Building Trusted AI at Scale Cities Startups & Digital Sovereignty – Panel Discussion Moderator Sidharth Madaan

20 Feb 2026 13:00h - 14:00h

Building Trusted AI at Scale Cities Startups & Digital Sovereignty – Panel Discussion Moderator Sidharth Madaan

Session at a glanceSummary, keypoints, and speakers overview

Summary

The panel opened by describing a “defining moment” for work, with AI creating new productivity and jobs while also generating anxiety about disruption to white-collar work [1-3]. Deepak Bagla warned that there is no existing playbook for the coming transition and that the next five years will be the toughest period of disruption, urging preparation for possible job loss and emphasizing the need for early AI and tinkering education at schools [12-16][21-25][27-29]. He stressed that reskilling will be essential as workers must learn new tasks to stay relevant in the evolving labour market [27-29].


Radhika presented IMF-ILO research showing that only 3-6 % of jobs globally face a high likelihood of full automation, while about 20 % have some tasks automatable, creating opportunities to boost productivity [34-42]. She argued that policy must both protect the small fraction of workers displaced through social-protection measures and enable the majority to augment their work with generative AI, linking productivity gains to higher wages, demand and job creation [44-48][49-52]. Sanjeev Bikhchandani noted that, contrary to media hype, Naukri’s hiring data have not yet shown a slowdown, but he cautioned that the future remains uncertain and recommended that individuals learn three new AI platforms each quarter to remain employable [57-59][64-68]. He illustrated this with his own experience of being the only PC-literate employee in 1989, arguing that early technology adoption can protect jobs and that AI adoption will be similarly decisive [75-85].


Prashant Warier explained that in healthcare AI will primarily upskill radiologists and primary-care providers by automating image interpretation, symptom triage and test recommendation, while regulatory approval and liability concerns will keep doctors central to decision-making for the next decade [95-104][108-119]. He gave examples of AI-driven note-taking and integrated data platforms that support clinicians, suggesting AI will act as a supportive tool rather than a replacement [104-124]. The discussion then turned to education, with Deepak noting that AI is eroding the perceived value of long degree programmes and that younger, task-oriented workers may enter the labour market earlier, challenging traditional academic pathways [140-142]. Sanjeev added that elite credentials still signal ability and commitment, but many roles still require experience, leadership and interpersonal skills that cannot be replaced by AI alone [144-149].


Radhika highlighted that the conversation so far covers only about 10 % of India’s workforce, stressing that the informal, agricultural and micro-enterprise sectors-where gig and temporary work dominate-risk being left behind unless AI adoption, digital infrastructure and social protection are extended to them [161-170][172-173]. She called for updated labour regulations and platform-economy safeguards to ensure decent work for non-standard employment arrangements [174-178]. In rapid-fire closing remarks, the panelists agreed that success by 2030 would mean coordinated action among government, academia and industry, inclusive AI-driven productivity gains, and a net increase in jobs, especially for the informal sector [175][176][177][178]. The discussion concluded that while AI will reshape work, its impact can be managed through reskilling, policy innovation and broad-based inclusion, positioning India to reap the “delta multiplier” of AI [175][178].


Keypoints

Major discussion points


Uncertainty about the pace and shape of AI-driven disruption – Bagla stresses that there is “no playbook” and that the next five years will be “the toughest times of disruption,” with no clear view beyond ten years [12-16][27-29].


Automation will affect jobs unevenly; only a small share faces full displacement – Radhika cites ILO research showing only 3-4 % of jobs globally (≈6 % in high-income countries) have a high likelihood of total automation, while about 20 % will see some tasks automated, creating opportunities to boost productivity [34-42][44-49][52-53].


Proactive upskilling and continuous AI literacy are essential for employability – Sanjeev advises learning three new AI platforms each quarter (≈12 per year) as a practical way to stay relevant, drawing parallels with the early PC era where early adopters secured jobs [65-68][81-85].


Sector-specific implications: healthcare as an illustrative case – Prashant explains that AI will mainly augment doctors (e.g., radiology interpretation, note-taking, decision support) rather than replace them, but regulatory clearance and liability issues will shape adoption [95-104][108-119][120-124].


The informal/gig economy and broader labour policy need inclusive AI strategies – Radhika highlights that most Indian workers are in agriculture or micro-SMEs, where AI adoption is limited; she calls for updated labour regulations, social protection, digital infrastructure, and financing to ensure these workers are not left behind [161-170][172-176][178].


Overall purpose / goal of the discussion


The panel convened to assess how generative AI will reshape the future of work in India and globally, to surface the uncertainties and potential disruptions, and to identify concrete actions-ranging from reskilling and education reforms to sector-specific adoption and policy redesign-that can harness AI’s productivity gains while protecting vulnerable workers.


Overall tone and its evolution


– The conversation opens with a cautious, anxiety-laden tone, acknowledging “growing anxiety” about disruption [3][4].


– It quickly shifts to a analytical, evidence-based tone, with Radhika presenting data on automation exposure and policy needs [34-42].


– Mid-discussion the tone becomes pragmatic and solution-oriented, as Sanjeev offers concrete upskilling advice and historical analogies [65-68][81-85].


– When addressing healthcare, the tone is optimistic yet realistic, emphasizing AI as a supportive tool while noting regulatory constraints [95-104][108-119].


– The final segment adopts an inclusive, forward-looking tone, stressing the need to bring informal workers into the AI transition and calling for coordinated action among government, academia, and industry [161-176][178].


Overall, the discussion moves from concern to constructive optimism, ending with a shared vision of an inclusive, AI-enabled future of work.


Speakers

Deepak Bagla


– Area of Expertise: Artificial Intelligence, Innovation, Education


– Role: Mission Director, Atal Innovation Mission (AIM)


– Title: Mission Director, Atal Innovation Mission [S4][S5]


Radhika


– Area of Expertise: Labor Economics, AI Impact Research


– Role: Researcher


– Title: Affiliated with Podar International School (as per external source) [S2][S3]


Prashant Warier


– Area of Expertise: AI Policy & Governance (inferred from panel participation)


– Role: Panelist / Expert (no specific title provided)


Speaker 1


– Area of Expertise: Event Moderation / Facilitation (inferred)


– Role: Moderator / Host of the panel discussion


– Title: Event Moderator (no specific organizational title) [S6][S7][S8]


Sanjeev Bikhchandani


– Area of Expertise: Employment Platforms, Digital Recruitment, AI in HR


– Role: Founder, InfoEdge; Operator of Naukri.com


– Title: Founder & Chairman, InfoEdge Ltd.; Founder of Naukri.com [S9]


Additional speakers:


Dipali – Mentioned as a team member working with Deepak Bagla on AI and tinkering initiatives (no further details).


Jiv – Referenced briefly by Speaker 1 (“jiv this will allow me…”); no role or title identified.


Nadeka – Addressed by Speaker 1 regarding gig workers and labor laws; no role or title identified.


Unnamed Ivy League Professor – Cited by Deepak Bagla in discussion; no name or title provided.


Other panel participants (e.g., audience members) – No specific identities given.


Full session reportComprehensive analysis and detailed insights

The discussion opened by framing the present as a “defining moment” for work, in which artificial intelligence (AI) is unlocking new productivity and creating fresh job opportunities while simultaneously fuelling anxiety about disruption to white-collar occupations [1-3]. The moderator invited Mr Deepak Bagla to outline how businesses and policymakers should navigate this transition [4-5].


Bagla said that no established playbook exists for the coming AI-driven change. He recalled that, in 1986, banking trainees were told the teller job would be “stable and safe” [7-9], yet digitisation soon rendered tellers the first casualties [10-12]. He argued that the next five years will be “the toughest times of disruption” and that workers must prepare psychologically for possible job loss, followed by a decade of reskilling [15-18][27-29]. To mitigate the shock, Bagla highlighted a pilot effort at the “Aatil Tinkering Lab” (as transcribed as ‘Lag’) that introduces AI and hands-on tinkering at school level, aiming to produce task-oriented graduates who can adapt to new job profiles [20-25].


Radhika noted that, citing an ILO study and referencing IMF research, only 3-4 % of occupations worldwide have a high probability of full automation, rising to about 6 % in high-income economies [37-41]. Around 20 % of jobs will see some tasks automated, opening space for productivity gains [42-43]. She argued that policy must address two fronts: (i) a small cohort of workers who will be displaced, requiring industrial, macro-economic, trade, labour and social-protection measures [44-48]; and (ii) the majority whose roles will be partially automated, who need support to augment productivity with generative AI, thereby raising wages, demand and overall job creation [49-52].


Sanjeev argued that, despite widespread media hype, Naukri’s hiring data show no current slowdown, suggesting that AI is still in a productivity-enhancing phase rather than a job-destruction phase [57-59]. He drew a parallel with the 1980s computer rollout in Indian banks, which increased efficiency without massive layoffs [64-70]. From this history he distilled a concrete recommendation: individuals should master three new AI platforms each quarter-twelve per year-to remain employable [65-68][81-85]. His personal anecdote of being the sole PC-literate employee in 1989 illustrates how early technology adoption can safeguard careers [75-80].


Prashant explained that AI will primarily upskill radiologists and primary-care providers by automating image interpretation, symptom triage, test recommendation and note-taking, while regulatory clearance (e.g., FDA or CDSCO) and liability concerns will keep doctors central to decision-making for at least the next five to ten years [95-104][108-119]. AI-driven tools that aggregate electronic medical records, imaging and pathology data into a single decision-support platform exemplify how technology can augment, rather than replace, clinicians [120-124].


Bagla warned that AI is already eroding the perceived value of long degree programmes, noting that master’s students question high tuition fees because AI can supply answers, and that task-oriented work may be performed by teenagers [138-144]. He also noted that the number of people who will move into task-creation and task-execution roles is still un-quantified, highlighting a gap in current labour-market forecasting [138-144]. Sanjeev counter-pointed that elite credentials (e.g., IIT degrees) still serve as a strong filter for hiring, reflecting commitment and analytical ability, yet he acknowledged that real competence also depends on experience, leadership and interpersonal skills [144-154].


Radhika prefaced her analysis by noting that the discussion is taking place at a global-south summit on the future of work [165-167] and broadened the scope to the informal and gig economy, reminding that roughly 45 % of India’s workforce remains in agriculture and 55 % are self-employed, with 95 % of enterprises employing fewer than ten workers [165-167]. For this segment, the risk is not massive automation but exclusion from AI-driven productivity gains due to limited digital infrastructure, financing and skill development [169-173]. She called for updated labour regulations to cover platform work, expanded social-protection schemes, and targeted investments in broadband and AI adoption for micro-SMEs and farms [174-178].


When asked which part of the AI stack needs the most attention, Bagla pointed to the application layer, arguing that small innovators can deliver rapid, high-impact solutions [130-133]. In the rapid-fire round, Bagla emphasised that success will require coordinated effort among government, academia, industry and society, and that the AI “delta multiplier” could deliver especially large benefits to India, provided all stakeholders align [175].


Across the panel, three points of consensus emerged: (i) continuous upskilling/reskilling is indispensable; (ii) AI is expected to augment productivity rather than cause wholesale job loss; and (iii) comprehensive policy-including industrial, macro-economic, trade, labour and social-protection measures-is required to ensure an inclusive transition, particularly for informal workers [16-29][44-48][161-176].


Disagreements followed each consensus point. On the impact of automation, Bagla warned of severe near-term disruption, whereas Radhika’s data suggested only a modest share of jobs face full automation [37-41]; Sanjeev reported no observable hiring slowdown [57-58]. On education, Bagla advocated early AI-centric schooling that could diminish the relevance of traditional degrees, while Sanjeev maintained that elite credentials remain a valuable hiring filter [138-144][144-154]. On policy focus, Bagla promoted a market-driven emphasis on the AI application layer, whereas Radhika argued for a broader policy package to absorb displaced workers [130-133][44-48].


Key take-aways


1. The next five-to-ten years will be the most disruptive period, demanding psychological readiness and reskilling [15-18][27-29].


2. Only a small fraction (3-6 %) of occupations are fully automatable, while about 20 % will experience partial automation that can boost productivity [37-41].


3. Historical technology waves (e.g., computers) increased efficiency without massive layoffs, suggesting a similar trajectory for AI [64-70].


4. Education must shift toward early AI exposure and continuous skill acquisition, with a practical target of mastering three AI platforms each quarter [65-68][81-85].


5. Policy responses must be multi-dimensional-covering industrial strategy, macro-economics, trade, labour-law reform and social protection-to support displaced workers and enable productivity gains [44-48].


6. In healthcare, AI will act as a decision-support and efficiency tool, constrained by regulation and liability [95-104][108-119].


7. The informal sector, which employs the majority of India’s labour force, requires digital infrastructure, financing and tailored skilling programmes [169-173].


8. Prioritising the AI application layer can accelerate deployment by small innovators, while still recognising the need for broader systemic support [130-133].


In the rapid-fire closing round, each panelist offered a concise vision of success for 2030. Bagla highlighted the necessity of joint action among government, society, academia and industry, and the AI “delta multiplier” for India [175]; Prashant envisaged global GDP growth of 10 % or more by 2030 driven by AI [176]; Sanjeev defined success as a net increase in jobs-more jobs created than lost [177]; and Radhika called for an inclusive AI transition that delivers better, more productive jobs across formal, agricultural and MSME sectors without abandoning the informal economy [178].


Thus, while AI presents both disruption and opportunity, the panel agreed that proactive reskilling, inclusive policy design and focused application-layer innovation will determine whether India’s defining moment translates into shared prosperity by 2030.


Session transcriptComplete transcript of the session
Speaker 1

Thank you. We’re at a very defining moment in the history of work. On one end, we’re seeing new possibilities, new productivity unlocks, new jobs being created. And on the other, there’s a lot of growing anxiety around what would it mean and the kind of disruption it will bring to work, especially the knowledge work, the white collar jobs, as they say. Let me start with Mr. Bagla. How should businesses and policymakers think about this transition?

Deepak Bagla

It’s very interesting. First, I don’t think any of us have any answers. We will try. The fundamental point, you know, and I remember when I joined banking and I take you back to 1986, we went for training and the first thing we were told that the only job which will never change. And is stable and safe in the banking world is that of the teller. You have to go get your. The first job to go when digitization happened was the teller. Because you started taking it out of the machine. Now the challenge which remains for all of us is that we are entering into an era where there’s no playbook. What is it which it is going to move into?

So we’ve got to put it into time spans if I look at it. What is going to happen in the next 5 years, 10 years and then after that no one knows. I think next 5 years is going to be one of the toughest times of disruption. How many of you have ever been laid off? Excellent. You’re the only one ready for the next 10 years. That is the most important thing going forward. And I think one of the things which we are trying to do at the Aatil Tinkering Lag, because I have a team here, Dipali is here and with her she is the one who is putting it. At the school level. we are trying to bring AI and tinkering.

The idea of innovation that you… And what I’ve also started seeing as a trend from there that many of them may not be looking at going to a very formal education system, but getting into a job profile there and then. And it’s more task -oriented. So I’ll start off with this, and I know we’ll go on with the questions. But let me end here. But as I see it, I think that disruption in the next five years and 10 -year period will be a lot for all of us to learn psychologically on how can we be without a job when we are asked. That’s the first most important point. And then tend to see what is it which we can pick up to take on next, because that’s where we all talk about will be that reskilling piece coming in.

Speaker 1

Radhika, you have done the research recently on this. Let me ask the same question to you. But let me add, are we overestimating near -term job loss? Are we overestimating the long -term transformation which it’s bringing?

Radhika

somewhat yes first let’s let me also somewhat endorse what Mr. Bagla said I think that this is there’s immense uncertainty and we really do need to have more granular and more nuanced understanding of what this transition actually entails because you know different segments of the population different segments of the workforce are going to be impacted differentially by this transition now there is this narrative of this doomsday prediction and we’re all going to lose our jobs and we’ve got to be psychologically prepared for losing our jobs I think yes it is indeed the case that most of our jobs are going to be exposed to automation and to gen AI but it doesn’t mean that our jobs are going to be destroyed or that they’re going to be completely dispased because if you go and look at the academic literature and a lot of the research the IMF that the managing director was spoke in the session before at the ILO we know that an occupation essentially entails many different tasks it’s a bundle of tasks now there are some tasks in those occupations which are going to get automated.

And there are others which are not going to be done, not going to be. Now, last year, the ILO, late last year, the ILO actually put out a study where they looked at all the different occupations and they did a gradation of the extent to which they were exposed to automation. Now, if you look at the share of jobs where almost all the tasks had a high likelihood of automation and therefore were likely to be displaced, that number was actually somewhere between 3 % or 4%. And that’s a global average. If you actually break it down and look at it in countries with low income, middle income, it was even lower. In high income countries, that was close to 6%.

But the share of jobs where some tasks were going to be automated, but that also meant that there was more scope for freeing up time to bring in new tasks, enhance their productivity, was actually quite high. That was about 20 % of the jobs. So what I’m saying is that in order to manage this transition, there are two things we’re going to have to do. One, of course, it is indeed the case that a small proportion of people will lose their jobs and they will be displaced. We need to think about how they are going to be absorbed in other sectors. And that, to my mind, is going to require more than skilling and reskilling. It’s also going to require thinking more carefully about industrial policy, about macroeconomic policy, trade policies, labor market policies, in particular, social protection.

But for those who are actually in the middle, where some tasks will be automated and others will not, we need to think carefully about how those occupations can actually augment their productivity, how they can engage more meaningfully with Gen AI and enhance their productivity. Because remember, all of this then also has an implication that enhanced productivity, which has an implication in wages and prices. All of that also boosts demand in the economy, which then drives more job creation and investment. And that virtuous cycle of growth, investment, job creation. So I would say that, you know. So, yes, support those who are, you need policies to support those who will be displaced, but at the same time, augment productivity in the other jobs, which are somewhere in the middle, and there is some buffer against automation.

Speaker 1

Sanjeev, with Naukri, you have a front seat to what’s happening in this space. Like, are you seeing structural shifts?

Sanjeev Bikhchandani

You know, there’s a lot of feedback we get from media, from social media, from panelists. But you know what, as of now, Naukri growth has not been impacted. So on the ground, we are not seeing a reduction in hiring. But at the same time, we are careful and cautious and say, what will happen now? Answer, I don’t know. Right. And the truth is, nobody knows. And anybody who is telling you he knows is… is wrong. They don’t know. So because there’s so much happening, and it’s so chaotic, that you can’t really figure out, right, what is going to happen. Right. But I’ll go back in history a bit. 1982 I was in college Deepak was in college we were in college together actually in Delhi University and these two new companies were set up Aptek and NIIT saying we are going to teach you how to use a personal computer nobody cared a few cared but it was not mainstream it was not ok so most people didn’t care by 1985 you know it had become somewhat a requirement that if you go and learn how to use a computer maybe your prospects of getting a job go up or if you got a job maybe you will become more productive at your job in 1985 to the Rajiv Gandhi government the government said we are going to introduce computers in banks at that time banks mostly public sector banks the All India Bank Employees Association which is one of the most powerful trade unions in the country then went ballistic so you got to lose jobs you are going to lose jobs government said never mind we are putting them in anyway so computers came into banks they weren’t used for a while then they began to get used and guess what nobody lost jobs people got more productive people got MIS that they weren’t getting earlier they served their customers better nobody lost jobs so new technology increased productivity did not cause job losses now I am not saying that is exactly what will happen this time but you know maybe now will some jobs or tasks be get automated possibly so but will others come up almost certainly yes so what I tell individuals never mind policy guys and governments and you know multilaterals what I an organization what an individual is look you don’t bother about will jobs be lost will my job be lost will I lose my job and will I get a new job will I get a new job Then my answer is simple.

Learn how to use three AI platforms every quarter. By the end of one year, you know 12 AI platforms. Believe me, you will be employable. I’ll give you an illustration of this. I finished business school in 1989. By then, I had finished college. I had done three years of work in an ad agency and had done business school. That’s very important year. Why is it an important year? Because the classes of 1988 and 1989 were the first two batches to have graduated from the IIMs who had actually used PCs at the IIMs because the PCs came into the IIMs in 1987. So I walked into my job as PC literate. There were two PCs in the marketing department at the company where I was working.

All the other people were senior, very highly qualified. IITs were senior. But I was the only guy who was PC literate. Believe me, if they were sacking then, I would have been the only guy who was PC literate. in that department, I would have been the last to go. I knew how to use that technology. So if AI is coming, it has come. It is inexorable. It is relentless. It will come. It has come. Learn how to use it. So if you don’t do AI, AI will be done to you.

Speaker 1

Very insightful. I think if you optimize local optima, we are somewhere going to find the global balance. Prashant, with that, let me Radhika referred to, you know, job is a bundle of tasks. Tasks will get disrupted. But the role might shift for all of us. Let’s make it real. You are closer to the medical community. How does the role of a doctor or a nurse change going forward? Can we envision an AI doctor in the future? What would the job look like?

Prashant Warier

I think healthcare is slightly different from a lot of other industries. I think it is highly regulated, number one. So I think about three things from a healthcare perspective. From a futuristic perspective as well. One is that we have to be able to able to make sure that we are able to able to the capacity is limited especially if you’re talking about the global south right india has i mean we operate in the radiology ai space we automatically interpret radiology images with ai and if you look at india india has got one radiologist for every hundred thousand people which is about and us has one radiologist for 10 000 people kenya if you look at kenya has the same number of radiologists as marginal hospital so um and and many african countries have like one or two radiologists very very small number right and so there is not enough capacity to meet that demand so when you look at job loss per se i mean there is not enough capacity to meet the demand that is there for health care so in many ways i mean you’re not going to lose jobs it is going to upskill people health care workers and doctors who are on the ground supporting patients so that’s that’s one is about upskilling uh people right and supporting uh making health care workers able to uh support patients maybe there is an ai doctor that can do primary care i mean primary care is something that can be significantly automated i mean you’re looking at three things that you’re doing in primary care one is to understand patient symptoms so ai can prompt the patient can understand what symptoms they might have Second is to recommend tests, which again, AI can identify the right tests and recommend what testing should do.

And third is around diagnosis and treatment, right? Again, which AI can potentially do or even sort of triaging to the specialist. So these are things which AI can do. So I think in general, AI is going to upscale doctors and healthcare workers to do better and meet more patients and save time, right? One of the things that we are seeing across the world is you are using AI agents to scribe and take notes of the doctor -patient conversations, which is a task which, I mean, if a doctor is meeting 40, 50 patients a day, and after every one of those conversations, they have to write down, take notes from that conversation, AI can do that automatically. We use that, we use note takers in our meetings.

Why can’t you use note takers in a doctor -patient conversation? So we are seeing that, I mean, upscaling sort of one area. Second area, I think, which is going to, at least from a healthcare perspective, I see is a tough one is around regulation, right? Everything that… AI does today in… healthcare across the world. In the US, it’s FDA cleared. You have to get FDA cleared to be able to actually provide a clinical decision support to a doctor. So that is not going away right now. And that FDA equivalent, India, CDSCO, every country has its own regulatory body. So you have to figure out how to cross that barrier. That hurdle is still there. And that is not something that is going away right now.

And that brings me to the third point, which is that today, I mean, if a doctor is taking a decision on a patient saying that this patient has tuberculosis, for example, or lung cancer, or any of those, right, they are taking liability for that decision. And till AI is going to be able to take that liability, that is going to be a decision that doctors will make. And so what I see today, and for the next at least five to 10 years, is that AI is going to be supporting doctors in making better decisions. It is helping, it is providing all the data in the right format. For example, what we do is we are able to bring in the right data, and we are able to bring in the right data.

And so that is going to be bring data from electronic medical records, PAX, basically imaging data of the patient, pathology data of the patient, bring all of that together into one place for the doctors to help. diagnose better. So you’re providing that support to the doctor in making a clinical decision and also providing treatment planning, sort of automated treatment planning of treatment plans, which they can use to then provide the treatment plan for that patient. So it is a supportive tool and I see that for the next several years, AI is going to be upskilling doctors in providing better care and providing more care to patients, especially in the global

Speaker 1

If, you know, multiple areas or multiple playgrounds where action is happening, like there’s startups, there’s infra, there is energy, you know, yesterday our Honourable Minister spoke about the five layers of AI. Where do you see most amount of action needed? Like if you had to pick one area to double down on, what does India need?

Deepak Bagla

Within the AI stack or generally?

Speaker 1

Within the AI stack.

Deepak Bagla

I think on the application side is where we will have… a very interesting play on actually the small ones and actually getting them executed. That’s where we’ve had some strength in any case. But let me just step back a minute beyond this question, if I may, with your permission. You know, one very interesting thing. Yesterday, the plenary, I was sitting right there and next to me was a professor from an Ivy League. Let me not just say it, but one of the top five Ivy Leagues. And I was asking the professor, when are you going to go back and start teaching? Because he was taking a break to do it. He told me a very interesting thing.

One of the big things which is happening in this university is that the master’s students are feeling that they don’t longer need to pay that big tuition fees because they are no longer getting challenged. Because AI is giving them all the answers. Now see the repercussion of that. When we say that we have a million people coming into the job market every year, every month in India. that is because we go through a bachelor’s and a master’s and then they’re coming in so let’s say like sanjeev and i started 22 23 24 one of the most interesting elements which was pointed out was that maybe that age barrier no longer remains you may have somebody who’s 13 year old and ready to do a job in a task and that is another trend which might just picked up because the moment you’re going to see a complete change in the educational system think of two industries which have so far withstood or been having a pushback on the huge change which can come to them the financial industry is one and the education industry but now they’re being challenged on it in a big way you’re four years master of two years master’s four years bachelor’s maybe nobody needs to do it but they’re being challenged on it in a big way you’re four years master of two years master’s so see the number of people which will get into the task creation and the task doing force that is another element which we’ve not yet been able to quantify

Speaker 1

very insightful answer jiv this will allow me to go back to the first question i asked you are you seeing a structural shift like for example are people now instead of asking degree pedigree asking for more afluency basic skills instead of

Sanjeev Bikhchandani

oh i people talk about it i’m not sure how many people actually do it right at the end of the day if you’ve got a credential it matters see uh what does an iit degree mean at what level it means you’ve learned something another level it means boss you were you you have demonstrated commitment to a prepare to get it so you you are able to work hard you know some level of physics chemistry maths that’s how you cleared the entrance exam right and you were at the top of the academic heap and that’s how you got into the place in the first place So when we go to IIT to recruit, we don’t hire for the specific knowledge they got at IIT.

We hire for the fact that it’s a fantastic filter on several accounts, right? Also, right? And to some extent, you know, a 13 -year -old, you know, ready for work. Look, business is about people. Business is about people and managing people and working with people and selling to people and, you know, running teams, being a good team player, being a good leader. So that comes with at least some years of experience, some years of, you know, maturity, right? So can I be a forex trader in front of a computer at 16? If I’m technically good enough, answer is yes. But can I be a forex trader in front of a computer at 16? Can I lead a team of salespeople out in the field?

who are calling on clients who are 20 years older than me, I don’t know. Maybe you can, maybe you can’t. So, you know, some stuff, I mean, people are still people.

Speaker 1

Nadeka, what does it mean for the gig workers and the temp workforce? And, you know, the labor laws were written long back. What would it mean as we move ahead? How should we even think of the labor laws or the role that the temporary labor brings in? Like, we are done with the age of working in the same organization for 30 years, as I just mentioned.

Radhika

So you’re talking about temp workers and gig workers. And before I answer that more directly, I just want to reflect on the comments that have been made by the other panelists. You know, the conversation that we’re having here on displacement and productivity enhancement, including the comments that I made earlier, we’re really talking only about 10 % of India’s workforce at this point. The conversation on AI is right now, you know, today we are having this summit in the global south. And the Global South still, vast proportion of the workforce is in the informal sector. For India, 45 % of its workforce is still in the agricultural sector. 55 % of the people are self -employed. 95 % of employment is in enterprises with less than 10 workers.

So, you know, that part of the conversation, we are completely missing out in the future of work. And I think we need to bring that in here as well, because a lot of the gig work and the casual work that you’re referring to is essentially what we see in the informal sector. And for that sector, the risk is not excessive automation. They might completely miss the bus and not realize any of these gains or productivity gains from AI. So we also need to think more carefully about how all of this can enhance productivity in the agricultural sector. How there could be greater AI adoption amongst micro and small. All enterprises, which are basically the engines of job creation in India.

and that’s again going to require a lot more than skilling and credentials but also they’re going to need a lot of financial support for adopting AI they are going to need digital infrastructure access to broadband so on and so forth and now going back to your question on the changes in the world of work and labor regulations indeed there is no denying the fact that labor regulations have not kept pace with the changes in the employer -employee relationships we now live in a world of work where there is a proliferation of non -standard employer employment arrangements the platform economy is a manifestation of that as well and certainly there’s a need to update that at the ILO for example there is a conversation for two years which is happening on what are the kinds of conventions and recommendations that are required to bring decent work into the platform economy and of course India is leading in that conversation with the code and social security which seeks to provide social protection even to platform workers so that’s a very forward looking ambition.

Speaker 1

Yes well we’re at time but I’ll just say that I think it’s a very important point that I think it’s a very important point to just end with one last question rapid fire one word maximum five second answer a lot of still unknowns what does success look like in 2030 what would you be proud of we’ll go in a row

Deepak Bagla

most critical point when everyone works together the government the society the people the academia i think that joining the dots is absolutely core to seeing any element of success for anyone and last point i think the biggest benefit of the delta multiplier of ai is india or will be india

Prashant Warier

krishan i think success for ai is the world’s gdp growing at 10 or more by 2030

Sanjeev Bikhchandani

i think uh if there is net job increase which means the jobs lost if any are less than the jobs created i think that is success

Radhika

i think an inclusive ai transition where we have better jobs, more productive jobs, and where the agricultural sector and the MSME sector have benefited from this transition and we don’t leave the informal sector behind.

Speaker 1

With that, we’ll wrap this panel discussion. Thank you so much for the insightful comments.

Related ResourcesKnowledge base sources related to the discussion topics (37)
Factual NotesClaims verified against the Diplo knowledge base (5)
Confirmedhigh

“The discussion opened by framing the present as a “defining moment” for work, in which artificial intelligence (AI) is unlocking new productivity and creating fresh job opportunities while simultaneously fuelling anxiety about disruption to white‑collar occupations.”

The moderator’s opening remarks describe a defining moment with new productivity, new jobs, and growing anxiety about disruption to work, matching the report’s description [S1].

Additional Contextmedium

“The moderator invited Mr Deepak Bagla to outline how businesses and policymakers should navigate this transition.”

Deepak Bagla is identified as a Mission Director of the Atal Innovation Mission, confirming his relevance to the discussion on AI and work [S4].

Confirmedmedium

“Bagla recalled that, in 1986, banking trainees were told the teller job would be “stable and safe”, yet digitisation soon rendered tellers the first casualties.”

Bagla’s recollection of a 1986 banking training that emphasized teller jobs as “stable and safe” aligns with the transcript excerpt where he mentions the same anecdote [S95].

Additional Contextmedium

“Bagla highlighted a pilot effort at the “Aatil Tinkering Lab” (as transcribed as ‘Lag’) that introduces AI and hands‑on tinkering at school level.”

The Atal Innovation Mission runs a large network of Atal Tinkering Labs (about 10,000 labs) that provide hands-on technology experiences to students, supporting the claim about a pilot AI-tinkering effort [S5].

Confirmedhigh

“Radhika cited an ILO study indicating that only 3‑4 % of occupations worldwide have a high probability of full automation, rising to about 6 % in high‑income economies.”

ILO research reports that roughly 3.3 % of global employment is at risk of full automation, with higher shares in high-income countries, which corroborates the 3-4 % and 6 % figures quoted [S97] and [S15].

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Building Trusted AI at Scale Cities Startups & Digital Sovereignty – Panel Discussion Moderator Sidharth Madaan — – Radhicka Kapoor- Prashant Warier – Sanjeev Bikhchandani- Prashant Warier
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WS #53 Promoting Children’s Rights and Inclusion in the Digital Age — – Radhika Gupta: Podar International School Radhika Gupta: All right. Thank you. I like the way you situated in this…
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Building Trusted AI at Scale Cities Startups & Digital Sovereignty – Panel Discussion Moderator Sidharth Madaan — Radhicka Kapoor provided a crucial counterbalance to doomsday predictions by introducing concrete research data from int…
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AI Innovation in India — -Deepak Bagla- Role: Mission Director; Title: Atal Innovation Mission The celebration of the Atal Innovation Mission’s …
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Building Trusted AI at Scale Cities Startups & Digital Sovereignty – Keynote Vijay Shekar Sharma Paytm — -Speaker 1: Role/Title: Not mentioned, Area of expertise: Not mentioned (appears to be an event host or moderator introd…
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Powering AI _ Global Leaders Session _ AI Impact Summit India Part 2 — India’s technical advantages are substantial. The country’s solar and wind patterns are naturally complementary, providi…
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The future of work: preparing for automation and the gig economy — PricewaterhouseCoopers’ latest studyforesees three waves of automation in the next 20 years: Throughout all three waves…
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Bridging the Digital Skills Gap: Strategies for Reskilling and Upskilling in a Changing World — Strong consensus exists around the need for inclusive, multi-stakeholder approaches to digital skills development, with …
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Bridging the Digital Divide for Transition to a Greener Economy — The analysis also underscores the importance of inclusive and innovative funding mechanisms for small and medium-sized e…
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AI for Social Empowerment_ Driving Change and Inclusion — Urgent need for comprehensive policy responses including competition policy, tax policy, labor law reforms, and universa…
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[Briefing #50] Internet governance in November 2018 — 3.Gig economy is in focus again, explained Ms Marilia Maciel, digital policy senior researcher at DiploFoundation. The g…
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Strengthening Worker Autonomy in the Modern Workplace | IGF 2023 WS #494 — Furthermore, a nationwide strike organized by the Indian Federation of App Transport Workers in 2020 demonstrates worker…
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Building Inclusive Societies with AI — Aditya Natraj provided crucial perspective on India’s bottom quartile, pointing out that over 200 million people remain …
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Big Tech boosts India’s AI ambitions amid concerns over talent flight and limited infrastructure — Majorannouncementsfrom Microsoft ($17.5bn) and Amazon (over $35bn by 2030) have placed India at the centre of global AI …
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eTrade for all leadership roundtable: Unlocking digital trade for inclusive development — An ILO study in 2023 showed an opportunity to augment work through AI, linked to skilling. The impact of automation is e…
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Manufacturing’s Moonshots Are Landing . . . Are You Ready for the Next Wave? — The skill requirements are changing rapidly, making continuous learning and upskilling essential.
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Shaping the Future AI Strategies for Jobs and Economic Development — Continuous learning and upskilling will be essential for workforce adaptation to rapid technological change across all s…
S26
WS #288 An AI Policy Research Roadmap for Evidence-Based AI Policy — Sector-Specific Applications and Challenges The greatest innovations in healthcare and global health have been based on…
S27
WS #53 Leveraging the Internet in Environment and Health Resilience — Artificial intelligence and other technologies should be designed to support rather than replace human healthcare provid…
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Shaping the Future AI Strategies for Jobs and Economic Development — -Workforce Transformation and Job Impact: A central theme throughout both panels was whether AI will replace or enhance …
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World in Numbers: Jobs and Tasks / DAVOS 2025 — – Both speakers emphasized the importance of continuous learning and adaptation to technological changes. Both speakers…
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AI: The Great Equaliser? — Ultimately, while AI has the potential to act as an equaliser, the analysis also recognises the caveats and conditions t…
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Leveraging the UN system to advance global AI Governance efforts — Gilbert Houngbo from the International Labour Organization (ILO) discussed the impact of AI on jobs, acknowledging both …
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The impact of AI on jobs and workforce — The ILO’s webinar was triggered by the recent impact of ChatGPT on our society and jobs. OpenAI’s ChatGPT, in particular…
S33
The Impact of Digitalisation and AI on Employment Quality – Challenges and Opportunities — The integration of theoretical knowledge with practical skills is crucial in meeting the needs of employers. At the hear…
S34
AI adoption reshapes UK scale-up hiring policy framework — AI adoption is prompting UK scale-ups torecalibrateworkforce policies. Survey data indicates that 33% of founders antici…
S35
AI impact on employment still limited — A newstudyby Yale’s Budget Lab suggests AI has yet to cause major disruption in the US labour market. Researchers found …
S36
AI as a companion in our most human moments — The goal isn’t to replace human connection, empathy, or professional care. It’s to recognise that AI can play a valuable…
S37
Turbocharging Digital Transformation in Emerging Markets: Unleashing the Power of AI in Agritech (ITC) — Moreover, while AI and new technologies have significant potential in agriculture, it is crucial to understand that they…
S38
Enhancing rather than replacing humanity with AI — Successful applications preserve human agency. People choose when and how to use AI assistance based on their needs and …
S39
Open Forum #64 Local AI Policy Pathways for Sustainable Digital Economies — Economic | Development Four-channel framework showing automation vs. complementation paths, with emphasis on right-hand…
S40
Comprehensive Report: Preventing Jobless Growth in the Age of AI — Economic | Future of work Historical Context and Future of Technological Unemployment Historical evidence shows that t…
S41
Who Benefits from Augmentation? / DAVOS 2025 — Kumar argues that AI can lead to increased productivity and the creation of new job opportunities. He suggests that this…
S42
From Technical Safety to Societal Impact Rethinking AI Governanc — Historical patterns demonstrate that technology does not automatically benefit everyone without deliberate intervention …
S43
Comprehensive Discussion Report: The Future of Artificial General Intelligence — Beddoes references the historical economic argument against the ‘lump of labor fallacy,’ suggesting that technological a…
S44
AI for Social Empowerment_ Driving Change and Inclusion — Focus on enhancing job quality and productivity rather than just preventing job losses
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Building Trusted AI at Scale Cities Startups & Digital Sovereignty – Panel Discussion Moderator Sidharth Madaan — Radhicka Kapoor provided a more nuanced perspective, citing research showing that while most jobs will be exposed to AI …
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Building Trustworthy AI Foundations and Practical Pathways — “But similarly now, econ of maybe writing novels is gone.”[20]. “The movie industry is worried.”[21]. “That entire econo…
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The mismatch between public fear of AI and its measured impact — Artificial intelligencehas become one of the loudest topics in public discourse. Headlines speak of mass job displacemen…
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Why science metters in global AI governance — She points out that predictions of massive job displacement require policies such as universal basic income, reskilling …
S49
Flexibility 2.0 / Davos 2025 — A significant portion of the discussion focused on the challenges faced by gig workers and the need for new forms of soc…
S50
DigiSov: Regulation, Protectionism, and Fragmentation | IGF 2023 WS #345 — Another point of concern raised in the analysis is the potential risk associated with policy development on the applicat…
S51
Keynote-Bejul Somaia — “The primary opportunity area here is in the application layer.”[25]. “And this requires building applications that unde…
S52
How AI Drives Innovation and Economic Growth — And I would like to, you know, separate advanced economies from emerging or developing economies. So when it comes to ad…
S53
Building Trusted AI at Scale Cities Startups & Digital Sovereignty – Panel Discussion Moderator Sidharth Madaan — This panel discussion examined the transformative impact of artificial intelligence on the future of work, exploring bot…
S54
The Foundation of AI Democratizing Compute Data Infrastructure — Yann LeCun offered a realistic assessment of efficiency improvements, noting that while industry has strong incentives t…
S55
Book launch: What changes and remains the same in 20 years in the life of Kurbalija’s book on internet governance? — Development | Economic | Sociocultural Jovan proposes a structured approach to AI risk assessment that prioritizes imme…
S56
The future of work: preparing for automation and the gig economy — Concerns about the future of work also come from ongoing technological advancements in automation and AI. Some worry tha…
S57
The Impact of Digitalisation and AI on Employment Quality – Challenges and Opportunities — Her findings suggested that digitalisation might affect 10.4% of jobs in low-income countries positively, while in high-…
S58
Manufacturing’s Moonshots Are Landing . . . Are You Ready for the Next Wave? — The skill requirements are changing rapidly, making continuous learning and upskilling essential.
S59
Bridging the Digital Skills Gap: Strategies for Reskilling and Upskilling in a Changing World — The argument emphasizes that the primary threat to employment is not AI replacing workers directly, but rather workers b…
S60
Shaping the Future AI Strategies for Jobs and Economic Development — -Workforce Transformation and Job Impact: A central theme throughout both panels was whether AI will replace or enhance …
S61
AI for Bharat’s Health_ Addressing a Billion Clinical Realities — And you can design them to be voice first, which in a way is inducing trust because now they are speaking to someone and…
S62
WS #53 Leveraging the Internet in Environment and Health Resilience — Artificial intelligence and other technologies should be designed to support rather than replace human healthcare provid…
S63
The rise of tech giants in healthcare: How AI is reshaping life sciences — The intersection of technology and healthcareis rapidly evolving, fuelled by advancements in ΑΙ and driven by major tech…
S64
Ateliers : rapports restitution et séance de clôture — Aurélien Macé Apparemment, j’ai droit à 6,6 minutes, deux fois plus que les autres, ce qu’on m’a dit. Le thème de vendre…
S65
AI could save billions but healthcare adoption is slow — AI is being hailed as atransformative force in healthcare, with the potential to reduce costs andimprove outcomesdramati…
S66
Strengthening Worker Autonomy in the Modern Workplace | IGF 2023 WS #494 — In conclusion, the analysis highlights the negative impact of technology on various social issues, including labour expl…
S67
Designing Indias Digital Future AI at the Core 6G at the Edge — This cultural adaptation extends to economic structures, with Roy noting India’s approximately 490 million informal work…
S68
Engineering Accountable AI Agents in a Global Arms Race: A Panel Discussion Report — The discussion maintained a thoughtful but somewhat cautious tone throughout, with speakers acknowledging both opportuni…
S69
AI and Digital Developments Forecast for 2026 — The tone begins as analytical and educational but becomes increasingly cautionary and urgent throughout the conversation…
S70
Defying Cognitive Atrophy in the Age of AI: A World Economic Forum Stakeholder Dialogue — The discussion began with a cautiously optimistic tone, acknowledging both opportunities and risks. However, the tone be…
S71
Webinar session — The discussion maintained a diplomatic and constructive tone throughout, with participants demonstrating nuanced thinkin…
S72
Pathways to De-escalation — The overall tone was serious and somewhat cautious, reflecting the gravity of cybersecurity challenges. While the speake…
S73
Laying the foundations for AI governance — The tone was collaborative and constructive throughout, with panelists building on each other’s points rather than disag…
S74
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S75
Impact & the Role of AI How Artificial Intelligence Is Changing Everything — The discussion maintained a cautiously optimistic tone throughout, balancing enthusiasm for AI’s potential with realisti…
S76
WS #484 Innovative Regulatory Strategies to Digital Inclusion — The discussion maintained a collaborative and solution-oriented tone throughout, with experts building on each other’s i…
S77
AI as critical infrastructure for continuity in public services — The discussion maintained a collaborative and constructive tone throughout, with participants building on each other’s p…
S78
Swiss AI Initiatives and Policy Implementation Discussion — The discussion maintained a professional, collaborative tone throughout, with speakers presenting both opportunities and…
S79
WS #462 Bridging the Compute Divide a Global Alliance for AI — The discussion maintained a constructive and collaborative tone throughout, with participants building on each other’s i…
S80
Global AI Policy Framework: International Cooperation and Historical Perspectives — The discussion maintained a constructive and optimistic tone throughout, despite acknowledging significant challenges. S…
S81
Upskilling for the AI era: Education’s next revolution — The tone is consistently optimistic, motivational, and action-oriented throughout. The speaker maintains an enthusiastic…
S82
Regional Leaders Discuss AI-Ready Digital Infrastructure — The discussion maintained a consistently optimistic yet pragmatic tone throughout. Panelists were enthusiastic about AI’…
S83
Keynote-Brad Smith — The tone is optimistic yet realistic, maintaining a balance between acknowledging serious challenges and expressing conf…
S84
Comprehensive Report: Preventing Jobless Growth in the Age of AI — The tone was cautiously optimistic but realistic. While panelists generally agreed that AI wouldn’t lead to permanent ma…
S85
Skilling and Education in AI — The tone was cautiously optimistic throughout. Speakers acknowledged both the tremendous opportunities AI presents for I…
S86
Ensuring Safe AI_ Monitoring Agents to Bridge the Global Assurance Gap — The tone was collaborative and solution-oriented throughout, with participants acknowledging both the urgency and comple…
S87
Building Inclusive Societies with AI — -Collaborative spirit: All panelists demonstrated willingness to work together across sectors -Inclusive perspective: S…
S88
Driving Indias AI Future Growth Innovation and Impact — The discussion maintained an optimistic and forward-looking tone throughout, characterized by enthusiasm for India’s AI …
S89
Inclusive AI Starts with People Not Just Algorithms — The tone was consistently optimistic and empowering throughout the discussion. Speakers maintained an enthusiastic, forw…
S90
High Level Session 3: AI & the Future of Work — Jonathan Charles: Good morning, ladies and gentlemen. Thank you for getting out of bed so early for this. Distinguished …
S91
The Intelligent Coworker: AI’s Evolution in the Workplace — -Workforce Impact and Career Evolution- Discussion of how AI will reshape job structures, eliminate traditional entry-le…
S92
Introduction to cyber diplomacy — Striking a balance between comprehensive engagement and the need to keep to the agenda, the moderator judiciously decide…
S93
Building Trusted AI at Scale Cities Startups & Digital Sovereignty – Keynote Ananya Birla Birla AI Labs — No single institution, no matter how large or how well resourced, can navigate this epoch alone. The journey from $4 tri…
S94
https://dig.watch/event/india-ai-impact-summit-2026/building-trusted-ai-at-scale-cities-startups-digital-sovereignty-keynote-ananya-birla-birla-ai-labs — No single institution, no matter how large or how well resourced, can navigate this epoch alone. The journey from $4 tri…
S95
https://dig.watch/event/india-ai-impact-summit-2026/building-trusted-ai-at-scale-cities-startups-digital-sovereignty-panel-discussion-moderator-sidharth-madaan — It’s very interesting. First, I don’t think any of us have any answers. We will try. The fundamental point, you know, an…
S96
AI cheating scandal at University sparks concern — Hannah, a university student,admits to using AIto complete an essay when overwhelmed by deadlines and personal illness. …
S97
Empowering Workers in the Age of AI — – Juan Ivan Martin Lataix- Tom Wambeke Economic | Development ILO research published in May showing 3.3% of global emp…
Speakers Analysis
Detailed breakdown of each speaker’s arguments and positions
D
Deepak Bagla
5 arguments176 words per minute842 words286 seconds
Argument 1
Disruption will be toughest in the next 5 years; psychological adaptation and reskilling are essential (Deepak Bagla)
EXPLANATION
Bagla warns that the coming five‑year period will experience the most intense AI‑driven disruption, requiring workers to cope psychologically with possible job insecurity. He stresses that reskilling will be crucial for individuals to remain relevant after the disruption.
EVIDENCE
He states, “I think next 5 years is going to be one of the toughest times of disruption” and later adds that “disruption in the next five years and 10-year period will be a lot for all of us to learn psychologically… and then tend to see what is it which we can pick up… the reskilling piece coming in” [16][27-29].
EXTERNAL EVIDENCE (KNOWLEDGE BASE)
Panel discussion notes that the next five to ten years will bring unprecedented disruption and Bagla emphasised the need for psychological preparation and reskilling [S1].
MAJOR DISCUSSION POINT
Disruption timeline and need for reskilling
DISAGREED WITH
Radhika, Sanjeev Bikhchandani
Argument 2
Introduce AI and tinkering at school level to prepare task‑oriented future workers (Deepak Bagla)
EXPLANATION
Bagla proposes embedding AI education and hands‑on tinkering activities in school curricula so that children develop task‑oriented skills early on. This aims to create a future workforce that can adapt to AI‑augmented job profiles.
EVIDENCE
He explains that his team is “trying to bring AI and tinkering at the school level… many of them may not be looking at going to a very formal education system, but getting into a job profile there and then. And it’s more task-oriented” [20-25].
EXTERNAL EVIDENCE (KNOWLEDGE BASE)
Bagla referenced the “Aatil Tinkering Lab” and school-level AI activities, and the Atal Innovation Mission runs 10,000 tinkering labs that have nurtured over 1.1 crore young entrepreneurs [S1][S5].
MAJOR DISCUSSION POINT
Early AI education
DISAGREED WITH
Sanjeev Bikhchandani
Argument 3
Prioritise the application layer of the AI stack, enabling small players to execute solutions quickly (Deepak Bagla)
EXPLANATION
Bagla argues that the most impactful AI work lies in the application layer, where small innovators can rapidly develop and deploy solutions. Focusing here can accelerate adoption across the economy.
EVIDENCE
He says, “I think on the application side is where we will have… a very interesting play on actually the small ones and actually getting them executed” [130-132].
EXTERNAL EVIDENCE (KNOWLEDGE BASE)
Research highlights the application layer as low-entry-barrier space where small firms can compete and drive creative destruction, and India has excelled at this layer [S10][S11].
MAJOR DISCUSSION POINT
Application‑focused AI strategy
Argument 4
Focus on the application side of the AI stack, leveraging small innovators and addressing education disruption and emerging age‑based task forces (Deepak Bagla)
EXPLANATION
Bagla expands on the need to concentrate on AI applications, especially by small firms, while also noting that traditional education timelines may become obsolete and younger workers could enter the labour market directly. This reflects a shift in both technology deployment and talent pipelines.
EVIDENCE
He notes, “I think on the application side… small ones… getting them executed” and later observes that “master’s students are feeling they don’t longer need to pay that big tuition fees because they are no longer getting challenged… maybe a 13-year-old is ready to do a job in a task” indicating disruption to education and age-based task forces [130-134][138-144].
EXTERNAL EVIDENCE (KNOWLEDGE BASE)
The application layer enables small innovators (S10, S11) and Bagla noted that age barriers may disappear, with 13‑year‑olds ready for task‑oriented work (S1).
MAJOR DISCUSSION POINT
Strategic AI application focus and education disruption
Argument 5
India stands to capture the largest share of AI’s “delta multiplier”, making the country the primary beneficiary of AI‑driven economic gains.
EXPLANATION
Bagla argues that the multiplier effect of AI—whereby productivity gains translate into broader economic growth—will be most pronounced for India, positioning it as a key winner in the global AI landscape.
EVIDENCE
In his rapid-fire closing remark he says, “the biggest benefit of the delta multiplier of AI is India or will be India” [175].
EXTERNAL EVIDENCE (KNOWLEDGE BASE)
Bagla stated that India will be the biggest benefactor of AI’s delta multiplier, a claim echoed in mission briefings [S4][S5].
MAJOR DISCUSSION POINT
National advantage from AI
R
Radhika
6 arguments186 words per minute1081 words346 seconds
Argument 1
Only 3‑4 % of jobs are fully automatable; about 20 % will see some tasks automated, creating productivity gains (Radhika)
EXPLANATION
Radhika cites research showing that only a small share of occupations are at high risk of total automation, while a larger share will experience partial automation that can free up time for new tasks and productivity improvements.
EVIDENCE
She references an ILO study reporting that “the share of jobs where almost all the tasks had a high likelihood of automation… was somewhere between 3 % or 4 %” and that “the share of jobs where some tasks were going to be automated… was about 20 % of the jobs” [37-42].
EXTERNAL EVIDENCE (KNOWLEDGE BASE)
ILO-based studies cited in the panel report that 3-4% of jobs face near-total automation while roughly 20% will see partial task automation [S1][S13].
MAJOR DISCUSSION POINT
Extent of automation risk
AGREED WITH
Deepak Bagla, Sanjeev Bikhchandani
DISAGREED WITH
Deepak Bagla, Sanjeev Bikhchandani
Argument 2
Broad skilling programmes, coupled with financial and digital infrastructure support for MSMEs, are needed for an inclusive transition (Radhika)
EXPLANATION
Radhika stresses that beyond reskilling, small and micro enterprises need funding, broadband access, and digital tools to adopt AI, ensuring that the informal sector benefits from the transition.
EVIDENCE
She points out the need for “greater AI adoption amongst micro and small enterprises… they will need a lot more than skilling… they are going to need a lot of financial support for adopting AI… digital infrastructure access to broadband” [172-176].
EXTERNAL EVIDENCE (KNOWLEDGE BASE)
Inclusive reskilling frameworks stress the need for digital infrastructure and financing for SMEs, and the panel highlighted policy support for displaced workers and MSME adoption of AI [S15][S16][S1].
MAJOR DISCUSSION POINT
Inclusive skilling and infrastructure
AGREED WITH
Deepak Bagla, Sanjeev Bikhchandani
Argument 3
Comprehensive policies—industrial, macro‑economic, trade, labour, and social protection—are required to absorb displaced workers and enhance productivity (Radhika)
EXPLANATION
Radhika argues that a multi‑dimensional policy package is essential to re‑integrate workers whose jobs are displaced and to boost productivity in occupations where AI augments tasks.
EVIDENCE
She notes that “we need to think about industrial policy, macro-economic policy, trade policies, labour market policies, in particular, social protection” and that “a small proportion of people will lose their jobs… we need to think about how they are going to be absorbed in other sectors” [44-48].
EXTERNAL EVIDENCE (KNOWLEDGE BASE)
The discussion called for industrial, macro-economic, trade and social-protection policies to manage displacement, aligning with broader calls for comprehensive policy responses [S1][S17].
MAJOR DISCUSSION POINT
Policy framework for transition
AGREED WITH
Deepak Bagla
DISAGREED WITH
Deepak Bagla
Argument 4
Labour laws must be updated to cover platform and gig work, providing social protection for informal workers (Radhika)
EXPLANATION
Radhika highlights that existing labour regulations lag behind the rise of platform‑based and gig employment, calling for updated conventions and social security measures to protect these workers.
EVIDENCE
She observes that “labour regulations have not kept pace… there is a proliferation of non-standard employer-employee arrangements… there’s a need to update that… ILO conversation… India is leading… code and social security which seeks to provide social protection even to platform workers” [161-168].
EXTERNAL EVIDENCE (KNOWLEDGE BASE)
Experts highlighted the lag in labour regulations for platform and gig arrangements and the need for updated legal frameworks and social security measures [S18][S19].
MAJOR DISCUSSION POINT
Updating labour law for gig economy
AGREED WITH
Deepak Bagla
Argument 5
Informal & gig economy: Large share of India’s workforce (agriculture, self‑employment, micro‑enterprises) risks being left behind; needs AI adoption, broadband, and financing (Radhika)
EXPLANATION
Radhika points out that the majority of India’s workers are in agriculture, self‑employment, or tiny enterprises, and that without targeted AI adoption and digital infrastructure they could be excluded from productivity gains.
EVIDENCE
She provides sector statistics-“45 % of its workforce is still in the agricultural sector, 55 % self-employed, 95 % of employment is in enterprises with less than 10 workers”-and stresses the need for AI adoption, broadband, and financing for these groups [165-176].
EXTERNAL EVIDENCE (KNOWLEDGE BASE)
The panel noted that discussions often ignore the 90% of India’s workforce in informal sectors, emphasizing the need for broadband, AI adoption and financing to avoid exclusion [S1][S15][S20].
MAJOR DISCUSSION POINT
Risks to informal sector
Argument 6
Partial automation of tasks will boost productivity, raise wages and prices, and trigger a virtuous cycle of higher demand, investment and job creation.
EXPLANATION
Radhika points out that when only some tasks within an occupation are automated, workers can reallocate time to higher‑value activities, which lifts productivity and, through higher wages and spending, fuels broader economic expansion.
EVIDENCE
She notes that “enhanced productivity … has an implication in wages and prices… boosts demand in the economy, which then drives more job creation and investment… a virtuous cycle of growth, investment, job creation” [49-52].
EXTERNAL EVIDENCE (KNOWLEDGE BASE)
Analyses of task automation show that partial automation can free workers for higher-value activities, driving productivity, wage growth and broader economic expansion [S13].
MAJOR DISCUSSION POINT
Economic spill‑over effects of partial automation
S
Sanjeev Bikhchandani
5 arguments163 words per minute978 words358 seconds
Argument 1
Current hiring remains strong; AI is likely to boost productivity rather than cause immediate job loss, as with past tech waves (Sanjeev Bikhchandani)
EXPLANATION
Sanjeev reports that job postings on Naukri have not declined, indicating that AI has not yet reduced hiring. He draws a parallel with the 1980s computer adoption, which raised productivity without large‑scale layoffs.
EVIDENCE
He states, “Naukri growth has not been impacted… we are not seeing a reduction in hiring” and recounts that after computers were introduced in banks in the mid-1980s “nobody lost jobs, people got more productive… MIS… served their customers better” [57-58][64-70].
MAJOR DISCUSSION POINT
Hiring trends and historical analogy
AGREED WITH
Deepak Bagla, Radhika
Argument 2
Individuals should learn multiple AI platforms each quarter to stay employable (Sanjeev Bikhchandani)
EXPLANATION
Sanjeev advises a proactive learning strategy: mastering three new AI platforms every quarter, totaling twelve per year, to maintain employability in an AI‑driven market.
EVIDENCE
He says, “Learn how to use three AI platforms every quarter… By the end of one year, you know 12 AI platforms” [65-67].
MAJOR DISCUSSION POINT
Personal upskilling cadence
AGREED WITH
Deepak Bagla, Radhika
Argument 3
Formal credentials act as a strong filter, but continuous upskilling and experience remain crucial (Sanjeev Bikhchandani)
EXPLANATION
Sanjeev acknowledges that degrees from elite institutions signal ability and commitment, yet stresses that real work performance, experience, and ongoing learning are essential for career success.
EVIDENCE
He explains that an IIT degree “is a fantastic filter… we hire for the fact that it’s a fantastic filter… but business is about people, managing people, leading teams… which comes with years of experience and maturity” [144-150].
MAJOR DISCUSSION POINT
Credentials vs experience
DISAGREED WITH
Deepak Bagla
Argument 4
Historical tech adoption: Past introduction of computers increased productivity without massive job loss, suggesting a similar pattern may repeat (Sanjeev Bikhchandani)
EXPLANATION
Sanjeev recounts the 1980s rollout of computers in Indian banks, noting that while adoption was initially resisted, it ultimately boosted productivity without causing layoffs, implying a comparable outcome for AI.
EVIDENCE
He narrates that after computers were introduced in banks in 1985 “nobody lost jobs, people got more productive, got MIS… served their customers better” [64-70].
MAJOR DISCUSSION POINT
Lesson from past technology waves
AGREED WITH
Deepak Bagla
Argument 5
Early technology literacy, such as being PC‑literate in the 1980s, provided a decisive competitive edge and job security during past digital disruptions.
EXPLANATION
Sanjeev illustrates that individuals who mastered emerging technologies early were less vulnerable to layoffs when those technologies became mainstream, highlighting the protective value of proactive skill acquisition.
EVIDENCE
He recounts that “if they were sacking then, I would have been the only guy who was PC literate… I would have been the last to go” when computers were introduced in his workplace [79-81].
MAJOR DISCUSSION POINT
Protective role of early tech upskilling
P
Prashant Warier
2 arguments210 words per minute840 words239 seconds
Argument 1
Healthcare AI must navigate regulatory clearance and liability issues; AI will serve as decision‑support rather than replace clinicians (Prashant Warier)
EXPLANATION
Prashant highlights that medical AI applications must obtain regulatory approvals (e.g., FDA, CDSCO) and cannot assume clinical liability, positioning AI as a tool that assists doctors rather than substitutes them.
EVIDENCE
He notes that “everything AI does today in healthcare… has to be FDA cleared… every country has its own regulatory body… until AI can take liability, doctors will make the decision” and that AI currently provides decision-support, not replacement [108-119].
MAJOR DISCUSSION POINT
Regulation and liability in health AI
Argument 2
Healthcare: AI can upskill radiologists, automate primary‑care tasks (symptom triage, test recommendation, note‑taking), but regulatory and liability constraints limit full automation (Prashant Warier)
EXPLANATION
Prashant describes specific AI use‑cases in radiology and primary care—addressing radiologist shortages, triaging symptoms, recommending tests, and automating note‑taking—while reiterating that regulatory clearance and liability concerns prevent full automation.
EVIDENCE
He cites India’s radiologist shortage and says AI can “automatically interpret radiology images… automate primary-care tasks such as symptom triage, test recommendation, and note-taking” and then adds the regulatory and liability hurdles described earlier [99-104][108-119].
MAJOR DISCUSSION POINT
AI applications in clinical workflow
S
Speaker 1
2 arguments191 words per minute474 words148 seconds
Argument 1
The present moment constitutes a defining turning point for work, marked by both emerging productivity gains and rising anxiety about disruption to knowledge‑based jobs.
EXPLANATION
Speaker 1 frames the current era as simultaneously offering new possibilities—such as higher productivity and the creation of novel jobs—while also generating considerable concern about how AI will disrupt existing white‑collar occupations.
EVIDENCE
He opens by stating, “We’re at a very defining moment in the history of work” and then contrasts “new possibilities, new productivity unlocks, new jobs being created” with “a lot of growing anxiety around what would it mean and the kind of disruption it will bring to work, especially the knowledge work, the white-collar jobs” [1-3].
EXTERNAL EVIDENCE (KNOWLEDGE BASE)
Panel moderators described the current period as a defining moment with new productivity opportunities alongside anxiety about white-collar job disruption [S1].
MAJOR DISCUSSION POINT
Dual nature of AI impact on work
Argument 2
Optimising local optima in AI‑driven transformations can help societies discover a global balance between productivity gains and employment outcomes.
EXPLANATION
Speaker 1 suggests that by focusing on incremental improvements (local optima) within the AI transition, economies can eventually achieve an overall equilibrium that reconciles efficiency with broader social goals.
EVIDENCE
He remarks, “I think if you optimise local optima, we are somewhere going to find the global balance” [86].
MAJOR DISCUSSION POINT
Strategic approach to AI adoption
Agreements
Agreement Points
All speakers stress the need for upskilling/reskilling and continuous learning to stay employable in the AI transition.
Speakers: Deepak Bagla, Radhika, Sanjeev Bikhchandani
Disruption will be toughest in the next 5 years; psychological adaptation and reskilling are essential (Deepak Bagla) Broad skilling programmes, coupled with financial and digital infrastructure support for MSMEs, are needed for an inclusive transition (Radhika) Individuals should learn multiple AI platforms each quarter to stay employable (Sanjeev Bikhchandani)
Bagla warns that the coming five-year period will be the most disruptive and that workers must learn new skills; Radhika calls for broad skilling programmes and reskilling of workers; Sanjeev recommends a rapid cadence of learning AI tools – all converging on the view that continuous upskilling is essential [16][27-29][44-48][65-67].
POLICY CONTEXT (KNOWLEDGE BASE)
This consensus mirrors the ILO’s call for skilling, reskilling and lifelong learning as core elements of AI-related labour policies [S31] and reflects the emphasis on continuous upskilling highlighted at Davos 2025 and in the World in Numbers report [S29].
AI is expected to augment productivity rather than cause massive job loss; only a small share of jobs are fully automatable.
Speakers: Deepak Bagla, Radhika, Sanjeev Bikhchandani
Disruption will be toughest in the next 5 years; psychological adaptation and reskilling are essential (Deepak Bagla) Only 3‑4 % of jobs are fully automatable; about 20 % will see some tasks automated, creating productivity gains (Radhika) Current hiring remains strong; AI is likely to boost productivity rather than cause immediate job loss, as with past tech waves (Sanjeev Bikhchandani)
Bagla acknowledges disruption but focuses on reskilling; Radhika cites ILO data showing only 3-4 % of occupations face total automation and ~20 % face partial automation; Sanjeev notes that job postings have not declined and past computer adoption increased productivity without layoffs – together they convey that AI will largely augment work, not eliminate it [27-29][37-42][57-58][64-70].
POLICY CONTEXT (KNOWLEDGE BASE)
The view that AI will mainly augment productivity aligns with the ‘collaboration not displacement’ narrative in AI strategies for jobs [S28] and is supported by evidence that only 3-4 % of occupations face full automation [S45], as well as historical analyses showing limited net job loss [S40].
Coordinated policy and social protection measures are required to manage the AI transition, especially for informal and gig workers.
Speakers: Radhika, Deepak Bagla
Comprehensive policies—industrial, macro‑economic, trade, labour, and social protection—are required to absorb displaced workers and enhance productivity (Radhika) Labour laws must be updated to cover platform and gig work, providing social protection for informal workers (Radhika) Most critical point when everyone works together the government, society, academia … is core to seeing any element of success (Deepak Bagla)
Radhika calls for a multi-dimensional policy package and updated labour regulations to protect platform and gig workers; Bagla emphasizes that government, society, and academia must collaborate for success – both underline the need for coordinated policy and social safety nets [44-48][161-168][175].
POLICY CONTEXT (KNOWLEDGE BASE)
ILO discussions stress coordinated social protection and labour-market policies for informal and gig workers in the AI transition [S31], and Davos 2025 highlighted the need for new safety nets for gig economies [S49]; proposals such as universal basic income and reskilling programmes are cited as policy levers [S48].
Historical technology adoption (e.g., computers) increased productivity without large‑scale layoffs, suggesting a similar pattern may repeat for AI.
Speakers: Deepak Bagla, Sanjeev Bikhchandani
The first job to go when digitisation happened was the teller … because you started taking it out of the machine (Deepak Bagla) Historical tech adoption: Past introduction of computers increased productivity without massive job loss, suggesting a similar pattern may repeat (Sanjeev Bikhchandani)
Bagla recounts the teller story as the first job displaced by digitisation; Sanjeev recounts the 1980s computer rollout in Indian banks that boosted productivity without layoffs – both use history to argue AI may follow a similar trajectory [7-12][64-70].
POLICY CONTEXT (KNOWLEDGE BASE)
Historical studies of past technological waves, including computerisation, show productivity gains without large-scale layoffs, a pattern reiterated in the ‘Preventing Jobless Growth’ report [S40] and in the AGI future discussion referencing the lump-of-labour fallacy [S43].
Similar Viewpoints
Both recognise that traditional degree timelines are losing relevance and that early, task‑oriented skill acquisition (even by very young workers) will become a key employability factor, while elite credentials remain a useful filter but must be complemented by continuous learning [138-144][144-150].
Speakers: Deepak Bagla, Sanjeev Bikhchandani
Focus on the application side of the AI stack, leveraging small innovators and addressing education disruption and emerging age‑based task forces (Deepak Bagla) Formal credentials act as a strong filter, but continuous upskilling and experience remain crucial (Sanjeev Bikhchandani)
Unexpected Consensus
AI will primarily serve as an augmenting tool rather than a replacement for professionals.
Speakers: Deepak Bagla, Prashant Warier
Disruption in the next five years … we need to pick up what we can … reskilling piece coming in (Deepak Bagla) Healthcare AI must navigate regulatory clearance and liability issues; AI will serve as decision‑support rather than replace clinicians (Prashant Warier)
Bagla’s emphasis on reskilling and task-oriented augmentation aligns with Prashant’s view that AI in healthcare will act as decision-support, not a substitute, highlighting a shared belief that AI augments existing roles across sectors – a convergence not explicitly anticipated at the start of the panel [27-29][108-119].
POLICY CONTEXT (KNOWLEDGE BASE)
Multiple authorities describe AI as a complementary tool rather than a replacement, e.g., the ‘enhancing rather than replacing humanity’ perspective [S38], the ILO’s augmentation framing [S28], and sector-specific examples emphasizing human agency [S36][S44].
Overall Assessment

The panel shows strong convergence on three core themes: (1) the imperative of upskilling/reskilling to navigate AI‑driven disruption; (2) the expectation that AI will largely augment productivity with limited full automation; (3) the need for coordinated policy, social protection, and inclusive measures for informal and gig workers. Historical analogies and the view of AI as an augmenting tool further reinforce these points.

High consensus – most speakers echo similar conclusions despite differing emphases, indicating a shared understanding that proactive skill development and supportive policy frameworks are essential for a positive AI transition.

Differences
Different Viewpoints
Magnitude and timeline of job displacement due to AI
Speakers: Deepak Bagla, Radhika, Sanjeev Bikhchandani
Disruption will be toughest in the next 5 years; psychological adaptation and reskilling are essential (Deepak Bagla) Only 3‑4 % of jobs are fully automatable; about 20 % will see some tasks automated, creating productivity gains (Radhika) Current hiring remains strong; AI is likely to boost productivity rather than cause immediate job loss (Sanjeev Bikhchandani)
Bagla warns of a severe, near-term disruption wave that will require massive psychological adjustment and reskilling [16][27-29]. Radhika points to ILO data showing a small share of occupations at high risk of total automation and a larger share only partially affected, implying limited job loss overall [37-42]. Sanjeev observes that job postings on Naukri have not declined, suggesting AI has not yet reduced hiring and may instead raise productivity [57-58]. The three speakers therefore disagree on how extensive and immediate the employment impact will be.
POLICY CONTEXT (KNOWLEDGE BASE)
Analyses of public discourse versus empirical data show disagreement over the timing and scale of AI-induced displacement, with studies noting a mismatch between fear and measured impact [S47] and early evidence of limited labour market disruption [S35].
Importance of formal credentials versus early AI‑focused education
Speakers: Deepak Bagla, Sanjeev Bikhchandani
Introduce AI and tinkering at school level to prepare task‑oriented future workers (Deepak Bagla) Formal credentials act as a strong filter, but continuous upskilling and experience remain crucial (Sanjeev Bikhchandani)
Bagla proposes embedding AI and hands-on tinkering in school curricula and suggests that traditional degree timelines may become obsolete, even envisioning 13-year-olds entering task-based work [20-25][138-144]. Sanjeev counters that elite degrees (e.g., IIT) remain a powerful hiring filter and that real competence comes from years of experience and ongoing learning, though he also stresses upskilling [144-150]. They share the goal of preparing workers but diverge on whether early school-level AI training can replace or diminish the role of formal higher-education credentials.
Policy focus: market‑driven application layer versus comprehensive macro‑policy package
Speakers: Deepak Bagla, Radhika
Prioritise the application side of the AI stack, enabling small players to execute solutions quickly (Deepak Bagla) Comprehensive policies—industrial, macro‑economic, trade, labour, and social protection—are required to absorb displaced workers and enhance productivity (Radhika)
Bagla argues that the most impactful AI work lies in the application layer, especially for small innovators, and that focusing there will accelerate adoption [130-132]. Radhika stresses that a multi-dimensional policy framework covering industrial, macro-economic, trade, labour and social protection is essential to manage displacement and boost productivity [44-48]. The disagreement centers on whether the priority should be a technology-focused, market-driven push or a broader, government-led policy response.
POLICY CONTEXT (KNOWLEDGE BASE)
Policy debates contrast a market-driven focus on the application layer with broader macro-policy approaches; this tension is discussed in IGF 2023 on application-layer regulation [S50] and in keynote remarks stressing application-specific governance [S51][S52].
Unexpected Differences
Current impact of AI on hiring trends
Speakers: Deepak Bagla, Sanjeev Bikhchandani
Disruption will be toughest in the next 5 years; psychological adaptation and reskilling are essential (Deepak Bagla) Current hiring remains strong; AI is likely to boost productivity rather than cause immediate job loss (Sanjeev Bikhchandani)
Bagla’s forward‑looking warning implies that hiring will soon be affected by disruption, whereas Sanjeev, based on real‑time Naukri data, reports no observable reduction in hiring and emphasizes productivity gains. The contrast between a predicted near‑term hiring shock and observed hiring stability was not anticipated given both speakers’ business backgrounds.
POLICY CONTEXT (KNOWLEDGE BASE)
Recent surveys of UK scale-ups report hiring slowdowns and anticipated cuts due to AI adoption [S34], while other research finds minimal changes in employment patterns since ChatGPT’s launch [S35]; together they illustrate divergent views on AI’s current hiring impact.
Overall Assessment

The panel displayed moderate disagreement on three core fronts: (1) the scale and immediacy of AI‑driven job loss, with Bagla foreseeing severe short‑term disruption, Radhika citing modest automation rates, and Sanjeev observing unchanged hiring; (2) the role of formal education versus early AI‑centric schooling, where Bagla envisions school‑level AI training supplanting traditional degree pathways, while Sanjeev upholds elite credentials as a key hiring filter; (3) the policy approach, with Bagla championing a market‑driven application‑layer focus and Radhika urging a comprehensive macro‑policy and social‑protection package. While there is consensus on the need for upskilling, the speakers diverge on the mechanisms and urgency.

The disagreements are substantive but not irreconcilable; they reflect differing perspectives (business leader vs policy analyst vs academic) rather than outright conflict. The implications are that coordinated action will require aligning expectations about disruption timelines, integrating education reforms with credentialing systems, and balancing market‑led AI application development with robust policy frameworks to ensure an inclusive transition.

Partial Agreements
All three agree that upskilling the workforce is essential to navigate AI‑driven change, but differ on the mechanism: Bagla stresses psychological readiness and reskilling broadly, Sanjeev proposes a fast‑paced cadence of mastering several AI platforms each quarter, while Radhika calls for systemic skilling programmes together with financing and digital infrastructure for small enterprises [16][27-29][65-67][172-176].
Speakers: Deepak Bagla, Sanjeev Bikhchandani, Radhika
Disruption will be toughest in the next 5 years; psychological adaptation and reskilling are essential (Deepak Bagla) Individuals should learn multiple AI platforms each quarter to stay employable (Sanjeev Bikhchandani) Broad skilling programmes, coupled with financial and digital infrastructure support for MSMEs, are needed for an inclusive transition (Radhika)
Both see AI as a tool to augment productivity rather than wholesale job elimination. Bagla focuses on early education to create a task‑oriented workforce, while Radhika highlights that most occupations will only experience partial automation, allowing productivity gains. They share the goal of leveraging AI for productivity but differ on the primary lever (education vs labour‑market analysis) [20-25][37-42].
Speakers: Deepak Bagla, Radhika
Introduce AI and tinkering at school level to prepare task‑oriented future workers (Deepak Bagla) Only 3‑4 % of jobs are fully automatable; about 20 % will see some tasks automated, creating productivity gains (Radhika)
Takeaways
Key takeaways
AI-driven disruption will be most intense in the next 5‑10 years, requiring psychological adaptation and reskilling. Only a small share (3‑4 %) of occupations are fully automatable; about 20 % will see partial task automation that can boost productivity. Historical tech waves (e.g., computers) increased productivity without massive job loss, suggesting AI may follow a similar pattern. Education must shift toward early AI exposure, tinkering, and continuous upskilling; individuals should learn multiple AI platforms regularly. Policy response must be comprehensive—industrial, macro‑economic, trade, labour, and social‑protection measures—to absorb displaced workers and enhance productivity. Healthcare AI will act as decision‑support and productivity enhancer, constrained by regulation and liability; it will not replace clinicians in the near term. The informal sector, gig workers, and MSMEs risk being left behind and need digital infrastructure, financing, and tailored skilling programmes. For India’s AI ecosystem, the priority is the application layer, enabling small innovators to build and deploy solutions quickly.
Resolutions and action items
Introduce AI and tinkering modules at school level (proposed by Deepak Bagla). Encourage individuals to learn at least three new AI platforms each quarter (suggested by Sanjeev Bikhchandani). Develop and implement broader policy packages—including industrial policy, macro‑economic measures, trade policy, labour reforms, and social‑protection schemes—to support displaced workers (Radhika). Prioritise development of AI applications that can be executed by small players, focusing on the application stack (Deepak Bagla). Update labour regulations to cover platform and gig work, ensuring social protection for informal workers (Radhika). Facilitate regulatory pathways for AI in healthcare, ensuring FDA/CDSCO clearance and addressing liability issues (Prashant Warier). Provide financial support, broadband access, and AI adoption assistance to MSMEs and agricultural enterprises (Radhika).
Unresolved issues
Exact magnitude and timing of job displacement versus job creation remain uncertain. How to operationalise large‑scale reskilling and upskilling programmes, especially for the informal sector, is not detailed. Specific mechanisms for financing AI adoption in micro‑enterprises and agriculture are not defined. The path to harmonising AI regulatory approvals across jurisdictions and handling liability for clinical decisions remains open. How education credentials will evolve (e.g., relevance of traditional degrees versus task‑based learning) lacks a concrete roadmap. Implementation timeline and coordination among government, academia, and industry for the proposed actions are not established.
Suggested compromises
Balance between supporting displaced workers through social protection and encouraging productivity gains via partial automation. Use AI as a supportive tool rather than a full replacement in regulated sectors like healthcare, respecting liability and regulatory constraints. Maintain the value of formal credentials as a filter while promoting continuous, task‑oriented upskilling. Focus on rapid application‑layer development by small innovators while still investing in foundational AI research and education.
Thought Provoking Comments
The only job that was once said to be stable – the bank teller – disappeared with digitisation. We now have no playbook; the next five years will be the toughest period of disruption and we must prepare for a world where jobs can vanish and reskilling becomes essential.
Bagla uses a concrete historical example to shatter the myth of any ‘future‑proof’ job, highlighting the unprecedented uncertainty of the AI era and the urgency of psychological and skill adaptation.
This set the tone for the whole panel, prompting other speakers to frame their answers around uncertainty, the need for reskilling, and the lack of a historical roadmap. It led Radhika to bring data‑driven nuance and Sanjeev to share his own ‘no‑playbook’ experience.
Speaker: Deepak Bagla
Only 3‑4 % of jobs globally have a high likelihood of full automation, while about 20 % will see some tasks automated, freeing time for new tasks. The transition therefore requires not just skilling but industrial, macro‑economic, trade and social‑protection policies.
She grounds the debate in empirical research, counters alarmist narratives, and expands the conversation from individual reskilling to systemic policy design.
Her data‑driven point shifted the discussion from fear‑based speculation to a balanced view of risk and opportunity, prompting Sanjeev to reference historical productivity gains and prompting later comments about the informal sector.
Speaker: Radhika
Learn how to use three AI platforms every quarter – by the end of a year you’ll have mastered twelve. In the early PC era I was the only literate person and survived; the same will happen with AI.
Provides a clear, actionable prescription rooted in personal anecdote, turning abstract concerns into a concrete skill‑building strategy and illustrating how early adoption can be a career safeguard.
This practical advice resonated with the audience and reinforced the earlier theme of continuous learning. It also sparked the later exchange on credentials versus skills, and reinforced the panel’s emphasis on proactive upskilling.
Speaker: Sanjeev Bikhchandani
In healthcare, AI will not replace doctors but will upscale them – e.g., AI‑driven radiology interpretation, note‑taking agents, and decision‑support tools – while regulatory approval and liability remain major hurdles.
He introduces sector‑specific nuance, showing that AI’s impact varies by regulation and liability concerns, and that the technology is more about augmentation than replacement.
His sector focus broadened the conversation beyond generic job loss, leading to a deeper discussion on how AI can be integrated responsibly, and highlighted the need for regulatory frameworks, which later tied into Radhika’s points on policy.
Speaker: Prashant Warier
AI is already challenging the education model – master’s students question paying high tuition because AI gives them answers, and age barriers may disappear as 13‑year‑olds can perform task‑based work.
He spotlights a disruptive ripple effect of AI on higher education and talent pipelines, suggesting a future where traditional degree structures lose relevance.
This comment pivoted the dialogue toward long‑term structural change, prompting Sanjeev to discuss the enduring value of credentials as filters and raising questions about how hiring will evolve.
Speaker: Deepak Bagla
45 % of India’s workforce is in agriculture and 55 % are self‑employed; the informal sector – which makes up the vast majority of jobs – risks being left out of the AI conversation and will need infrastructure, finance and digital access, not just skilling.
She expands the scope of the discussion to include the informal economy, reminding the panel that AI policy must be inclusive and not just focused on formal white‑collar jobs.
This reframed the debate from a narrow focus on knowledge work to a broader development challenge, influencing the final rapid‑fire answers about inclusive AI transition and underscoring the need for systemic support.
Speaker: Radhika
Overall Assessment

The discussion was shaped by a series of pivotal remarks that moved the conversation from vague anxiety to a nuanced, data‑backed, and sector‑specific analysis. Deepak Bagla’s opening anecdote about the teller created a sense of urgency, which Radhika tempered with empirical evidence and a call for comprehensive policy. Sanjeev’s actionable learning roadmap and Prashant’s healthcare‑focused augmentation narrative added concrete pathways and highlighted regulatory complexities. Bagla’s later insight on education disruption and Radhika’s emphasis on the informal sector broadened the lens to systemic, long‑term implications. Together, these comments redirected the panel from speculative fear to a balanced view of risk, opportunity, and the multi‑dimensional policy response needed for India’s AI‑driven future.

Follow-up Questions
What specific policies should businesses and policymakers implement to support workers displaced by AI over the next 5‑10 years?
Both highlighted the upcoming disruption and the need for policy action but did not outline concrete measures, indicating a gap that requires further exploration.
Speaker: Deepak Bagla, Radhika
How can we develop a granular, task‑level analysis of automation exposure across occupations in India?
Radhika emphasized the need for more nuanced, task‑based understanding of automation impacts, suggesting that current data are insufficient for targeted interventions.
Speaker: Radhika
What industrial, macro‑economic, trade, and social‑protection measures are required to absorb workers whose jobs are displaced by AI?
She noted that reskilling alone is insufficient and that broader policy levers are needed, pointing to a research gap on the design of such measures.
Speaker: Radhika
What regulatory pathways are needed to enable AI‑driven primary‑care tools in low‑resource settings while addressing liability concerns?
Prashant identified regulation and liability as major barriers to AI adoption in healthcare, indicating the need for research on appropriate regulatory frameworks.
Speaker: Prashant Warier
How should regulatory frameworks evolve to allow AI clinical decision support while managing doctor liability?
Related to the previous point, this question focuses specifically on liability and the evolution of medical device/AI regulations.
Speaker: Prashant Warier
Which layer of the AI stack should India prioritize for investment to maximize economic and employment impact?
Deepak asked where to double‑down within the AI stack, but did not provide a definitive answer, leaving the optimal focus area open for investigation.
Speaker: Deepak Bagla
How will the shift from degree‑based hiring to skill‑based hiring affect recruitment and career progression in India?
Sanjeev discussed the changing value of credentials versus skills, raising the need to study the implications for hiring practices and labor market dynamics.
Speaker: Sanjeev Bikhchandani
How can gig and informal sector workers be included in AI‑driven productivity gains, and what policy changes are needed?
Radhika highlighted that the informal sector is largely omitted from current AI discussions, indicating a research and policy gap.
Speaker: Radhika
What digital infrastructure and financing mechanisms are required for MSMEs and the agricultural sector to adopt AI?
She pointed out the need for broadband, financial support, and other enablers for small enterprises and agriculture, suggesting further study on effective models.
Speaker: Radhika
How can we quantify the emerging task‑creation workforce and its impact on employment dynamics?
Deepak mentioned the lack of data on people moving into task‑creation roles, indicating a need for measurement and analysis.
Speaker: Deepak Bagla
What metrics should define a successful AI transition for India by 2030?
The rapid‑fire round yielded varied visions of success, but concrete, shared metrics are missing, calling for a systematic definition of success indicators.
Speaker: All panelists

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