semiconductor strategy. Hacker, exactly. All terribly glamorous, but this one is about open data, the plumb. Without it, the rest is just PowerPoint. Bernard, yes, Prime Minister, they are discussing whether India should move from voluntary open data initiatives to a statutory regulatory framework that actually requires government bodies to share standardized aggregated data sets. Sir Humphrey says, requires? Hacker, yes, Humphrey, safeguards, incentives, accountability, coordination between ministries, even defined economic models for access, free, paid and restricted tiers.

Sir Humphrey replies, Prime Minister, the beauty of open data policies is that they are aspirational. Once you introduce statutory mandates, you risk consistency. Hacker, That’s the point. They’re arguing that without a legal backbone, participation is uneven. Some departments share, others don’t. No uniform standards, no enforcement. Investors get nervous. All developers complain about unreliable data sets. Bernard, and apparently, high -quality public data improves evidence -based policymaking, targeted welfare delivery, and even capital formation. Humphrey replies, yes, Bernard, but also improves scrutiny. Hacker, Humphrey, they’re not just talking about dumping spreadsheets online. They’re debating architecture, secure environments, anonymization protocols, synthetic data, interoperable standards. And Bernard replies, and ensuring privacy and copyright protections don’t clash with open data objectives.

Sir Humphrey says, Prime Minister, when privacy, innovation, geopolitics, and economic growth are all mentioned in the same regulatory framework, one usually convenes a task force to study it indefinitely. Hacker replies, but that’s precisely what they are avoiding. They are asking the real question, should there be regulatory teeth so that government data sharing isn’t optional goodwill but institutional obligation? Hacker replies, they are also discussing geopolitical standards and safeguards, access restrictions. In other words, minister structured openness rather than chaotic transparency. And Humphrey replies, structured openness is merely closeness with better branding. Hacker, Humphrey, if AI is the future, the data is raw material. And if government holds the richest data sets, then refusing to regulate sharing properly is like building a digital economy and locking the warehouse.

And Hacker replies, Humphrey, that’s why this is the most important panel. Everyone is discussing what AI can do. They are discussing what governments can do. I want to stop here and invite my dear friend and mentor, Dr. Shashi Tharoor, to deliver the keynote address. Thank you.

Shashi Tharoor

Thank you. That was delightful, Raj. I was terrified for a minute that you were going to get me to play Sir Humphrey or something. But this is a pleasure to join you all this evening at the India AI Impact Summit 2026 and to share a few reflections on the subject that Raj has so cleverly animated for all of you, exploring a regulatory framework for open data. When artificial intelligence is no longer a distant frontier of innovation, it is rapidly becoming the operating system of our modern society. What was once theoretical is now embedded in our markets, our governance systems, and increasingly our personal choices. A nation’s digital footprint, a sort of triad of three Cs, commerce, communication, and cognition, is now its primary source of wealth.

We’re often told, almost as an article of fiction, that data is the new oil. Yet, as Chris Miller reminds us in his compelling account in Chip War, the real constraint of the AI age is not the volume of data, but the power to process it. That single sentence punctures a convenient myth. It is, excuse me, it tells us that abundance alone does not confer agency, and that openness without capacity can entrench inequality as easily as it can enable progress. The decisive question, therefore, is not how much data exists, but who controls its use, who extracts its value, and who is left behind. Seen in this light, the regulation of open data is not a technical footnote.

It is a question of power, shaping sovereignty and surveillance, innovation and inclusion, freedom and fairness in our digital age. age. It’s a privilege to share this platform with such a distinguished and accomplished group of colleagues under the stewardship of my good friend Rajkumar, whose intellectual leadership has shaped conversations on law and global governance. I’m honoured, of course, to engage alongside Shival Shroth, Asha Jadeja Motwani, Arun Prabhu, Mirama Vedushree, Aireena Ghosh, and my parliamentary colleague, though in a different house, Sasmit Patra, individuals whose expertise across law, technology, policy, industry, and democratic institutions has profoundly shaped the very debates we’re having today. To speak in the company of such authority is both an honour and a responsibility, and so how, let me ask, might we craft a regulatory framework for open data that is equal to the ambitions we all have and the anxieties many of us are expressing about the AIA?

So to begin with, we must be clear about what we mean by open data. At its most basic, it refers to data that is made accessible for use, reuse and redistribution with minimal legal or technical barriers. Yet in the context of the AI age, open data is far more than a question of access. It’s a statement of intent about how knowledge is shared, how power is distributed and how societies choose to govern the informational foundations of innovation. When designed thoughtfully, open data becomes more than a technical tool, it becomes public infrastructure. It strengthens transparency in government, levels the playing field in markets and creates genuine avenues for citizen participation. But when released without clarity, safeguards or purpose, as Bernard pointed out in Raj’s presentation, it risks becoming little more than symbolic.

A sort of symbolic nod to open data. It can turn into an unguarded channel through which value, agency and even sovereign control quietly drift elsewhere. We all know that open data can be genuinely transformative. We’ve seen how making government data publicly accessible can strengthen democratic accountability, whether it’s citizens tracking public spending, researchers analysing welfare delivery or civil society organisations flagging gaps in implementation. India’s own open government data platform has been used to track welfare coverage and expose leakages in implementation that might have otherwise remained invisible. But the value of open data extends beyond transparency alone. When the United States chose to release meteorological data freely, they did more than increase transparency. They laid the groundwork for entire private ecosystems in weather forecasting, logistics, insurgency and security.

They laid the groundwork for entire private ecosystems in weather forecasting, logistics, insurance and risk assessment. What began as public infrastructure became the foundation for commercial and technological growth. Its importance becomes even clearer in times of crisis. During the COVID pandemic, openly shared health data and public dashboards enabled faster responses, improved coordination across agencies, and supported more informed public debate. So if we take these examples, the lesson is consistent. When data is treated as shared infrastructure rather than as a guarded asset, it lowers barriers, improves decision -making, and enables societies, particularly in the developed world, I’m sorry, in our developing world, rather, to turn information into durable capacity. And yet, my dear friends, openness alone is not a panacea.

Open data, poorly structured, can generate new vulnerabilities, even as it promises transparency. without safeguards openness may devolve into tokenism data sets released without context quality control or enforceable standards or worse into asymmetrical extraction there is a trilemma of digital governance digital ascendancy digital capitulation and digital sovereignty today most of the world’s large cloud servers and advanced artificial intelligence systems are owned and operated by a small number of technology companies based primarily in the United States and parts of Europe this is digital ascendancy this means that data generated in developing countries whether it’s mobility data from ride sharing apps digital payment transactions agricultural statistics or health records is often stored, processed and analyzed on infrastructure located abroad When that data is then used to train AI systems, improve algorithms or develop commercial digital services the profits, patents and technological advantages tend to accumulate where the platforms are headquartered not where the data is originally generated Put simply, the location where data is produced is not necessarily the location where value is created This is where the question of data sovereignty arises If countries do not invest in their own digital infrastructure and regulatory capacity the benefits of open data can accrue disproportionately outside their jurisdiction One -sided concessions on digital taxation and digital trade are a form of data capitulation Indonesia and Malaysia have succumbed in their trade agreements with the US We must not Thank you This dynamic is increasingly playing out in real policy debate It is visible in digital trade negotiations where restrictions on data localization or limits on source code disclosure can narrow the policy space of developing economies seeking to nurture domestic digital industries.

It is also evident in the market concentration of hyperscale cloud providers whose global dominance shapes where data is stored, processed, and ultimately valorized. The issue is not cross -border data flows per se. Digital cooperation depends on them. The concern is whether openness is reciprocal and capacity enhancing or whether it systematically positions some countries as suppliers of raw data while others capture downstream gains in artificial intelligence, advanced analytics, and platform governance. An instructive example, when the U .S. sought to compel the divestiture of TikTok, TikTok was the first to be introduced into the market. TikTok was the first to be introduced into the market. Its demands included mandatory data localization, majority U .S. ownership in the restructured entity, and U .S.

control over source codes. This is data sovereignty on steroids, and it’s exactly what the rest of us seem to be only able to aspire to. The answer, therefore, is not to retreat from openness, but to shape it deliberately. If openness without strategy creates imbalance, then openness with guardrails can create resilience. A credible regulatory framework for open data must begin with clarity of purpose. Why is this data being released? For whom and under what safeguards? It must ensure strong anonymization and privacy protections so that transparency does not come at the cost of individual rights. Closely linked to this is the principle of consent and control. Individuals and communities should have meaningful agency over how data derived from them is used, shared, and repurposed.

particularly when data sets are combined, commercialized, or deployed in AI systems. Consent must be informed, revocable where possible, and supported by accessible grievance mechanisms. The framework must also build accountability into the system, clear standards for access, independent oversight, anonymization, and remedies when misuse occurs. And critically, openness must be tied to domestic capacity building. Data sovereignty has little meaning without adequate capacity. Public data should not simply circulate globally. It should strengthen local research institutions, startups, digital infrastructure, and technological expertise. Domestic digital law should prevail over foreign commitments. At the same time, none of this implies that countries should isolate themselves digitally. Cross -border data flows are essential to research collaboration, to trade, to financial systems, and technological innovation.

Digital ecosystems simply do not function in silos. However, enabling data to move across borders should not mean that countries give up the ability to regulate how that data serves their own development priorities. Interoperability should facilitate cooperation, not erode policy space. This balance between openness and sovereignty is already reflected in recent multilateral commitments. The G20 New Delhi Leaders Declaration in 2023 placed digital public infrastructure at the centre of inclusive growth and emphasised data for development, linking data governance with trust, security and domestic capacity building. The message was clear. Data must support development, not undermine regulatory accountability. Similarly, the Global Digital Compact adopted by the United Nations calls for safe and transparent trustworthy data governance, stronger digital capacity in developing countries.

and international cooperation that respects national regulatory frameworks. Together, these signals suggest that the emerging consensus is not about unrestricted flows or digital isolation, but about structured openness where innovation and cooperation coexist with sovereignty and institutional strength. If we widen the lens, what emerges is not a contest between openness and sovereignty, but a conversation about how different regions are navigating that balance. The European Union has demonstrated how strong regulatory architecture, through instruments such as data protection and digital market rules, can shape global standards. India, by contrast, has shown how digital public infrastructure can scale inclusion at population level. India is putting innovation ahead of regulation. These are not competing models. They are complementary experiments in digitalization.

Global governance and increasingly the global south is not merely observing this evolution, it is participating in it. India’s experience with IndiaStack illustrates what this participation can look like. By building interoperable layers, digital identity through Aadhaar, real -time payments through UPI, document exchange through DigiLocker, India has created a public digital backbone that supports innovation while remaining accessible and adaptable. Crucially, this architecture has been offered as a template for other developing countries, seeking scalable and affordable digital solutions. In doing so, India has reframed digital infrastructure not as proprietary leverage but as a developmental public good. Of course, much remains to be done. Questions of data protection enforcement, AI governance, cyber security, resilience and equitable access require sustained attention.

but the direction is clear India is not approaching the digital future as a passive market, it is shaping it as an architect as conversations advance from G20 to the Global Digital Compact and now through initiatives such as this India AI Impact Summit the emphasis is increasingly on responsible innovation capacity building and inclusive growth. Our trade agreements must not promote digital dependency or virtual vassalage. We must emerge as a digital sovereign empowered to protect our own giants and capture the wealth generated by our own data. Friends, the task before us is not to choose between openness and control but to design systems that honour both. If we succeed open data will not be a source of vulnerability but of empowerment and in that journey India alongside partners such as the EU and our fellow countries of the global south has the opportunity not merely to catch up but to help define the rules of a fairer digital order rather than subject ourselves or submit to subaltern status under a new extractive digital at large.

Okay, Raj?

C. Raj Kumar

Thank you, Shashi, for setting the tone for this. So we, as you can see, of course, Prime Minister Hacker and Humphrey and others are sitting here, and then after hearing this speech, Humphrey is remarking, Prime Minister, if we start to believe what Shashi Tharoor is saying, we may end up in a situation where governments begin doing what they must rather than what they prefer. We may be entering a new administrative era. And Prime Minister replies, Hacker says, good. And so Humphrey replies, terrifying. And Bernard says, Prime Minister, shall we remain in this panel? They are about to discuss statutory mandates. And Humphrey replies, I do hope it’s only exploratory. With that word, may I now invite our distinguished panelist, Ms.

Rama Vedashree. May I request all our panelists to keep it for three to four minutes so that we can hopefully have another round. So, Ms. Vedashree, you’ve had a long and distinguished career pretty much designing these things and providing leadership. So my question to you is that when and how did the idea behind the national data sharing and accessibility policy and the open government data platform essentially germinate? Take us through the journey and also the challenges that you face through this.

Rama Vedashree

Sorry, I’m here.

C. Raj Kumar

I’m sorry I didn’t notice that. Take us through the journey and help us understand how the concept moved from its formative face to a reality. Thank you.

Rama Vedashree

So actually this open data moment was… It was a global movement. In India, actually it was former colleagues of cabinet colleagues of Mr. Tharoor, Mr. Kapil Sibal and Mr. Sachin Pilot when they were in the ministry. It started then and then the national data sharing access policy, I think around 2012. And industry also contributed to that entire draft and that policy. At that point of time, I think the entire focus was on opening up government data. And maybe some development data. So it was mainly government data. And then the data .gov .in platform came. What we need to take stock of is that entire open data movement and our own NDCEP policy and data .gov .in platform was built where to open up government data probably for research and other policy making.

Innovation, I mean opening up this for innovation, and I’ll start to. was not really a primary objective because it was in the pre -startups era and the pre -AI era. And that’s where I think now we need to really revisit that and make sure that we’re just not locked down by the old paradigm of open data because right now you need open data but which is also AI -ready open data, which is extremely important because when you look at an LLM or any other small language models, there are end users, there are professionals, there are researchers, everybody using that, prompting it, and they’re expecting the data. So in the past when the open data movement started, I think we were happy if government opened up by giving us a PDF or CSV file and we would figure out, download, put it in a spreadsheet and do our analysis.

Whereas now, the data needs to be truly open. always available and most importantly I think metadata and its standards are extremely critical for the interoperability of the data and we need to revisit how different segment of users of this open data are going to consume that data. We are now also in the, nobody wants to download and do something offline, right? They want to be able to consume the data through APIs and through apps and then of course the entire AI systems and we need to make open data available where not only end users like you and me can consume but both apps and AI systems can consume. I think that is where we have a challenge and having spent 35 plus years in the industry, I beg to submit that just opening up government data is not enough.

There is a lot of institutional data which is getting locked and siloed. I would like to call it daft data because nobody is using them. even in commercial enterprises and with regulators and nodal organizations like CERT. So when you look at cybersecurity startups, they really don’t care about what is there on open data .gov .in. They need a lot of data which is there with the nodal institutions of government. Similarly, with regulators, fintechs want data that is residing with NPCI. So we need to look at how do we open up this data.

C. Raj Kumar

Thank you so much, Vedashree. That was very concise and even compelling. Especially coming from a regulatory standpoint. May I invite Ms. Irina Ghosh, the Managing Director of Anthropic India. So Ms. Ghosh, my question to you is that as Anthropic deepens its collaboration and presence across India, could open data sharing frameworks help drive trust -first innovation and development in the Indian AI space? Is this relevant at all for AI developers such as Anthropic in making the AI models more secure, trustworthy, and well -suited for complex dynamic and regulatory development? And rapidly evolving markets such as India, Thank you so much.

Irina Ghose

It’s indeed a pleasure and a complete honor. And I really love the analogy and the follow up thereafter as well. Let me first begin by saying that I think all of us totally agree that AI for India is a generational opportunity in the context of the data, the demographics and the culture. Having said that, it’s not the question that is it the AI moment for India? It’s a question do we trust and do we want to make it the AI moment for India? And trust for all of us needs to be a verifiable outcome. Do we trust the data that we are putting in every click, every transaction, every decision which is triggered by the AI?

Is there an invisible filter or are we trusting it? So two parts to that in my mind. One is the data that we are collecting. How are we using it and making it available? For many more experimentations and innovations there. If the model is only being built on a western data or for financial institutions which is serving a different segment or a sector. it won’t be communal useful for all of us so few things that we need to do is make it contextual to the local language and the domain in the local language legal agriculture for the languages which are there in India that’s the first thing now how do we ensure that it goes across at scale that’s the second there are three things that we are doing first of all we are doing an economic impact survey index survey by which we are ensuring that we are really making data available for the way people are using it in India and a big round of applause to everybody out here because the highest usage of CLOD which is the tool anthropic users is from India so we have a great way of knowing as to what people are doing and we share it completely contextually as to what people are using it for that’s the first the second people will want to use the data and the context collectively don’t do it once but don’t rewrite code the analogy to that I would say is that when you had a mobile phone world you did not want to have a charger for different mobiles right the universal connector came across that solved all the problems so when you create, look at a farmer when he is wanting to use things there are 3 -4 kinds of data, the market index, the soil data, the irrigation data, if you try to pull in data every time and make it work, it’s gonna fail so a model context protocol, MCP as we call it was created by Anthropic in 2024 and we put it across to the Linux community, anybody and everybody can use it so that once you create an AI layer on top of that, people can pull that data why is it contextual for India?

There is a lot of data which is lying across in agriculture, health, education and like Rama called out in institutions and we are working along with the collaborations of all the players, Google, Anthropic, Microsoft, every single one everybody else put together and when the Honourable Prime Minister called out the manifesto, we are ensuring that we make data transparently available. We are also committing that we will build it across for use cases in the sectors which mean the most to India so that we emerge and make it the AI moment for India.

C. Raj Kumar

Thank you, Ms. Gose, for really giving that perspective. Now may I invite Mr. Cyril Shroff who is of course the convener of this panel but also managing, founding, managing partner of Cyril Amachal Mangaldas and the benefactor of the Cyril Shroff Centre for AI Law and Regulation. Mr. Shroff, in your view, might a clearer regulatory framework be necessary to ensure more consistent, effective and systemic data sharing by government bodies? The clarity that we need from you is that the role that a regulatory framework can play in institutionalizing incentives and accountability and putting in place initiatives. The role that a regulatory framework can play in institutionalizing incentives and accountability and putting in place initiatives. The role that a regulatory framework can play in institutionalizing incentives and accountability The role that a regulatory framework can play in institutionalizing incentives and accountability The role that a regulatory framework can play in institutionalizing incentives and accountability and putting in place initiatives.

courts. I say this because of the fact that most of the time, lawyers come to the party very late. The technology is so fast and things get done and when shit hits the roof, to put it bluntly, lawyers are asked to clean it up. Should we do it differently?

Cyril Shroff

innovation and regulation, and the regulation here is intended actually to create the foundation stone for innovation. If data was systematically available in a usable format, AI -ready format, that would actually spark a lot of innovation and create the foundation for it. So I think that the short answer, as I said, is yes. And I think just to build on Dr. Tharoor’s point on data sovereignty, I think the Prime Minister said it well. And I think he had probably the saying, when he actually said that, and I think as India we need to assert that right. All the data is largely in the global south, and all the companies and the private sector and the usage is largely in the global north.

I think we need to assert ourselves. I think that’s exactly what Dr. Tharoor said, and I’m a great fan of that. and it partly kind of explains why in a personal philanthropy level I created this center because lawyers come late to the party but some lawyers don’t. So I think this is what I expect from your center Raj. So I’ll stop there. I think we have a lot to come.

C. Raj Kumar

Lawyers have another quality. Put the blame on somebody else when things are not happening as much. That is known as good management. Thank you so much Cyril for that because I think it’s important for us to recognize that while we are indeed attempting to frame regulation we also should not stifle growth and innovation because that’s the biggest death knell that we can sound towards a lot of entrepreneurship that’s emerging. May I now invite Dr. Sasmit Patra. Sasmit you are a distinguished member of parliament and of course you have straddled across the world of policy making and even academia. How can greater availability of reliable public data lead to stronger evidence -based policymaking and more efficiently delivering public goods?

In fact, the real question is the criticality of data in identifying relevant areas of policy intervention by the state for designing public policy instruments and frameworks so that targeting to the relevant stakeholders. How do we do that?

Dr. Sasmit Patra

Thank you, Raj. It’s a very important question because I’ll take it in two parts. The first part is whether data is important to policymaking. Yes, it’s a no -brainer. Second is, in a federal structure, the problem is data is in silos. Let’s say I come from the state of Odisha. So the data of our farmers in our local Kalia Yojana would be in a different format and probably kept differently than probably the PM Kisan data that is there by the federal government. secondly how can this be useful I’ll come to the second part let’s say crop loss Pradhan Mantri Fasal Bhima Yojana is something which is a crop loss provision that is given for reimbursement or compensation for crop losses for farmers in this scenario what happens is if the data is readily available with the government the government can predict that over the next 1 to 2 years which are the districts which are the taluks which are the blocks which are the panchayats where crop losses have been happening over a period of time so predictively AI can bring about solutions to probably A.

try to find out the reasons for crop loss B. try to mitigate the losses C. try to strengthen the farmers for crop diversification and D. try to generate a new form of mitigation plan that can be implemented by the government in those in order to do that you need data without that data it is not possible I’ll come to the last part where the government will actually have a problem it’s a political question The political question And I’ll play the politician here The reason is When the government says I’m going to share data It’s a data of 140 billion 1 .4 billion people right How many of you sitting in this room here Are willing to share your data Through the government Anonymize the data That’s the question I’m trying to put to you Let’s say tomorrow government Comes up with a regulation and says I want to share that data A trust and verifiable data My citizens data Not the farmers data Who is nameless and faceless At Bharat Mandapam The movers and shakers of Delhi data Is going to be now released For training of LLMs and micro LLMs Are you happy sharing that data That’s where the catch is That’s the political question The regulatory question is Yes there has to be the data The policy question is The data is needed for better policies But see as citizenry The data is needed for better policies How many of you sitting in this room Are comfortable sharing the UPI transaction that you do.

That, even if in an anonymized question, will always remain. So the answer starts with you and ends with you as a citizen.

C. Raj Kumar

Thank you so much, Sir Sussman, for that very important question. I think it’s important to recognize that the heart of it is about to what extent citizens are prepared to trust the government. And trust factor becomes critical here. Let me quickly move to Miss Vedashree. We’re doing very well on time, so thank you for all the panelists to respond with short responses. So Miss Vedashree, why in your view have proposals such as India data accessibility and use policy and the national data governance framework policy well -intended policies, but have not really moved forward? Why it has been the case that these government interventions being only at the policy level, lack regulatory enforcement?

Rama Vedashree

So the first thing, I think, we need supply -demand gap assessment, because maybe government is opening up or throwing up some data on the data or the government in platform. who are the users who are consuming it and the ministries who are anyway overloaded with so much work and if they need to manage this and regularly submit all the data sets in an open format, they need to see what will come out of it, which means we need to tie it up with researchers, we need to tie it up with inventors and innovators. I think that did not happen so far. Whereas now if you really look at an AI -ready data, sets, she talked about there are open standards so that interoperability, she talked about the protocol, MCP protocol.

I think we now need to look at what data sets are needed for research, which could be academia and research students and for industry, which could be all the startups. Unless we map that and revisit what is the necessary policy and government data will be useful, development data, which even World Bank. throws up a lot of data in the open data sets. Those development data is also equally important for policy making. But if you’re looking at it, opening up data repositories, dark data as I call it, for innovation purposes, I think we need to look at how do we open up commercial data in a secure, anonymized way. There have been some steps, sir. For example, the payment systems directive in UK.

Now EU, who’s always been about extreme of protecting data, is now talking of FIDA, which is a financial data access, where they’re saying at a sectoral level, how do we open up the data access? Payment systems directive and open banking initiative was that. Similarly, healthcare data, hopefully the Aishman Bharat mission will open up. So I think we need to look at the supply -demand gap, what data will be consumed by which segment of users, and open up those data sets. Otherwise, I don’t think we will move anywhere.

C. Raj Kumar

Thank you so much, Ms. Vedashree. I haven’t forgotten you, Arun. You’re, of course, our own. Arun, of course, is a partner at Cerebral Medicine, Mangadas. If India were to move towards a more structured legal framework for open data sharing, which core principles and safeguards could shape its design? Is it all about design thinking so that government bodies requiring them to share the data have aggregated data sets on a free, paid or restricted basis with voluntary private participation on the supply side and, of course, safeguards to prevent misuse?

Arun Prabhu

Thanks, Raj. What I lack in the eminence or erudition of my fellow panelists, I will try to compensate very inadequately with a certain radicalism. Not the radicalism of rhetoric, but the radicalism of making bold suggestions as to the minimum viable proposition of a sustainable open data. Thank you. And by positing that the lack of open data sharing that several of the key panellists, including the keynote, have called out has arisen due to a lack of a durable legal architecture. Today, in India, despite having a Digital Personal Data Protection Act, episodic intermediary regulation, as well as several policy and practical initiatives on the sharing of non -personal data, we do not, as the world’s largest democracy, have a clear identified anonymisation standard, clear identified public data interchange standards.

We do not have a clear recognised purpose for the processing of open public data sets for public good and public improvement. This means that any initiative, particularly large complex initiatives like large language models and their deployment, which are multi -decadal, multi -billionaire. These multi -billion dollar investments are open to the travails of both judicial storms. executive weather patterns and perhaps most importantly legislative climate change a government official who creates an open data repository has to risk that in 5 years his action may not only be frowned upon but be downright illegal a founder betting his life on creating the next generation of open data architecture and applications has to risk at some point that his business becomes fundamentally unviable I submit to you that absent these 4 key important elements which work coherently not only with existing architecture but also the constitutional principles which have been laid out in the Puttaswamy judgment which continue to pervade our democracy until that architecture is enacted in legal legislative form in a way that does not rub up against the various pieces of isolated sectoral regulation we have across individual regulators we will not have a sustainable open data ecosystem Thank you.

C. Raj Kumar

Thank you so much, Arun. That was fantastic. Spoke like a true lawyer. Cyril, quickly, we have a few minutes left, and we have concluding remarks as well. From your vantage point, how can greater availability of reliable public data influence investor confidence, efficiency of markets, and long -term economic growth? In many ways, this is also a moment for India to showcase its potential for attracting investors to believe in both the government and their investments to have the right results.

Cyril Shroff

I’m going to answer your question with an analogy. One of the hats that I wear is also as a capital markets lawyer. And I’ve seen how the growth of India’s capital markets from a very restricted, basic kind of, you know, at a very fundamental level to what it is today as one of the most vibrant capital markets in the world, last year. India had 25 % of all global IPOs even more than the U .S. And why did that happen? That happened for a variety of commercial reasons, but also the fact that we have a very vibrant capital market regulatory system in place. It has taken 25, 30 years to get us to this point. But a lot of it is about having regulatory clarity.

It is about having the right enforcement. It is about having good accounting standards. It is about just uniformity in regulatory language that is used, at least the same vocabulary, which is if you can just substitute the word capital market by the data and the digital world, I think you get to the same answer. So I think the answer lies, therefore, in that if you want to create trust in the community, if you want the multibillion -dollar investments, if you want data centers to be set up here, if you want us as a country to move from a – from a services -based tech sector to a product -based tech sector and – it may be different parts of the digital world, I think you first have to create trust, and a trust cannot happen without transparent information and a reliable legal and policy system.

Now, one of the things that we get periodically hit on the head with is the fact that your dispute resolution system is too slow, it takes 30 years to enforce a contract, blah, blah, blah, and something which we take disproportionate stick for. But I think a lot of it ultimately comes down to can you trust your legal system. And I think the answer is if we are able to create that right regulatory policy and enforcement framework for this, which kind of answers your question, I think we would have solved it. It’s not going to happen otherwise. There’s no point having a law which you can’t enforce.

C. Raj Kumar

All right. Thank you so much, Cyril. I have enough sign language indications to say that we have another 10, 12 minutes, so I am proceeding forward. Shashmit, quickly to you, are there any geopolitical concerns that need to be addressed if open data sharing practices by the government are to be scaled up in India? Should that be something that we need to be concerned, especially because you’re sitting in the parliament and there are, of course, opposition parties. really coming forward to question and challenge the government on this matter as well.

Dr. Sasmit Patra

You know, in fact, when recently the US -India trade deal happened, then you had a lot of energy being seen in the parliament and outside. So sharing of data and the method by which we share data is of course a geopolitical concern for the country. So maybe we can look at data, as Madam just said, that one is the data that is for the public good and the humanity. The second data is restricted and probably national security. And the third data is something that can be monetized and commercially useful. So therefore, instead of probably putting the entire data set within one silo, we can probably look at the usage and thereafter tag them to the respective so that the multi -billion dollar innovator also benefits, the regulators also benefit, the citizenry also benefits, and finally the policies for the farmers, the Anganwadi workers, the ASHA workers, also get done.

Last point, and I just want to put that on record because I’m on the… the Parliamentary Oversight Committee on Communications and IT, and Dr. Tharoor was the earlier chairman and my distinguished colleague there as earlier. One of the critical areas that we at least are discussing and debating is not a very hard, strong EU AI Act. I don’t think that’s happening anytime soon. We’ll have a regulatory framework, and the key word is soft -touch regulation. Where does that take us has to be seen.

C. Raj Kumar

Thank you so much, Sushmit. We’re very fortunate to have both Shashi Tharoor and Sushmit Bhattabhai, former chair of the same Parliamentary Committee, and Sushmit now a member. May I quickly invite Ms. Vedashree to do a one -liner concluding response, especially as you look at from this vantage standpoint, how do you think the future is going to evolve, especially in the light of India wanting to play a global thought leadership role? I think this summit is demonstrating that. Our aspirations of positioning ourselves.

Rama Vedashree

as, you know, the AI leader of the world. We are working towards that. So I would say when you link it to the topic, I think we need a very concerted data strategy at a government level. There were some efforts when the personal data protection bill was being debated upon. There was also a parallel one around non -personal data framework. So I think we need a national level data strategy because now we need to look at it from the current to the next five years. How do you open up? Sir talked about, you know, that data needs to be different segments. I also believe that we cannot have one centralized open data repository. Data needs to be federated.

We also need to think through, along with the sectoral regulators, what will be the sectoral data opening up policies because that’s where a lot of… data that can be monetized and innovation can happen. So we need to look at that at a sectoral level and at a government level and how do we create this federated open data strategy which is ARAD.

C. Raj Kumar

Thank you so much. Your one -liner, Cyril, one -liner about what should India be doing as we look at the future?

Cyril Shroff

Not copying the West.

C. Raj Kumar

Good one, good one. Alright. May I invite Ms. Irina Gross for you to especially from the standpoint of anthropic but also the private sector which is expecting a huge presence in India.

Irina Ghose

Yeah, I think the last mile between making AI real is the diffusion which has to happen between the frontier firm which is creating the model and the person on the last mile who is needing it and that’s the thread of trust. Now the thread of trust needs to be woven by the contextual data in the context of India and ensuring that we are making it both open, accessible and ensuring that everybody is contributing to that grid.

C. Raj Kumar

Thank you so much, Arun. Over to you. Your one -liner.

Arun Prabhu

The absence of a legal framework goes from being an inconvenience to an impediment in the development of a sustainable data economy We are at the point where India’s existing regulatory framework is making that transition Thank you so much

C. Raj Kumar

We have now come to almost the end of this panel but we have a very distinguished panelist Ms. Asha Jadeja Motwani She has been silently and quietly listening to everybody but she is at the heart of India -US relations but also somebody who has been a venture capitalist investing in tech companies, innovation as well as AI in India and in the United States She has been working hard to build that relationship but also has been a benefactor just as Cyril established the Center for AI Law and Regulation Ms. Motwani established an endowment at our university where we have established India’s first Motwani Jadeja and Ms. Asha Jadeja Institute for American Studies So may I invite you to share some reflections having been part of the Global AI Summit and of course this particular panel Over to you Ms.

Jadeja

Asha Jadeja Motwani

Yeah, thank you, Raj, for inviting me. And so the one thing that I want to, you know, stress heavily is that, look, we are built on an American stack, you know, and we want to make sure that, you know, one of the things I heard in the AI summit was this question of sort of what if, you know, what if America at some point becomes more of a hostile entity and pulls its APIs? Will we be stuck? You know, will we be in a situation where we don’t know how to handle it? I think that question is something that we must think about and know how to deal with it if it happens. But I don’t think it’s likely to happen.

We will actually have to make a decision and say that we have consciously chosen to be on the American stack. From the, you know, from the chip level all the way to the top. and so if we consciously make that decision then at a policy level and even probably even at the legal level what you guys will need to figure out is that if we have decided to work with the Americans on this and put our eggs in that basket then have a joint regulatory framework so that we are never conflicting with them number one number two also to make sure that we don’t get a situation where we are holding back data because remember the AI revolution is all about training the new models training these new entities that are going to be a doctor in our pocket for training those things we need to make sure that our data which is the health data for example Indian health data is open and accessible to those in the west who are developing these programs these models so it’s critical to know that it’s a fine balance this is not like the internet business this is not like the internet And, you know, we had to worry about, you know, who is going to do what with that?

Are they going to pump ads at us? This time, it’s much more about what are these things going to give back to us once they have that data. So it’s a tricky balance. And I think we will need to make that decision about do we trust the Americans and do we trust the American stack? And if so, how do we proactively work with them so that their hands are also tied just like our hands would be tied?

C. Raj Kumar

Thank you so much, Mashaji. In fact, it’s also important for us to recognize that it is also the bedrock of TUS is based upon should India be working with democracies? Should India be working with countries with more shared values and societies which largely, you know, recognize the importance of rule of law and democratic institutions? And that’s where the India -U .S. relations lie. we have of course had a wonderful panel discussion but as a professor I will not let our panelists leave without an audience question we have a few minutes left so I request if anybody, let’s have the mic to the lady here in the second row keep it very short, I’m going to collect three questions and have our speakers respond

Audience Member 1

thank you for giving the opportunity, I’ve been dying to ask this there have been a lot of sessions where we have been talking about having a regulatory framework on AI and having independent assurances but the way things are right now even the auditors, the regulators etc are heavily reliant on AI so who would be watching the watchers?

C. Raj Kumar

Good one, good one, Cyril you who would be watching the watchers alright, next question the standing people, let’s give the standing person mic here they’ve been standing for long

BK Patnaik (Audience Member 2)

I’m BK Patnaik from Orissa I am asking the question to Mr. Patra that you can ask in Odisha itself anyway Mr. Patra what he has told that he will change the farmers in India with the AI data will it be successful I am asking to Mr. Patra

C. Raj Kumar

last question there and another to Mr. Tharoor one one one just you can raise your voice go ahead

Audience Member 3

so how you got a measure that started for men exclusively it’s called Dora Health exclusively for men now my concern that I want to share on this panel where we are talking about regulatory framework for AI is that I have seen that it’s very difficult to get information for men specifically to work on techniques that can help them governments have failed to search on it companies have failed to search on it even third party cookies that are shared don’t really look into this specific aspect and men’s mental health is just one of them so what do you recommend that the government would is is still as a regulatory framework is still as a regulatory framework is still as a regulatory framework is still as a regulatory framework is still as a regulatory framework is still as a regulatory framework and and and is still as a regulatory framework ensure that such precise data is given into the right hands

C. Raj Kumar

Got you. Let’s have Mr. Vedashree answer that question. But Cyril and Sasmitia.

Rama Vedashree

Yes, yes, yes. So I think you raise the right question. So this is where this, we are not actually discussing regulation of AI. This was around open data. Just to clarify. So I think the sectoral data that when I talked about, when it’s healthcare data, you’re talking about mental health data. But it’s very rarely that personally identifiable data will ever be opened up. I don’t think it will ever be opened up. And that is important. But this is where I think, for example, in Germany, there is some healthcare act in which they’ve given a provision where patients can choose to share, ask their healthcare institution to share some specific data. That maybe I will, let’s say I’ve had some critical illness.

I’m willing to share everything anonymized so that it goes for research. So I think we need some progressive regulations and also education and awareness. Only regulation will not open up this data.

Audience Member 3

If I may just add something to it. The reason I said regulation is because I’m actually working on an AI pilot system right now where it can analyze the charts that take place between a man and a confidant that works for us. So after analyzing this chart, we have a very procured list which is non -sensitive data that can be shared. So what I’m asking is as a government, what is the regulatory framework that can be put into place so that this non -sensitive data can be shared for research?

Rama Vedashree

So there is some discussion going on. The guidelines came from Ministry of Electronics and IT around AI. So we can expect some movement around it. This could be taken offline as well.

Dr. Sasmit Patra

Dr. Patnaik, lovely shades. As far as … AI is concerned, I think yesterday when the Honorable Prime Minister inaugurated, he said, we are looking at humanist AI. I think that is the cornerstone, inclusive and humanist. If it doesn’t solve the problems of the farmers, doesn’t solve the problem of the healthcare workers, doesn’t solve the problems of the tribals in the state of Odisha and elsewhere, then how is AI going to benefit humanity? So therefore, the Indian AI thought leadership, so to say, comes from the Indian concept of Vasudeva Kutumbakam. The whole world is one family. We are humanist, we are inclusive, we want our AI to help everyone.

C. Raj Kumar

Thank you so much, Sasmit. Over to you, Sir.

Cyril Shroff

So I’ll take your question. The question was who is going to mind the watchers? Or who is going to watch the watchers? And I think the answer lies in our constitution. The answer has been there for the last 75 years, the courts and the rule of law. We are, actually, I think we have the best rule of law system in the world. Earlier I used to give a credence to the United States for that but everything that has happened in the last 18 months has shown that that’s not true and their legal system can be arm twisted, can be pressured lawyers can be pressured, all of that that can never happen in India we actually have a much better democracy and even though it may be clumsy in the way we sometimes go about it and it may be frustrating, there is only one answer in India which is the courts and the second answer I think is ethics so one of the, and AI is going to need a completely different ethics code about biases, about so many things, it may not be law but it is something which the industry will have to evolve for itself there are number of topics around which and I think we are working on that in the center, so these two answers, these two themes will provide the answer to how are you going to regulate all of this, the second one is a bit more ambiguous because ethics conversations always are more amorphous but the courts like it or not finally they will be the one Putuswami is an example of that and there are so many similar examples finally the course always comes through there hai andher nahi hai

C. Raj Kumar

thank you so much sir we started with the first word by Shashi Tarur we will have the last word by Shashi Tarur

Shashi Tharoor

that’s been a fascinating discussion I think some of the questions raised and perhaps the ones that weren’t raised are already pointing the way to some of the further areas we need to converse about but we also have to be very realistic and anchored in what we are talking about when our friend from Orissa asked that question about agriculture I like Sasmit Patra’s answer as an aspirational answer but I am very conscious that even as the finance minister announces a special budget provision for AI in agriculture that the vast majority of our farmers can’t afford tractors can’t afford tillers don’t have pumps don’t have guaranteed sources of water and in many cases no 24 hours of electricity and in those circumstances AI how is it going to be applied, how many farmers will it reach and how in how many ways will it transform agriculture.

I think humanist agriculture, humanist AI is an laudable goal but we have to relate it to the reality of our own people and the circumstances in which we’re in. I mean I would love to agree with Siddharth Shroff on pretty much everything he says but with our legal system we face for example the undoubted fact that your judiciary needs AI to begin with. I mean you’ve got 5 million pending cases in this country. How can we celebrate the rule of law?

Cyril Shroff

50 million.

Shashi Tharoor

50 million. So how can we celebrate the rule of law when justice delayed and that old cliche is justice denied. So again let’s anchor all this into the real world. When you speak of men’s health or anybody’s mental health for that matter, it seems to me you’re touching on an extremely important issue. But a lot of this stuff is the circumstances that the person is confiding into a doctor, in your case, into a chat, how much of that can be anonymized truly effectively, how much of it can be traced back, how much of it can cause confidentiality breaches. The purpose of health data aggregation ought to be to solve similar problems for other people. In other words, let’s say doctors in the West may have access to 10 instances of a rare disease, and in India there may be 1 ,000 instances of the same disease.

So if we had AI data in India that aggregated all that, then certainly the West might have the scientific technology to research it and come up with a cure or a better cure or whatever that can be applied in India. But for all that to happen, we need regulations. We need to figure out if there’s monetization, who benefits, if the data is given on what. What terms, how do we have a law that says what will come back to us, etc., etc., etc. It would be absurd if those 1 ,000 Indian cases added to the 10 Western cases to create a proprietary. fighting into a doctor, in your case, into a chat. How much of that can be anonymized truly effectively?

How much of it can be traced back? How much of it can cause confidentiality breaches? The purpose of health data aggregation ought to be to solve similar problems for other people. In other words, let’s say doctors in the West may have access to 10 instances of a rare disease, and in India there may be 1 ,000 instances of the same disease. So if we had AI data in India that aggregated all that, then certainly the West might have the scientific technology to research it and come up with a cure or a better cure or whatever that can be applied in India. But for all that to happen, we need regulations. We need to figure out if there’s monetization, who benefits, if the data is given on what terms, how do we have a law that says what will come back to us, et cetera, et cetera, et cetera.

It will be absurd if those 1 ,000 Indian cases, I added to the 10 Western cases, to create a proprietary… AI software that the 10 ,000 people here can’t afford to benefit from. So we need to create models. That’s the point that I was trying to make when I talked about the digital Raj, but we have here a moderating Raj on action, so I better stop. Thank you all for listening. Thank you so much. Thank you.

C. Raj Kumar

Thank you, Arun Prabhu, Irina Gross, Asha Jaliza Motwani, Shashi Tarur, Cyril Shroff, Saswit Batra and Ms. Vedashree. I want to particularly thank Shashi who came for the keynote address and was planning to leave in 10 minutes, but he stayed through the entire panel. So give the entire panelist and Shashi a big round of applause. Thank you to Asha who agreed this morning. So thank you very much.

Related ResourcesKnowledge base sources related to the discussion topics (18)
Factual NotesClaims verified against the Diplo knowledge base (3)
Confirmedhigh

“C. Raj Kumar staged a role‑play featuring UK Prime Minister Jim Hacker and senior civil servants discussing open‑data, including a move from voluntary initiatives to a statutory regulatory framework.”

The knowledge base describes the fictional Prime Minister Jim Hacker from “Yes Minister” and includes a dialogue where the Prime Minister and Sir Humphrey discuss the risks and benefits of statutory open-data mandates, matching the reported role-play scenario [S71] and [S4].

Additional Contextmedium

“Shashi Tharoor defined open data as “data that is made accessible for use, reuse and redistribution with minimal legal or technical barriers”.”

The knowledge base characterises open data as a public good that is non-excludable and non-rivalrous, emphasizing minimal barriers to access, which adds nuance to Tharoor’s definition [S76].

Additional Contextmedium

“Rama Vedashree warned that legacy static CSV/PDF releases are obsolete and that modern AI requires AI‑ready open data, always available via APIs with metadata and standards.”

A discussion in the knowledge base highlights the need for an AI-Ready Data Framework, including machine-readable catalogs, metadata, and standardized APIs, supporting Vedashree’s point about AI-ready data [S81].

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AI-Powered Chips and Skills Shaping Indias Next-Gen Workforce — -Ashwini Vaishnaw- Role/Title: Honorable Minister (appears to be instrumental in India’s semiconductor industry developm…
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Open Forum #58 Safety of journalists online — Audience: Hello. Thank you. I’ve listened to a lot of conversation. By the way, a wonderful insight. I’ve enjoyed i…
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AI Transformation in Practice_ Insights from India’s Consulting Leaders — -Audience member 2- Abhinav Saxena, Consultant at Capacity Building Commission, Government of India -Audience member 3-…
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Keynote Address_Revanth Reddy_Chief Minister Telangana — -Participant: Role/Title: Not specified, Area of expertise: Not specified (appears to be an event moderator or organizer…
S8
Day 0 Event #82 Inclusive multistakeholderism: tackling Internet shutdowns — – Nikki Muscati: Audience member who asked questions (role/affiliation not specified)
S9
ISBN: — One-third of all Internet users today are children. Soon with the expansion of connectivity in the near future, every se…
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Multilateralism under Challenge? Power, International Order, and Structural Change — Under Challenge? Power, International Order; and Structural Change Edited by Edward Newman, Ramesh Thakur and John Tir…
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Regulating Open Data_ Principles Challenges and Opportunities — Last point, and I just want to put that on record because I’m on the… the Parliamentary Oversight Committee on Communi…
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Day 0 Event #82 Inclusive multistakeholderism: tackling Internet shutdowns — – Nikki Muscati: Audience member who asked questions (role/affiliation not specified)
S13
Enhancing CSO participation in global digital policy processes: Roles, structures, and accountability — Audience:My name is Horst Kremers from Berlin, Germany. And during my so-called working lifetime, I also worked with UNI…
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Preface — Greg Aaron Joe Abley Jaap Akkerhuis Don Blumenthal Lyman Chapin David Conrad Patrik Fältström Jim Galvin Mark Kosters Ja…
S15
https://dig.watch/event/india-ai-impact-summit-2026/regulating-open-data_-principles-challenges-and-opportunities — Thank you so much, Vedashree. That was very concise and even compelling. Especially coming from a regulatory standpoint….
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Keynote-Dario Amodei — – Irina Ghos: Managing Director for Anthropic India, has three decades of experience building businesses in India (menti…
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AI Transformation in Practice_ Insights from India’s Consulting Leaders — -Audience member 1- Founder of Corral Inc -Audience member 6- Role/title not mentioned
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Day 0 Event #82 Inclusive multistakeholderism: tackling Internet shutdowns — – Nikki Muscati: Audience member who asked questions (role/affiliation not specified)
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Building the Workforce_ AI for Viksit Bharat 2047 — -Audience- Role/Title: Professor Charu from Indian Institute of Public Administration (one identified audience member), …
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Transforming Agriculture_ AI for Resilient and Inclusive Food Systems — -Arun Pratihast: Senior Researcher at Wageningen University Environmental Research -Speaker 5: Role/title not mentioned
S22
https://dig.watch/event/india-ai-impact-summit-2026/regulating-open-data_-principles-challenges-and-opportunities — Thank you so much, Ms. Vedashree. I haven’t forgotten you, Arun. You’re, of course, our own. Arun, of course, is a partn…
S23
Announcement of New Delhi Frontier AI Commitments — -Abhishek: Role/Title: Not specified (invited as distinguished leader of organization), Area of expertise: Not specified…
S24
https://dig.watch/event/india-ai-impact-summit-2026/regulating-open-data_-principles-challenges-and-opportunities — It is a question of power, shaping sovereignty and surveillance, innovation and inclusion, freedom and fairness in our d…
S25
Launch / Award Event #57 Governing Identity Online Nations and Technologists — Benjamin Akinmoyeje: Thank you. Good morning, everybody, and thank you for the opportunity to have me here. So I’m going…
S26
Global Perspectives on Openness and Trust in AI — – Alondra Nelson- Audience member 3
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Building the Workforce_ AI for Viksit Bharat 2047 — -Audience- Role/Title: Professor Charu from Indian Institute of Public Administration (one identified audience member), …
S29
Social Innovation in Action / DAVOS 2025 — – Raj Kumar: President and Editor-in-Chief of DevX Raj Kumar: I think just the fact that a minister of industry and t…
S30
Africa’s Prospects in the New Global Economy: A Comprehensive Analysis from Davos — Hello and welcome, all of you in the room here in Davos, everyone who’s following this conversation virtually. I’m Raj K…
S31
Fast-tracking a digital economy future in developing countries (UNCTAD) — Building a conducive legal framework and endorsing e-commerce laws are crucial for attracting investment and ensuring a …
S32
WS #162 Overregulation: Balance Policy and Innovation in Technology — Regulation is necessary but should not stifle innovation
S33
Opening — Balance needed between innovation and regulation
S34
Keynotes — Marianne Wilhelmsen: but as Norway prepares for the upcoming IGF 2025, I look forward to welcoming many of you in June a…
S35
Opening and Sustaining Government Data | IGF 2023 Networking Session #86 — Advocacy for open data is taking place in the Maldives, where Women in Tech Maldives is playing a significant role. This…
S36
AI and Digital in 2023: From a winter of excitement to an autumn of clarity — At thetechnical level, data needs standards in order to be interoperable. Here, the work of standardisation and technica…
S37
Democratizing AI Building Trustworthy Systems for Everyone — Not all data can be open, but exchangeable and shareable data frameworks are needed
S38
The Foundation of AI Democratizing Compute Data Infrastructure — Thank you. So I think two characteristics of digital public infrastructure, which are key, are to ensure that not only t…
S39
Driving Indias AI Future Growth Innovation and Impact — The innovate side really comes down to. Areas like skilling, which I know when Minister Chaudhry joins us, we will get i…
S40
Leave No One Behind: The Importance of Data in Development | IGF 2023 — The speakers emphasized the significant impact of data as a crucial driver of economies, often referred to as the “new o…
S41
ORF publishes study on India`s Open Data Initiatives — The Observer Research Foundation (ORF) has published an in-depth study of India`s Data Initiatives. The report named”To…
S42
India to launch national data governance policy — Indian finance minister Nirmala Sitharamanannounced that the government is working on approving a national data governan…
S43
HIGH LEVEL LEADERS SESSION I — Data can drive innovation, provide economic opportunities and impact future generations.
S44
The Digital Town Square Problem: public interest info online | IGF 2023 Open Forum #132 — It calls for the popularisation of the African Union data policy framework and the ratification of the Malabo Convention…
S45
Setting the Rules_ Global AI Standards for Growth and Governance — Implementation requires interoperable and modular standards ecosystems to avoid reinventing approaches for each sector o…
S46
Facilitating an integrated approach to digital issues — Speed: In a world where communications have become instant, implementation of solutions must be made in phases, so that …
S47
AI Governance Dialogue: Steering the future of AI — Infrastructure | Legal and regulatory Martin argues that high-level policy commitments must be accompanied by detailed …
S48
Welcome to the IGF2021 Final report! — Cooperation needs to take place in a myriad of areas, from investment in technology and skills to the development ofsoun…
S49
WS #133 Platform Governance and Duty of Care — These key comments fundamentally shaped the discussion by introducing three critical analytical frameworks: (1) the impo…
S50
Trusted Connections_ Ethical AI in Telecom & 6G Networks — “There has to be trust, there has to be some amount of regulation, there has to be some amount of safety that comes with…
S51
How Trust and Safety Drive Innovation and Sustainable Growth — And an organization like the ICO is there for both sides to see, well, there’s someone actually overseeing that. And tha…
S52
Regulating Open Data_ Principles Challenges and Opportunities — “They are asking the real question, should there be regulatory teeth so that government data sharing isn’t optional good…
S53
ORF publishes study on India`s Open Data Initiatives — The Observer Research Foundation (ORF) has published an in-depth study of India`s Data Initiatives. The report named”To…
S54
Sandboxes for Data Governance: Global Responsible Innovation | IGF 2023 WS #279 — Regulatory frameworks are needed to reap the benefits of data while protecting citizens.
S55
Opening and Sustaining Government Data | IGF 2023 Networking Session #86 — Advocacy for open data is taking place in the Maldives, where Women in Tech Maldives is playing a significant role. This…
S56
HIGH LEVEL LEADERS SESSION I — Data can drive innovation, provide economic opportunities and impact future generations.
S57
Data free flow with trust: a collaborative path to progress (ICC) — The free flow of cross-border data is considered vital for the global economy. It is estimated that by the end of 2023, …
S58
Data governance — In the second case, openly available data (such as data from social networks) might be used by foreign entities in ways …
S60
Collaborative AI Network – Strengthening Skills Research and Innovation — Data readiness, interoperability, and standards
S61
Embedding Human Rights in AI Standards: From Principles to Practice — Industry adoption is key – standards must be practical and focused on sectors/use cases that will actually be implemente…
S62
Regional Leaders Discuss AI-Ready Digital Infrastructure — The discussion highlighted that AI infrastructure development must be understood as part of broader development strategi…
S63
What is it about AI that we need to regulate? — The question of achieving interoperability of data systems and data governance arrangements across different stakeholder…
S64
Setting the Rules_ Global AI Standards for Growth and Governance — Implementation requires interoperable and modular standards ecosystems to avoid reinventing approaches for each sector o…
S65
How Trust and Safety Drive Innovation and Sustainable Growth — Fantastic. Yeah, the importance of having watchdogs, yeah, entities that are watching and observing, commenting, enforci…
S66
Leaders TalkX: Moral pixels: painting an ethical landscape in the information society — The regulatory framework needs to be robust and reinforced
S67
Driving Indias AI Future Growth Innovation and Impact — Trust, Governance, and Regulatory Framework
S68
Diplomacy in beta: From Geneva principles to Abu Dhabi deliberations in the age of algorithms — Governance must extend across the full AI lifecycle: pre-design, design, development, evaluation, testing, procurement, …
S69
Ministerial Roundtable — Strategy built around four pillars: Governance and Ethics with Clear Regulatory Standards and Human Oversight
S70
Ministry of Communications & Information Technology — Roles and responsibilities as they pertain to Information Security are outlined below: | Role Description …
S71
‘Yes Minister’ as the novel Turing Test for advanced AI — “Yes Minister” chronicles the exploits of Minister Jim Hacker, his secretary Bernard, and the chief bureaucrat Sir Humph…
S72
Rolex diplomacy — Therecipientsare oftendemocratically elected politicians,senior civil servants, ormilitary generalswho possess influence…
S73
Elon Musk and UK PM Rishi Sunak delve into AI safety, China, and the future of work at AI summit — Elon Musk, Tesla and SpaceX CEO, and Rishi Sunak, the British Prime Minister, had a wide-ranging conversation on AI, Chi…
S75
NRIs MAIN SESSION: DATA GOVERNANCE — Artificial Intelligence depends on the data system, which has to be balanced Furthermore, it is noted that support for …
S76
When Technology Meets Humanity — Data can have various legal statuses. It can be a public good by being both non-excludable (anyone can access it) and no…
S77
General Assembly — contribute to the development of the shared environmental information system of the European Environment Agen…
S78
Seismic Shift — However, in a move welcomed by Silicon Valley companies, the draft backs off from the more aggressive data localization …
S79
Indias AI Leap Policy to Practice with AIP2 — Brando Benefi, co-reporter of the EU AI Act, argued that voluntary ethical frameworks alone are insufficient. “If you su…
S80
WS #208 Democratising Access to AI with Open Source LLMs — Melissa Muñoz Suro: So basically, building on what I was mentioning earlier about our national AI strategy back in the D…
S81
Safe and Responsible AI at Scale Practical Pathways — -AI-Ready Data Framework and Standards: The panelists emphasized the need for a unified framework to define what makes d…
S82
Open Forum #27 Make Your AI Greener a Workshop on Sustainable AI Solutions — Adham Abouzied: Yeah, I think it’s very interesting. I would reiterate again what I’m saying. I think, yes, smaller focu…
Speakers Analysis
Detailed breakdown of each speaker’s arguments and positions
C
C. Raj Kumar
6 arguments137 words per minute2245 words980 seconds
Argument 1
Legal backbone ensures uniform participation and investor confidence (C. Raj Kumar)
EXPLANATION
Raj Kumar argues that without a statutory framework for open data, participation by government agencies is uneven, leading to investor uncertainty and developer frustration. A legal backbone would standardise data sharing, providing consistency and confidence for investors.
EVIDENCE
In his opening scenario he describes a discussion about moving from voluntary open-data initiatives to a statutory regulatory framework, noting that without legal mandates “participation is uneven”, “investors get nervous” and “developers complain about unreliable data sets” [11-20].
EXTERNAL EVIDENCE (KNOWLEDGE BASE)
External sources stress that statutory mandates are needed to avoid uneven data sharing and to build investor confidence, highlighting the risk of voluntary approaches and the role of a clear legal framework in attracting investment [S4] [S31].
MAJOR DISCUSSION POINT
Need for a statutory regulatory framework for open data
Argument 2
Regulation must be balanced to avoid stifling innovation and entrepreneurship
EXPLANATION
Raj Kumar warns that overly strict regulatory measures could kill the momentum of emerging startups and hinder entrepreneurial activity in the AI sector.
EVIDENCE
He states that while framing regulation, “we also should not stifle growth and innovation because that’s the biggest death knell that we can sound towards a lot of entrepreneurship that’s emerging” [215-216].
EXTERNAL EVIDENCE (KNOWLEDGE BASE)
The need for a balanced regulatory approach that does not choke innovation is discussed in sources on over-regulation and the importance of policy-innovation equilibrium [S32] [S33].
MAJOR DISCUSSION POINT
Balancing regulatory safeguards with innovation incentives
Argument 3
Open data serves as a catalyst for evidence‑based policymaking, targeted welfare delivery and capital formation
EXPLANATION
Raj Kumar contends that high‑quality public data enables governments to design more effective policies, monitor implementation, and attract investment by providing reliable information for decision‑making and market confidence.
EVIDENCE
He notes that “high-quality public data improves evidence-based policymaking, targeted welfare delivery, and even capital formation” and that without a statutory framework participation is uneven, causing investor nervousness and developer frustration [21-23].
EXTERNAL EVIDENCE (KNOWLEDGE BASE)
Open data’s role in driving evidence-based policy, democratic accountability and economic growth is highlighted as a transformative factor in multiple sources [S4] [S40].
MAJOR DISCUSSION POINT
Economic and policy benefits of open data
Argument 4
Open data initiatives must be underpinned by robust technical architecture and standards to ensure safe, interoperable, and AI‑ready data sharing.
EXPLANATION
Raj Kumar stresses that legal mandates alone are insufficient; effective open data requires secure environments, strong anonymisation protocols, synthetic‑data generation, and interoperable standards so that AI systems can reliably consume public datasets while protecting privacy.
EVIDENCE
He outlines that the panel discussion covered architecture, secure environments, anonymisation protocols, synthetic data, and interoperable standards as essential components of an open-data framework, indicating the technical depth needed for trustworthy AI applications [24-25].
EXTERNAL EVIDENCE (KNOWLEDGE BASE)
Technical standards, interoperable architectures and secure environments are identified as essential for trustworthy AI-ready open data [S36] [S37].
MAJOR DISCUSSION POINT
Need for technical safeguards and standards in open data governance
Argument 5
Open data regulation could usher a new administrative era, reshaping governance structures.
EXPLANATION
Raj Kumar suggests that moving from voluntary to statutory open‑data mandates may fundamentally change how administrations operate, leading to a new era of governance.
EVIDENCE
During the panel he remarks, “We may be entering a new administrative era,” indicating that the adoption of a regulatory framework for open data could transform administrative processes and norms [130-133].
MAJOR DISCUSSION POINT
Impact of open data regulation on administrative structures
Argument 6
Open data is the raw material for AI‑driven digital economy; without a regulatory framework the government effectively locks valuable data, stifling innovation.
EXPLANATION
Raj Kumar argues that data generated by government agencies is the essential input for AI applications and the broader digital economy, and that failing to regulate its sharing is akin to building a digital economy while keeping the data warehouse sealed.
EVIDENCE
He states that “if AI is the future, the data is raw material… refusing to regulate sharing properly is like building a digital economy and locking the warehouse” [32-34].
EXTERNAL EVIDENCE (KNOWLEDGE BASE)
Data is described as the ‘new oil’ and a critical input for AI-driven economies, underscoring the need for regulated sharing to unlock value [S40] [S4].
MAJOR DISCUSSION POINT
Need for statutory regulatory framework for open data
S
Shashi Tharoor
17 arguments152 words per minute2743 words1081 seconds
Argument 1
Voluntary approaches lead to uneven sharing; statutory mandates provide accountability (Shashi Tharoor)
EXPLANATION
Tharoor contends that relying on voluntary data sharing creates gaps in participation, whereas statutory mandates would impose accountability and ensure all ministries contribute uniformly.
EVIDENCE
He stresses that the decisive question is “who controls its use, who extracts its value, and who is left behind”, implying that without mandatory rules the landscape remains uneven and unaccountable [46-53].
EXTERNAL EVIDENCE (KNOWLEDGE BASE)
Sources argue that statutory mandates are required to move from voluntary goodwill to institutional obligation and to ensure uniform participation [S4] [S31].
MAJOR DISCUSSION POINT
Need for a statutory regulatory framework for open data
Argument 2
Open data strengthens democratic accountability, welfare tracking and creates private ecosystems (Shashi Tharoor)
EXPLANATION
Tharoor highlights that open government data enables citizens and civil society to monitor public spending, assess welfare delivery, and foster private sector innovation.
EVIDENCE
He cites India’s open-government data platform being used to track welfare coverage and expose implementation leakages, and notes that such transparency “strengthens democratic accountability” [64-66].
EXTERNAL EVIDENCE (KNOWLEDGE BASE)
Open government data is linked to stronger democratic accountability, transparency and the emergence of private sector ecosystems in external analyses [S4] [S40].
MAJOR DISCUSSION POINT
Open data as public infrastructure that drives transparency and innovation
Argument 3
Historical examples (weather data, COVID dashboards) show transformative impact of open data (Shashi Tharoor)
EXPLANATION
Tharoor points to past instances where releasing public datasets spurred commercial ecosystems and rapid crisis response, illustrating the power of open data.
EVIDENCE
He refers to the United States releasing meteorological data, which seeded private ecosystems in weather forecasting, logistics, insurance and risk assessment [68-71], and to openly shared health data during the COVID-19 pandemic that enabled faster responses and better coordination [73-74].
MAJOR DISCUSSION POINT
Open data as public infrastructure that drives transparency and innovation
Argument 4
Unstructured openness can become tokenism, create privacy breaches and enable asymmetrical extraction (Shashi Tharoor)
EXPLANATION
Tharoor warns that releasing data without clear safeguards can reduce open‑data initiatives to symbolic gestures, exposing personal information and allowing richer actors to extract value disproportionately.
EVIDENCE
He states that “Open data, poorly structured, can generate new vulnerabilities, even as it promises transparency” and that without safeguards openness may devolve into tokenism and asymmetrical extraction [77-84].
EXTERNAL EVIDENCE (KNOWLEDGE BASE)
The risk of tokenistic open-data initiatives that generate privacy vulnerabilities and asymmetric value extraction is highlighted as a concern in the literature [S4] [S37].
MAJOR DISCUSSION POINT
Risks, privacy concerns and the need for safeguards
Argument 5
Strong anonymization, informed consent and grievance mechanisms are essential (Shashi Tharoor)
EXPLANATION
Tharoor argues that any open‑data regime must embed robust privacy protections, clear consent procedures, and accessible redress to protect individuals.
EVIDENCE
He outlines the need for “strong anonymization and privacy protections”, “principle of consent and control”, and “grievance mechanisms” to ensure transparency does not compromise rights [88-95].
EXTERNAL EVIDENCE (KNOWLEDGE BASE)
Robust anonymisation, consent procedures and grievance mechanisms are recommended as core safeguards for open-data programmes [S37].
MAJOR DISCUSSION POINT
Risks, privacy concerns and the need for safeguards
Argument 6
Domestic digital infrastructure and skill development are required to avoid data capitulation to foreign firms (Shashi Tharoor)
EXPLANATION
Tharoor stresses that without building local capacity and infrastructure, open data will primarily benefit foreign tech giants, undermining sovereignty.
EVIDENCE
He links data sovereignty to capacity, noting that “the issue is not cross-border data flows per se” but whether openness is “reciprocal and capacity enhancing”; he calls for investment in domestic digital infrastructure and skill development [96-104].
MAJOR DISCUSSION POINT
Capacity building, standards and AI‑ready data
Argument 7
Global commitments (G20, UN Digital Compact) guide but India must craft sovereign data policies (Shashi Tharoor)
EXPLANATION
Tharoor observes that multilateral agreements set a direction for data governance, yet India must translate these into sovereign, domestically‑aligned policies.
EVIDENCE
He references the G20 New Delhi Leaders Declaration (2023) and the UN Global Digital Compact, noting they emphasise data for development, trust, security and domestic capacity building, and that India must ensure data “supports development, not undermines regulatory accountability” [106-112].
MAJOR DISCUSSION POINT
Geopolitical and strategic considerations
Argument 8
Effective AI deployment in agriculture and health must consider real‑world accessibility and affordability (Shashi Tharoor)
EXPLANATION
Tharoor cautions that AI solutions must be grounded in the material realities of farmers and patients, otherwise they risk being ineffective.
EVIDENCE
He notes that despite budget provisions for AI in agriculture, many farmers lack tractors, electricity and water, questioning how AI will reach them; similarly, he raises concerns about health-data anonymisation and practical deployment [389-390][398-402].
MAJOR DISCUSSION POINT
Practical challenges for end‑users and sectoral applications
Argument 9
India’s digital public infrastructure can serve as a scalable model for other developing countries
EXPLANATION
Tharoor highlights that platforms such as Aadhaar, UPI, DigiLocker, and IndiaStack have been offered as templates for other nations seeking affordable digital solutions.
EVIDENCE
He notes that “India’s experience with IndiaStack illustrates what this participation can look like… offered as a template for other developing countries” [119-122].
MAJOR DISCUSSION POINT
Exportability of India’s digital public goods
Argument 10
Artificial intelligence has become the operating system of modern society, making robust data governance indispensable
EXPLANATION
Tharoor argues that AI now underpins markets, governance and personal choices, so the rules governing data access, processing and control are central to ensuring that AI serves public interests rather than entrenching inequality.
EVIDENCE
He observes that “When artificial intelligence is no longer a distant frontier of innovation, it is rapidly becoming the operating system of our modern society” and adds that while data is often called the new oil, the real constraint is the power to process it, highlighting the need for governance of both data and AI [42-46].
EXTERNAL EVIDENCE (KNOWLEDGE BASE)
Data is portrayed as a strategic asset akin to oil, and AI’s pervasiveness makes strong data governance essential for inclusive development [S40] [S4].
MAJOR DISCUSSION POINT
Pervasiveness of AI and the need for data governance
Argument 11
The primary bottleneck in the AI age is processing capacity, not data volume, highlighting the need for investment in compute infrastructure.
EXPLANATION
Tharoor argues that merely having large datasets is insufficient; the ability to process those datasets determines AI progress, so capacity‑building in computing resources is essential.
EVIDENCE
He observes that “the real constraint of the AI age is not the volume of data, but the power to process it,” and that this insight “punctures a convenient myth” about data abundance being the sole driver of AI advancement [46-48].
MAJOR DISCUSSION POINT
Capacity building and infrastructure constraints in AI
Argument 12
Trade agreements must avoid creating digital dependency or “virtual vassalage” and instead safeguard digital sovereignty.
EXPLANATION
Tharoor warns that without careful design, international trade deals can lock India into a subordinate digital position, making the country reliant on foreign platforms and limiting its ability to reap the benefits of its own data. He calls for trade policies that protect domestic digital autonomy while still enabling cross‑border cooperation.
EVIDENCE
He states that “Our trade agreements must not promote digital dependency or virtual vassalage… This dynamic is increasingly playing out in real policy debate” and cites examples of how data localisation and source-code disclosure clauses can narrow policy space for developing economies [78-84].
MAJOR DISCUSSION POINT
Geopolitical and strategic considerations
Argument 13
IndiaStack serves as a scalable, exportable model of digital public infrastructure for other developing nations.
EXPLANATION
Tharoor highlights that the suite of interoperable services—Aadhaar, UPI, DigiLocker—has demonstrated how a public‑digital backbone can drive inclusive innovation and can be offered as a template for other countries seeking affordable digital solutions.
EVIDENCE
He notes that “India’s experience with IndiaStack illustrates what this participation can look like… offered as a template for other developing countries” showing how the platform has been positioned as a developmental public good [119-122].
MAJOR DISCUSSION POINT
Exportability of India’s digital public goods
Argument 14
The emerging consensus favours structured openness rather than digital isolation or unrestricted data flows.
EXPLANATION
Tharoor argues that the future of data governance lies in a balanced approach that combines openness with safeguards, allowing innovation and cooperation to thrive while preserving national sovereignty and institutional strength.
EVIDENCE
He observes that “the emerging consensus is not about unrestricted flows or digital isolation, but about structured openness where innovation and cooperation coexist with sovereignty and institutional strength” [111-112].
EXTERNAL EVIDENCE (KNOWLEDGE BASE)
A balanced, structured openness that combines innovation with safeguards is advocated as the emerging consensus in policy discussions [S33] [S32].
MAJOR DISCUSSION POINT
Balanced approach to data openness
Argument 15
The G20 New Delhi Leaders Declaration (2023) places digital public infrastructure at the centre of inclusive growth, guiding India’s data policy toward development‑oriented governance.
EXPLANATION
Tharoor notes that the G20 declaration emphasises data for development, trust, security and domestic capacity building, signalling that India should align its open‑data framework with these principles.
EVIDENCE
He references the G20 New Delhi Leaders Declaration in 2023, which highlighted digital public infrastructure as central to inclusive growth and linked data governance with trust, security and domestic capacity building [107-108].
MAJOR DISCUSSION POINT
International commitments shaping national data policy
Argument 16
The United Nations Global Digital Compact calls for safe, transparent and trustworthy data governance while respecting national regulatory frameworks, providing a multilateral blueprint for India’s open‑data strategy.
EXPLANATION
Tharoor points out that the Global Digital Compact urges stronger digital capacity in developing countries and stresses cooperation that respects each nation’s regulatory space, which can inform India’s approach to open data.
EVIDENCE
He cites the Global Digital Compact’s call for safe and transparent trustworthy data governance, stronger digital capacity in developing countries, and international cooperation that respects national regulatory frameworks [110-111].
MAJOR DISCUSSION POINT
Geopolitical and strategic considerations in data governance
Argument 17
Digital trade agreements can create digital dependency and ‘virtual vassalage’, so India must embed safeguards to protect its digital sovereignty.
EXPLANATION
Tharoor warns that one‑sided concessions on digital taxation and trade can lock India into a subordinate position, urging policy design that avoids dependence on foreign platforms.
EVIDENCE
He states that trade agreements must not promote digital dependency or virtual vassalage, noting examples where Indonesia and Malaysia have succumbed to such clauses, and that data localisation and source-code disclosure can narrow policy space for developing economies [78-84].
MAJOR DISCUSSION POINT
Geopolitical and strategic considerations
A
Arun Prabhu
4 arguments135 words per minute376 words166 seconds
Argument 1
Absence of clear legal architecture prevents a sustainable open‑data ecosystem (Arun Prabhu)
EXPLANATION
Prabhu argues that without explicit legal standards for anonymisation, data interchange and purpose, any open‑data initiative remains fragile and vulnerable to future legal challenges.
EVIDENCE
He points out that India lacks a “clear identified anonymisation standard, clear identified public data interchange standards” and a recognised purpose for processing open public data, which makes large-scale projects like LLMs exposed to judicial, executive and legislative storms [256-262].
EXTERNAL EVIDENCE (KNOWLEDGE BASE)
The lack of explicit legal standards for anonymisation, data interchange and purpose is cited as a barrier to a durable open-data ecosystem, echoing calls for statutory frameworks [S4] [S31].
MAJOR DISCUSSION POINT
Need for a statutory regulatory framework for open data
Argument 2
A clearly defined public purpose for open‑data processing is essential to align initiatives with constitutional principles
EXPLANATION
Prabhu argues that without an explicitly recognised purpose for using open public data, projects risk legal challenges and may not serve the public good.
EVIDENCE
He points out that “We do not have a clear recognised purpose for the processing of open public data sets for public good and public improvement” [260-261].
MAJOR DISCUSSION POINT
Need for purpose‑driven open‑data frameworks
Argument 3
Legal uncertainty surrounding open‑data initiatives deters innovators because current practices could become illegal under future legislation.
EXPLANATION
Prabhu warns that without a clear, stable legal framework, today’s open‑data projects risk being deemed unlawful later, discouraging investment and innovation.
EVIDENCE
He explains that a government official who creates an open-data repository may find his action “frowned upon… downright illegal” years later, and founders risk their businesses becoming “fundamentally unviable” due to shifting legal climates [258-262].
EXTERNAL EVIDENCE (KNOWLEDGE BASE)
Over-regulation and legal uncertainty are warned to stifle innovation, reinforcing the need for balanced, predictable rules [S32] [S33].
MAJOR DISCUSSION POINT
Legal uncertainty hampers sustainable open‑data ecosystem
Argument 4
A sustainable open‑data ecosystem requires a legal framework that aligns with constitutional principles, notably the Puttaswamy judgment.
EXPLANATION
Prabhu stresses that any durable open‑data regime must be rooted in the Constitution’s guarantees of privacy and personal liberty, as articulated in the Puttaswamy decision, to ensure that data initiatives are both legally sound and consistent with fundamental rights.
EVIDENCE
He points out that “absent these 4 key important elements… which work coherently… with the constitutional principles which have been laid out in the Puttaswamy judgment” a legal architecture is needed to avoid future judicial or legislative challenges [258-262].
MAJOR DISCUSSION POINT
Need for a constitutionally anchored legal architecture for open data
C
Cyril Shroff
8 arguments174 words per minute889 words305 seconds
Argument 1
Regulatory clarity is prerequisite for innovation and market growth (Cyril Shroff)
EXPLANATION
Shroff maintains that clear, enforceable regulations create the foundation for AI‑ready data, which in turn fuels innovation and economic expansion.
EVIDENCE
He states that if data were “systematically available in a usable format, AI-ready format, that would actually spark a lot of innovation” and links this to the need for regulatory clarity [201-204].
EXTERNAL EVIDENCE (KNOWLEDGE BASE)
Regulatory clarity is identified as a catalyst for innovation and market development, mirroring the experience of capital-markets where clear rules attract investment [S4] [S31].
MAJOR DISCUSSION POINT
Need for a statutory regulatory framework for open data
Argument 2
Transparent, reliable data boosts investor confidence, market efficiency and long‑term growth (Cyril Shroff)
EXPLANATION
Shroff draws an analogy between capital‑markets regulation and data regulation, arguing that trust created by transparent, enforceable rules attracts investment and sustains market development.
EVIDENCE
He cites India’s capital-markets growth-25 % of global IPOs-being driven by “regulatory clarity”, “right enforcement”, and uniform standards, and suggests the same logic applies to data and the digital world [268-279].
EXTERNAL EVIDENCE (KNOWLEDGE BASE)
Transparent, enforceable data rules are linked to investor confidence and sustained economic growth in external analyses of digital economies [S31] [S4].
MAJOR DISCUSSION POINT
Economic and investment implications of reliable public data
Argument 3
Data as strategic asset can attract data‑center investment and shift India from a services‑based to a product‑based tech sector (Cyril Shroff)
EXPLANATION
Shroff argues that a trustworthy data regime will encourage data‑center construction and enable India to move up the value chain from services to product‑centric technology.
EVIDENCE
In the same passage about capital-markets he notes that trust in transparent information and a reliable legal system are needed for “multibillion-dollar investments” and for India to transition to a product-based tech sector [268-279].
MAJOR DISCUSSION POINT
Economic and investment implications of reliable public data
Argument 4
“Who watches the watchers?” – courts and the rule of law provide ultimate oversight (Cyril Shroff)
EXPLANATION
Shroff asserts that India’s constitutional courts and the rule of law are the final safeguard over AI and data governance, ensuring accountability beyond industry self‑regulation.
EVIDENCE
He explains that “the answer lies in our constitution… the courts and the rule of law” as the ultimate oversight mechanism, contrasting it with perceived weaknesses in other jurisdictions [381-387].
MAJOR DISCUSSION POINT
Governance, oversight and accountability of AI systems
Argument 5
India’s constitutional courts provide a robust, ultimate oversight mechanism for AI and data governance
EXPLANATION
Shroff contends that the judiciary, grounded in the constitution, serves as the final safeguard over AI systems, compensating for any regulatory gaps.
EVIDENCE
He explains that “the answer lies in our constitution… the courts and the rule of law” serve as the ultimate oversight [384-386].
MAJOR DISCUSSION POINT
Judicial oversight as a pillar of AI governance
Argument 6
Uniform regulatory language and standards across data governance are essential for building trust, analogous to capital‑markets regulation.
EXPLANATION
Shroff emphasizes that consistent terminology and standards in data regulation foster confidence among investors and innovators, just as uniformity helped India’s capital‑markets mature.
EVIDENCE
He states that “just uniformity in regulatory language that is used” is key, drawing a parallel between the regulatory clarity that propelled capital-markets growth and the need for similar clarity in data governance [276-278].
EXTERNAL EVIDENCE (KNOWLEDGE BASE)
Standardised data formats, metadata and interoperable APIs are highlighted as crucial for trust and effective data sharing [S36] [S37].
MAJOR DISCUSSION POINT
Uniform regulatory language as trust builder
Argument 7
India should craft its own data regulation rather than copying Western models
EXPLANATION
Shroff’s brief one‑liner “Not copying the West” signals his belief that India must develop an indigenous regulatory framework for open data and AI that reflects its unique legal, economic and societal context, instead of simply adopting foreign rules.
EVIDENCE
During the closing segment, when asked for a one-liner about India’s future, Shroff responded succinctly, “Not copying the West.” This statement was made immediately after a request for a concise vision, indicating his stance on independent regulatory design. [318]
MAJOR DISCUSSION POINT
Geopolitical and strategic considerations
Argument 8
Ethics should complement judicial oversight as a self‑regulatory layer for AI and data governance
EXPLANATION
Shroff argues that while India’s courts provide the ultimate legal safeguard, a parallel ethical framework is needed to guide AI developers and data practitioners, offering a more flexible, industry‑driven form of oversight.
EVIDENCE
In his response to the question “who is going to watch the watchers?”, Shroff emphasized that “the answer lies in our constitution… the courts and the rule of law” and added that “ethics… may be more ambiguous because ethics conversations always are more amorphous but it is something which the industry will have to evolve for itself.” This reflects his view that ethics serves as an additional oversight mechanism alongside the judiciary. [381-387]
MAJOR DISCUSSION POINT
Governance, oversight and accountability of AI systems
R
Rama Vedashree
8 arguments158 words per minute1267 words480 seconds
Argument 1
India’s data.gov.in platform was built for research but now needs AI‑ready standards, APIs and metadata (Rama Vedashree)
EXPLANATION
Vedashree explains that the original open‑data initiative focused on static CSV/PDF releases for research, but today AI demands continuous, API‑driven, metadata‑rich datasets.
EVIDENCE
She recounts the origin of the open-data movement and the launch of data.gov.in, then stresses that “now you need open data that is AI-ready, continuously available, with metadata and standards for interoperability” [149-163].
EXTERNAL EVIDENCE (KNOWLEDGE BASE)
The shift from static datasets to AI-ready, API-driven, metadata-rich data requires technical standards and interoperable architectures, as discussed in the literature [S36] [S37].
MAJOR DISCUSSION POINT
Open data as public infrastructure that drives transparency and innovation
Argument 2
AI‑ready open data must be continuously available, interoperable and consumable via APIs (Rama Vedashree)
EXPLANATION
She argues that modern users expect real‑time API access rather than downloadable files, and that AI systems require interoperable, standardized data streams.
EVIDENCE
She notes that “nobody wants to download and do something offline”; instead data should be consumable through APIs and apps for both end-users and AI systems [162-163].
EXTERNAL EVIDENCE (KNOWLEDGE BASE)
Continuous, API-based, interoperable data streams are identified as essential for AI consumption and innovation [S36] [S37].
MAJOR DISCUSSION POINT
Open data as public infrastructure that drives transparency and innovation
Argument 3
Sector‑specific data (health, agriculture) must be opened securely and with proper anonymization (Rama Vedashree)
EXPLANATION
Vedashree stresses that sensitive domains require robust anonymisation and security protocols before data can be shared for innovation.
EVIDENCE
She references institutional data locked in nodal agencies, the need for “secure, anonymized” opening of health and agricultural datasets, and the importance of sector-specific safeguards [158-169].
EXTERNAL EVIDENCE (KNOWLEDGE BASE)
Sector-specific safeguards, secure environments and strong anonymisation protocols are recommended for sensitive datasets [S37] [S36].
MAJOR DISCUSSION POINT
Risks, privacy concerns and the need for safeguards
Argument 4
Interoperable standards, metadata and API access are critical for AI‑ready datasets (Rama Vedashree)
EXPLANATION
She highlights that without common standards and rich metadata, AI developers cannot efficiently utilise public data.
EVIDENCE
She reiterates that “interoperable standards” and “metadata” are essential for AI-ready data, and that APIs are the preferred consumption method [158-163].
MAJOR DISCUSSION POINT
Capacity building, standards and AI‑ready data
Argument 5
Sector‑specific data sharing policies with consent and accountability are needed for health, finance, etc. (Rama Vedashree)
EXPLANATION
Vedashree calls for tailored data‑access frameworks that embed consent, accountability and sector‑appropriate safeguards.
EVIDENCE
She discusses the supply-demand gap, mentions the UK Payment Systems Directive and EU’s FIDA as examples of sector-level data-access policies, and stresses the need to map data needs to users [236-244].
MAJOR DISCUSSION POINT
Governance, oversight and accountability of AI systems
Argument 6
Sensitive health data (e.g., men’s mental health) cannot be fully open; progressive regulation and patient‑controlled sharing are required (Rama Vedashree)
EXPLANATION
She argues that personally identifiable health data should remain protected, with optional patient‑driven sharing for research under strict anonymisation.
EVIDENCE
She notes that “personally identifiable data will never be opened up” and cites the German healthcare act allowing patients to consent to share anonymised data for research [355-361].
MAJOR DISCUSSION POINT
Practical challenges for end‑users and sectoral applications
Argument 7
Open‑data architecture should be federated rather than centralized, allowing sector‑specific repositories coordinated by relevant regulators
EXPLANATION
Vedashree argues that a single monolithic data portal limits flexibility and that a federated model better serves diverse sectoral needs.
EVIDENCE
She states “I also believe that we cannot have one centralized open data repository. Data needs to be federated” [312-314].
MAJOR DISCUSSION POINT
Designing a federated open‑data ecosystem
Argument 8
A large portion of institutional data remains hidden (‘dark data’), requiring proactive policies to uncover and open it for innovation.
EXPLANATION
Vedashree points out that many datasets are locked within agencies and not publicly accessible, limiting their utility unless deliberate efforts are made to expose them.
EVIDENCE
She describes “a lot of institutional data which is getting locked and siloed… I would like to call it daft data because nobody is using them,” and notes that sectors such as cybersecurity and fintech need this data for innovation [164-166].
MAJOR DISCUSSION POINT
Hidden institutional data (‘dark data’) limits innovation
A
Asha Jadeja Motwani
4 arguments176 words per minute430 words146 seconds
Argument 1
Dependence on foreign technology stacks raises strategic vulnerability; joint regulatory frameworks are needed (Asha Jadeja Motwani)
EXPLANATION
Motwani warns that India’s reliance on the American tech stack creates a strategic risk, and advocates for a joint Indo‑US regulatory framework to mitigate it.
EVIDENCE
She explains that India is built on an American stack and that a joint regulatory framework would prevent conflicts, urging a conscious decision to align with the US while tying down regulatory safeguards [327-339].
MAJOR DISCUSSION POINT
Geopolitical and strategic considerations
Argument 2
Heavy reliance on the US tech stack creates strategic risk; a joint Indo‑US regulatory approach is advisable (Asha Jadeja Motwani)
EXPLANATION
Reiterating the earlier point, she emphasizes the need for a coordinated Indo‑US policy to avoid being vulnerable if the US were to restrict API access.
EVIDENCE
She raises the hypothetical scenario of the US becoming hostile and pulling APIs, arguing that India must decide consciously to use the American stack and then craft joint regulations [327-339].
MAJOR DISCUSSION POINT
Geopolitical and strategic considerations
Argument 3
Strategic alignment with the US tech stack requires a joint Indo‑US regulatory framework that secures reciprocal benefits and mitigates geopolitical risk
EXPLANATION
Motwani stresses that if India consciously adopts the American stack, it must be backed by coordinated regulations to avoid conflicts and protect national interests.
EVIDENCE
She says “we need a joint regulatory framework so that we are never conflicting with them… we have consciously chosen to be on the American stack” [327-339].
MAJOR DISCUSSION POINT
Geopolitical safeguards for technology dependence
Argument 4
Open health data is essential for global research collaborations and must be secured through reciprocal Indo‑US regulatory frameworks
EXPLANATION
Motwani stresses that making Indian health data openly available enables Western researchers to develop cures that benefit India, but this openness must be balanced with joint regulatory safeguards to protect national interests and ensure mutual benefit.
EVIDENCE
She points out that “we need to make sure that our health data is open and accessible to those in the West who are developing these programs… it is critical to know that it’s a fine balance” and calls for a joint regulatory framework to avoid conflicts when using the American technology stack [329-334].
MAJOR DISCUSSION POINT
Strategic importance of health data openness and Indo‑US regulatory alignment
I
Irina Ghose
6 arguments171 words per minute680 words237 seconds
Argument 1
Anthropic’s Model‑Context Protocol (MCP) provides contextual Indian language data to build trust (Irina Ghose)
EXPLANATION
Ghose describes Anthropic’s 2024 Model‑Context Protocol, which supplies Indian‑language, domain‑specific data to AI models, fostering trust and relevance for Indian users.
EVIDENCE
She details that MCP was created in 2024, released to the Linux community, and supplies contextual data for Indian languages and sectors such as agriculture and health [177-190].
MAJOR DISCUSSION POINT
Capacity building, standards and AI‑ready data
Argument 2
Anthropic’s Model‑Context Protocol creates a feedback loop where usage metrics inform continuous data provision, ensuring models stay relevant to Indian contexts
EXPLANATION
Ghose describes how Anthropic collects an economic impact survey to understand how Indian users employ its tools and then tailors data releases accordingly.
EVIDENCE
She notes “we are doing an economic impact survey index… we share it completely contextually as to what people are using it for” [180-182].
MAJOR DISCUSSION POINT
Data‑driven model adaptation for local relevance
Argument 3
Trust in AI systems is built through contextual, open data and inclusive contribution from all stakeholders
EXPLANATION
Ghose argues that for AI to be trusted in India, data must be contextual to local languages and domains, openly shared, and the ecosystem must involve contributions from government, industry and civil society, creating a transparent trust‑first environment.
EVIDENCE
She says “the thread of trust needs to be woven by the contextual data in the context of India and ensuring that we are making it both open, accessible and ensuring that everybody is contributing to that grid” and likens the need for a universal connector to ensure seamless data flow across sectors [321-324].
MAJOR DISCUSSION POINT
Building trust through contextual open data
Argument 4
Adopting standardized data connectors (akin to a universal charger) is crucial for seamless integration of diverse data sources across sectors.
EXPLANATION
Ghose argues that without common interfaces, integrating varied datasets becomes cumbersome, and a universal protocol would simplify data consumption for AI applications.
EVIDENCE
She uses the analogy “when you had a mobile phone world you did not want to have a charger for different mobiles… the universal connector came across that solved all the problems,” illustrating the need for a model-context protocol as a standard connector for data [186-190].
MAJOR DISCUSSION POINT
Standardized data connectors facilitate AI integration
Argument 5
Anthropic conducts an economic impact survey to tailor data provision to Indian user needs, building trust and relevance.
EXPLANATION
Ghose explains that Anthropic runs an economic impact survey index to understand how Indian users employ its tools, and then shares data and insights contextualised to those use cases, thereby fostering trust in AI systems.
EVIDENCE
She states that Anthropic is carrying out an economic impact survey index to ensure data is made available for the way people are using it in India, and that they share this information completely contextually about user behavior [180-182].
MAJOR DISCUSSION POINT
Capacity development and trust‑building in AI deployment
Argument 6
Anthropic commits to building AI solutions across key Indian sectors such as agriculture, health and education to ensure the AI moment for India.
EXPLANATION
Ghose says the company is working with partners to make data transparently available for sectors that matter most to India, aiming to create sector‑specific AI applications that address local challenges.
EVIDENCE
She mentions collaborations with Google, Anthropic, Microsoft and others to provide data for agriculture, health and education, and that they are ensuring data is made available for those sectors to make India’s AI moment a reality [190-191].
MAJOR DISCUSSION POINT
Social and economic development through sectoral AI
D
Dr. Sasmit Patra
3 arguments176 words per minute830 words281 seconds
Argument 1
Soft‑touch regulation balances national security, public good and commercial use (Dr. Sasmit Patra)
EXPLANATION
Patra proposes a nuanced regulatory approach that is not overly restrictive but still safeguards security, public interest, and commercial innovation.
EVIDENCE
He references ongoing discussions about a “soft-touch regulation” framework that would manage data sharing without imposing a hard EU-style AI Act [288-298].
EXTERNAL EVIDENCE (KNOWLEDGE BASE)
A nuanced, soft-touch regulatory approach that avoids stifling innovation while protecting security and public interest is advocated in policy discussions on over-regulation [S32] [S33].
MAJOR DISCUSSION POINT
Geopolitical and strategic considerations
Argument 2
Data should be classified into three tiers—public‑good, national‑security‑sensitive, and commercially monetizable—to enable differentiated regulatory treatment
EXPLANATION
Patra proposes a tiered approach that treats data differently based on its societal, security, and commercial value, allowing nuanced policy responses.
EVIDENCE
He outlines “the second data is restricted and probably national security. And the third data is something that can be monetized and commercially useful” [291-293].
MAJOR DISCUSSION POINT
Tiered data categorisation for policy design
Argument 3
Parliamentary oversight committees can guide the development of soft‑touch data regulation, ensuring alignment with national priorities.
EXPLANATION
Patra highlights the role of legislative bodies, such as the Parliamentary Oversight Committee on Communications and IT, in shaping balanced, flexible regulatory frameworks rather than adopting a rigid EU‑style AI Act.
EVIDENCE
He notes his membership on the Parliamentary Oversight Committee and references ongoing discussions about a “soft-touch regulation” framework as an alternative to a hard EU AI Act [294-298].
MAJOR DISCUSSION POINT
Parliamentary oversight in shaping soft‑touch regulation
A
Audience Member 1
1 argument160 words per minute60 words22 seconds
Argument 1
Auditors and regulators themselves depend on AI; independent assurance mechanisms are required (Audience Member 1)
EXPLANATION
The audience member questions who will oversee AI‑enabled auditors and regulators, highlighting the need for independent assurance structures.
EVIDENCE
He asks directly, “who would be watching the watchers?” indicating concern over oversight of AI-dependent oversight bodies [344].
MAJOR DISCUSSION POINT
Governance, oversight and accountability of AI systems
B
BK Patnaik
7 arguments0 words per minute0 words1 seconds
Argument 1
AI benefits for farmers are limited by on‑ground constraints (BK Patnaik – audience question, reflected by Shashi Tharoor)
EXPLANATION
Patnaik points out that without basic infrastructure—such as tractors, electricity, and water—AI solutions cannot reach or benefit Indian farmers effectively.
EVIDENCE
He raises the question about AI in agriculture, and Tharoor later acknowledges that many farmers lack essential equipment and resources, questioning AI’s practical impact [346][389-390].
MAJOR DISCUSSION POINT
Practical challenges for end‑users and sectoral applications
Argument 2
AI solutions for agriculture will only be effective if basic infrastructure—such as tractors, reliable electricity, water, and internet connectivity—is provided to farmers
EXPLANATION
Patnaik questions the practical impact of AI on farming given the lack of essential equipment and services in many rural areas.
EVIDENCE
He asks about AI benefits for farmers, and Tharoor later acknowledges that “many farmers lack tractors, electricity and water” limiting AI reach [346][389-390].
MAJOR DISCUSSION POINT
Infrastructure prerequisites for AI‑driven agricultural transformation
Argument 3
AI‑driven agricultural benefits are constrained by on‑ground infrastructure deficits
EXPLANATION
Patnaik argues that without basic assets such as tractors, reliable electricity, water and internet connectivity, AI solutions cannot reach Indian farmers, limiting the practical impact of data‑driven interventions.
EVIDENCE
He asks whether AI will be successful for farmers given the lack of essential equipment, and Tharoor later acknowledges that many farmers lack tractors, electricity and water, questioning AI’s reach [346][389-390].
MAJOR DISCUSSION POINT
Practical challenges for AI adoption in agriculture
Argument 4
AI‑driven agricultural benefits are constrained by on‑ground infrastructure deficits such as lack of tractors, reliable electricity, water, and internet connectivity.
EXPLANATION
Patnaik questions whether AI can meaningfully improve farmers’ livelihoods when basic agricultural inputs and utilities are missing, suggesting that without these fundamentals, AI solutions will have limited impact.
EVIDENCE
In his audience question he asks whether AI will be successful for farmers given the absence of tractors, electricity, and water, highlighting these constraints [346]; Shashi Tharoor later acknowledges these limitations, noting many farmers lack tractors, electricity and water, which hampers AI reach [389-390].
MAJOR DISCUSSION POINT
Practical challenges for end‑users and sectoral applications
Argument 5
Effective AI adoption in agriculture requires simultaneous investment in basic rural infrastructure to ensure that digital tools can be accessed and utilized by farmers.
EXPLANATION
Patnaik implies that policy must address foundational needs—such as tractors, power, water, and connectivity—before deploying AI, emphasizing that technology alone cannot bridge the gap without supporting physical resources.
EVIDENCE
His question points to the need for tractors, electricity, water, and 24-hour power for farmers, indicating that AI’s potential is limited without such infrastructure [346]; Tharoor’s later comment reinforces this point by noting many farmers lack these essentials [389-390].
MAJOR DISCUSSION POINT
Infrastructure prerequisites for AI‑driven agricultural transformation
Argument 6
AI‑driven agricultural benefits are constrained by on‑ground infrastructure deficits such as lack of tractors, reliable electricity, water and internet connectivity.
EXPLANATION
Patnaik highlights that without basic physical assets and services, AI solutions cannot be effectively deployed to improve farmers’ livelihoods, implying that policy must address these foundational gaps before expecting AI impact.
EVIDENCE
In his audience question he asks whether AI will be successful for farmers given the absence of tractors, electricity and water [346]; Shashi Tharoor later acknowledges that many farmers lack these essentials, limiting AI reach [389-390].
MAJOR DISCUSSION POINT
Practical challenges for end‑users and sectoral applications
Argument 7
Effective AI‑driven agricultural benefits require simultaneous investment in rural infrastructure such as tractors, reliable electricity, water and broadband connectivity.
EXPLANATION
Patnaik questions whether AI can improve farmers’ livelihoods when basic physical assets are missing, implying that policy must address these foundational gaps alongside AI deployment.
EVIDENCE
He asks if AI will be successful for farmers given the lack of tractors, electricity, water and 24-hour power, highlighting these constraints [346]; Tharoor later acknowledges that many farmers lack these essentials, limiting AI’s reach [389-390].
MAJOR DISCUSSION POINT
Infrastructure prerequisites for AI adoption in agriculture
A
Audience Member 3
2 arguments232 words per minute258 words66 seconds
Argument 1
Sensitive health data (e.g., men’s mental health) cannot be fully open; progressive regulation and patient‑controlled sharing are required (Rama Vedashree)
EXPLANATION
The audience member raises concerns about the difficulty of accessing precise health data for men, prompting a response that such personally identifiable data should remain protected, with optional patient consent for research.
EVIDENCE
The question highlights the challenge, and Vedashree replies that “personally identifiable data will never be opened up” and cites the German healthcare act allowing patients to voluntarily share anonymised data for research [355-361].
MAJOR DISCUSSION POINT
Practical challenges for end‑users and sectoral applications
Argument 2
Regulatory frameworks should permit sharing of aggregated, non‑sensitive datasets for research while maintaining strict privacy safeguards
EXPLANATION
The audience member asks how the government can enable the release of non‑sensitive data for research without compromising privacy.
EVIDENCE
He asks “what is the regulatory framework that can be put into place so that this non-sensitive data can be shared for research?” [363-366].
MAJOR DISCUSSION POINT
Balancing data openness with privacy protection for research use
Agreements
Agreement Points
Similar Viewpoints
Unexpected Consensus
Differences
Different Viewpoints
Unexpected Differences
Takeaways
Key takeaways
A statutory, legally binding framework for open data is essential; voluntary approaches lead to uneven participation and investor uncertainty. Open data should be treated as public infrastructure that enhances transparency, democratic accountability, and fuels private sector ecosystems. For the AI era, data must be AI‑ready: interoperable standards, rich metadata, API‑based access, and continuous availability are required. Robust safeguards—strong anonymisation, informed consent, grievance mechanisms, and privacy protections—are mandatory to prevent tokenism and exploitation. Domestic capacity building (digital infrastructure, skills, and regulatory expertise) is critical to avoid data capitulation to foreign platforms. Reliable public data boosts investor confidence, market efficiency and can help shift India from a services‑based to a product‑based tech economy. Geopolitical reliance on foreign technology stacks (especially the US) poses strategic risks; joint regulatory approaches and soft‑touch regulation are needed. Governance and oversight must combine legal mechanisms (courts, rule of law) with ethical frameworks and independent assurance to “watch the watchers.” Sector‑specific data (health, agriculture, finance) requires tailored opening strategies, balancing accessibility with security and consent.
Resolutions and action items
Develop a comprehensive national data strategy that is federated rather than a single central repository (Rama Vedashree). Introduce clear statutory mandates for government bodies to share standardized, aggregated datasets, with tiered access models (free, paid, restricted). Adopt interoperable standards and API‑first delivery for AI‑ready data, including metadata requirements (Rama Vedashree). Implement consent‑based, revocable data sharing mechanisms and establish grievance redressal processes (Shashi Tharoor). Leverage the Model‑Context Protocol (MCP) developed by Anthropic to provide contextual Indian‑language data for AI models (Irina Ghose). Align India’s open‑data policies with international commitments such as the G20 New Delhi Leaders Declaration and the UN Global Digital Compact. Create sector‑specific data‑opening policies (e.g., health, agriculture, fintech) in coordination with relevant regulators (Rama Vedashree, Dr. Sasmit Patra). Explore a joint Indo‑US regulatory framework to mitigate strategic dependence on the US tech stack (Asha Jadeja Motwani). Strengthen domestic digital infrastructure and skill development programs to support data processing and AI capabilities.
Unresolved issues
Exact legislative design, timeline and enforcement mechanisms for the proposed statutory open‑data framework remain undefined. How to achieve large‑scale citizen trust and consent for sharing personal and sensitive data, especially in health and finance sectors. Concrete mechanisms for independent oversight of AI systems and “watching the watchers” beyond the general reference to courts and ethics. Funding models and institutional responsibilities for building and maintaining AI‑ready data platforms and capacity‑building initiatives. Strategies to ensure AI benefits reach smallholder farmers and underserved populations given infrastructure constraints (electricity, equipment). Resolution of geopolitical tensions related to dependence on US APIs and hardware, and the specifics of a joint regulatory approach. Details of how monetisation of open data will be regulated to ensure equitable return to India and its citizens.
Suggested compromises
Introduce “structured openness” with statutory teeth but maintain tiered access (free, paid, restricted) to balance openness and control. Adopt a soft‑touch regulatory model that protects national security and public interest while allowing commercial use (Dr. Sasmit Patra). Implement a federated open‑data architecture rather than a single centralized repository, allowing sectoral autonomy (Rama Vedashree). Combine voluntary incentives for data sharing with legal obligations to encourage participation without stifling innovation (dialogue between Prime Minister and Sir Humphrey). Pursue a joint Indo‑US regulatory framework that aligns standards while preserving India’s strategic autonomy (Asha Jadeja Motwani).
Thought Provoking Comments
The real constraint of the AI age is not the volume of data, but the power to process it. Abundance alone does not confer agency, and openness without capacity can entrench inequality as easily as it can enable progress.
Challenges the common mantra that “data is the new oil” and reframes the debate around compute power and capacity, shifting focus from sheer data quantity to who can actually use it.
Redirected the conversation from a purely supply‑side view of open data to a demand‑side perspective, prompting later speakers (e.g., Rama Vedashree, Irina Ghosh) to stress AI‑ready formats, standards, and capacity‑building.
Speaker: Shashi Tharoor
Open data is not just a technical tool; it is a statement of intent about how knowledge is shared, how power is distributed and how societies choose to govern the informational foundations of innovation.
Elevates open data from a bureaucratic exercise to a political and ethical issue, framing it as a matter of sovereignty and fairness.
Set the tone for the panel’s deeper exploration of data sovereignty, leading to Arun Prabhu’s call for a durable legal architecture and Asha Jadeja Motwani’s concerns about geopolitical dependencies.
Speaker: Shashi Tharoor
Open data must be tied to domestic capacity building. Data sovereignty has little meaning without adequate capacity; public data should strengthen local research institutions, startups, and digital infrastructure.
Links openness to tangible national capability, warning against a one‑way flow of raw data to foreign AI firms.
Prompted discussion on the need for AI‑ready data, APIs, and sector‑specific standards, which Rama Vedashree and Irina Ghosh later elaborated.
Speaker: Shashi Tharoor
We need open data that is AI‑ready: always available, with rich metadata, interoperable standards, and consumable via APIs—not just static CSVs or PDFs.
Identifies a concrete technical gap in India’s current open‑data ecosystem and connects it to the practical needs of modern AI development.
Shifted the dialogue from policy rhetoric to actionable technical requirements, influencing Irina Ghosh’s discussion of the Model Context Protocol (MCP) and Arun Prabhu’s call for standards.
Speaker: Rama Vedashree
Trust must be a verifiable outcome. We need contextual Indian data, a Model Context Protocol, and transparent sharing mechanisms so that AI models are built on data that reflects local languages, domains, and realities.
Introduces a concrete governance tool (MCP) and emphasizes the necessity of contextualization for trustworthy AI, moving beyond generic openness.
Provided a practical example of how private sector can contribute to the regulatory framework, reinforcing the earlier points about standards and capacity.
Speaker: Irina Ghosh
We lack four essential elements: a clear anonymisation standard, public data interchange standards, a recognised purpose for processing public data, and a legal architecture that aligns with constitutional principles. Without these, any open‑data initiative is legally vulnerable and unsustainable.
Synthesises the legal gaps into a clear checklist, highlighting why voluntary or fragmented policies have failed.
Served as a turning point that moved the conversation toward concrete legislative reforms, prompting Cyril Shroff’s analogy with capital‑market regulation and reinforcing the need for enforceable standards.
Speaker: Arun Prabhu
If you substitute the word ‘capital market’ with ‘data’, you see the same answer: trust comes from regulatory clarity, enforcement, and uniform standards. Without a enforceable legal framework, open data cannot generate investor confidence or economic growth.
Uses a familiar analogy to illustrate how data regulation mirrors successful financial market regulation, making the abstract concept of “trust” concrete.
Bridged the gap between legal theory and economic outcomes, steering the discussion toward the macro‑economic implications of open data and reinforcing the urgency for enforceable rules.
Speaker: Cyril Shroff
The political question is whether citizens are willing to share their data, even anonymised. Trust in government is the linchpin; without citizen buy‑in, any statutory mandate will flounder.
Highlights the often‑overlooked social dimension—public consent and trust—of data policy, reminding the panel that technical or legal solutions must be socially grounded.
Prompted audience questions about privacy and led to a broader debate on ethics, the role of courts, and the need for public education, influencing later remarks by Cyril Shroff and Shashi Tharoor.
Speaker: Sasmit Patra
We are built on an American stack; if we consciously choose that, we need a joint regulatory framework with the US to ensure we are not hostage to foreign APIs and that our data returns benefits to India.
Raises a geopolitical risk that ties technology dependence to sovereignty, expanding the discussion beyond domestic policy to international strategic considerations.
Shifted the conversation toward geopolitical strategy, prompting further remarks on soft‑touch regulation (Patra) and the need for diversified partnerships.
Speaker: Asha Jadeja Motwani
Who watches the watchers? In India, the answer lies in our constitution, the courts, and an emerging ethics code. The judiciary, despite its backlog, remains the ultimate guarantor of rule of law.
Directly addresses the audience’s concern about oversight of AI regulators, grounding the answer in institutional checks rather than abstract promises.
Closed the loop on governance concerns, reinforcing the earlier emphasis on legal enforceability and ethical standards, and setting the stage for Shashi Tharoor’s concluding remarks on practical implementation.
Speaker: Cyril Shroff
Even if we open 1,000 Indian health cases to the West, we must ensure that the resulting AI models are not proprietary and that the benefits flow back to Indian patients; otherwise open data becomes exploitation.
Connects the abstract debate on data sharing to a concrete equity issue, warning against a new form of extractive digital colonialism.
Re‑focused the panel on the need for benefit‑sharing clauses in any open‑data framework, influencing the final calls for “fairer digital order” and reinforcing Arun Prabhu’s legal‑architecture checklist.
Speaker: Shashi Tharoor
Overall Assessment

The discussion was driven forward by a series of pivotal insights that moved the panel from high‑level rhetoric to concrete, actionable concerns. Shashi Tharoor’s framing of data as power and the limitation of compute set the intellectual agenda, while Rama Vedashree and Irina Ghosh translated that into technical standards and trust mechanisms. Arun Prabhu’s legal checklist and Cyril Shroff’s capital‑market analogy provided a clear roadmap for enforceable regulation, and the geopolitical caution from Asha Jadeja Motwani broadened the scope to international dependencies. Throughout, the recurring theme of citizen trust—highlighted by Sasmit Patra—kept the conversation grounded in democratic legitimacy. Collectively, these comments reshaped the dialogue from abstract policy debate to a multidimensional roadmap encompassing technical standards, legal architecture, economic incentives, societal consent, and geopolitical strategy, ultimately steering the panel toward a consensus that meaningful open‑data regulation must be capacity‑building, enforceable, and equitable.

Follow-up Questions
How might we craft a regulatory framework for open data that matches our ambitions and addresses anxieties about AI?
Seeks a balanced regulation that enables innovation while protecting privacy and fairness.
Speaker: Shashi Tharoor
What were the origins, evolution, and challenges of India’s national data sharing and accessibility policy and the open government data platform?
Understanding the policy’s history is essential to identify gaps and improve future implementation.
Speaker: C. Raj Kumar (to Rama Vedashree)
Can open data sharing frameworks drive trust‑first innovation for AI developers like Anthropic, making models more secure and trustworthy in India?
Explores whether open data can enhance AI reliability and market confidence.
Speaker: C. Raj Kumar (to Irina Ghosh)
Is a clearer regulatory framework necessary to ensure consistent, effective, systemic data sharing by government bodies, and what role should it play in incentives, accountability, and initiatives?
Calls for institutional mechanisms to make government data sharing mandatory and reliable.
Speaker: C. Raj Kumar (to Cyril Shroff)
How can greater availability of reliable public data lead to stronger evidence‑based policymaking and more efficient delivery of public goods?
Links open data to improved policy design and targeted welfare outcomes.
Speaker: C. Raj Kumar (to Dr. Sasmit Patra)
Why have well‑intended policies like the India Data Accessibility and Use Policy and the National Data Governance Framework not progressed, lacking regulatory enforcement?
Seeks reasons behind policy‑implementation gaps to inform corrective action.
Speaker: C. Raj Kumar (to Rama Vedashree)
Which core principles and safeguards should shape a structured legal framework for open data sharing, including tiers of access and protection against misuse?
Aims to define the legal architecture needed for a sustainable open data ecosystem.
Speaker: C. Raj Kumar (to Arun Prabhu)
How can greater availability of reliable public data influence investor confidence, market efficiency, and long‑term economic growth?
Investigates the economic benefits of data transparency for attracting investment.
Speaker: C. Raj Kumar (to Cyril Shroff)
What geopolitical concerns arise when scaling up open data sharing in India, especially regarding opposition parties and international relations?
Highlights potential security and diplomatic risks of extensive data openness.
Speaker: C. Raj Kumar (to Dr. Sasmit Patra)
Who will monitor the regulators and auditors who themselves rely on AI (“watch the watchers”)?
Raises the need for oversight mechanisms for AI‑dependent oversight bodies.
Speaker: Audience Member 1
Will AI‑driven data interventions improve outcomes for Indian farmers, and how can success be measured?
Seeks evidence of AI impact on agriculture and metrics for evaluation.
Speaker: Audience Member 2 (to Dr. Sasmit Patra)
How can regulatory frameworks ensure precise, sensitive data (e.g., men’s mental health) is provided to appropriate parties while protecting privacy?
Calls for safeguards that allow targeted data use without compromising confidentiality.
Speaker: Audience Member 3
What regulatory mechanisms can enable sharing of non‑sensitive health data for research while safeguarding confidentiality?
Looks for practical rules to facilitate research use of health data without privacy breaches.
Speaker: Audience Member 3 (follow‑up)
What AI‑ready open data standards (metadata, APIs, interoperable protocols such as MCP) are needed to support AI systems?
Identifies technical standards required for data to be consumable by AI applications.
Speaker: Rama Vedashree
What clear anonymisation standards, public data interchange standards, and purpose definitions are required for open public data processing?
Points to legal and technical specifications essential for a sustainable data economy.
Speaker: Arun Prabhu
How can we assess the supply‑demand gap for open data and map user needs across research, startups, and sectoral regulators?
Suggests a data‑centric approach to align releases with actual stakeholder requirements.
Speaker: Rama Vedashree
How should sector‑specific data opening policies (e.g., payment systems, health) be designed, and can a federated open data strategy be implemented?
Advocates tailored, federated approaches rather than a single centralized repository.
Speaker: Rama Vedashree
What joint regulatory framework is needed with the United States (or other democracies) to manage reliance on the American tech stack and prevent risks of API pull‑outs?
Addresses geopolitical risk of dependence on foreign technology infrastructure.
Speaker: Asha Jadeja Motwani
How can we ensure that health data aggregation benefits India and does not result in proprietary AI that excludes Indian users; what models of benefit‑sharing are needed?
Seeks fair‑share mechanisms for data‑driven innovations that use Indian health data.
Speaker: Shashi Tharoor
How can the Indian judiciary be equipped with AI tools to address massive case backlogs and support the rule of law?
Highlights the need for AI integration in courts to improve legal system efficiency.
Speaker: Shashi Tharoor
What ethics code or framework is required for AI governance to address bias and other non‑legal concerns?
Calls for complementary ethical standards alongside legal regulation.
Speaker: Cyril Shroff

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