Rome Declaration calls for human control over AI and nuclear weapons

Nobel laureates, scientists, religious leaders and former heads of state and government have signed the Rome Declaration for an Unarmed and Disarming Peace in the Age of Artificial Intelligence, Nuclear and Autonomous Weapons, New Digital Protocols, and Emerging Models of Digital Development.

The declaration was adopted on 16 July on Rome’s Capitoline Hill following the Global Nobel Laureates Assembly on Artificial Intelligence and Nuclear War, hosted by the Vatican.

The declaration calls for renewed international cooperation to address the challenges posed by AI, nuclear weapons and other emerging technologies. It stresses that decisions concerning life and death, peace and war, and the future of humanity should remain under meaningful human control, while highlighting the importance of ensuring that technological progress is guided by ethics, responsibility and respect for human dignity.

The declaration concludes the Global Nobel Laureates Assembly, which brought together more than 200 participants from research institutions, international organisations and civil society. The organisers said the initiative seeks to encourage dialogue on the governance of AI, nuclear weapons and other technologies with significant implications for international peace and security.

Why does it matter?

The declaration reflects growing international efforts to address AI alongside nuclear risks and other emerging technologies through a common governance framework. It also adds to ongoing discussions about maintaining meaningful human control over decisions involving the use of force and other technologies with potentially existential consequences.

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World AI Cooperation Organization established in Shanghai

Twenty-nine countries signed an agreement in Shanghai on 16 July establishing the World Artificial Intelligence Cooperation Organization (WAICO), an independent intergovernmental international organisation that will be headquartered in Shanghai.

Chinese Foreign Minister Wang Yi signed the agreement on behalf of China, while representatives from countries including Kazakhstan, Laos, Pakistan, Russia and Indonesia became founding members.

UN Secretary-General António Guterres attended the signing ceremony alongside representatives of other countries and international organisations.

According to the agreement, WAICO will uphold the purposes and principles of the UN Charter, promote extensive consultation, joint contribution and shared benefits, and follow a people-centred approach. Its stated objective is to strengthen international cooperation and global governance on AI while supporting the development of AI that is beneficial, safe and fair for humanity.

The establishment of WAICO follows China’s proposal last year to create a dedicated international organisation for AI cooperation. The organisation adds a new institutional forum to the evolving landscape of global AI governance, alongside existing multilateral and regional initiatives focused on AI policy and international cooperation.

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AI is reshaping physics but raising new questions

AI is becoming an increasingly important tool in physics, helping researchers analyse large datasets, accelerate simulations and identify patterns that may be difficult to detect through conventional methods.

A Physics World feature examines how machine learning is already embedded in particle physics, including work at CERN’s Large Hadron Collider, where researchers have used AI techniques in Higgs boson analyses and searches for new physics.

Newer approaches are also being used to detect unexpected anomalies in collider data, potentially helping physicists look beyond predictions based on existing theories.

The growing use of AI has renewed concern about the so-called black-box problem, in which researchers cannot fully explain how a system reaches its conclusions.

Physicists interviewed in the article argue that reproducibility, verification and rigorous review remain central to trust, even when AI models are not fully interpretable.

Applications now extend beyond particle physics into materials science, where autonomous systems and robotic laboratories can design, test and refine new materials.

Such systems could increasingly help decide which experiments to perform, speeding up discovery while shifting scientists towards more supervisory and interpretive roles.

Researchers caution, however, that AI should remain a tool for scientific inquiry rather than a substitute for reasoning, curiosity and critical judgement.

Why does it matter?

AI is changing how scientific knowledge is produced. In physics, it can help researchers process data at scales humans cannot manage alone, improve simulations and suggest new experimental directions. That could accelerate discoveries with wider technological impact, from advanced materials to energy systems and medical technologies. Greater reliance on AI also raises governance questions inside science itself. If results depend on systems that are difficult to interpret, scientific communities need strong methods for reproducibility, validation, peer review and accountability. The issue is not only whether AI can find patterns, but whether scientists can verify, explain, and responsibly build knowledge from them.

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UNESCO promotes inclusive digital transformation at WSIS Forum 2026

UNESCO used the WSIS Forum 2026 to promote a vision of digital transformation centred on inclusion, multilingualism, human rights and the public interest, arguing that emerging technologies should remain accessible, ethical and beneficial for everyone.

A central theme of UNESCO’s participation was multilingual digital inclusion. The organisation argued that people should be able to access digital services, create knowledge, preserve cultural heritage and participate online using their own languages and writing systems.

Together with ICANN, UNESCO launched a joint policy brief on Universal Acceptance, calling on governments, industry and the technical community to ensure that all domain names and email addresses work seamlessly across different languages and writing systems.

UNESCO also reaffirmed the importance of human rights-centred governance for AI and emerging technologies. Discussions focused on embedding ethics into digital transformation, strengthening international cooperation on AI governance and preparing for the transition to quantum-safe technologies through transparent, inclusive and rights-based policy approaches.

The organisation also highlighted the role of libraries and other trusted public institutions in narrowing the digital divide by expanding access to digital services, digital skills and reliable information.

Why does it matter?

UNESCO’s participation at WSIS Forum 2026 highlights a vision of digital transformation that extends beyond technological innovation to include cultural diversity, inclusion and human rights. Rather than treating AI, internet governance and emerging technologies as purely technical issues, the organisation argues they should be shaped by public-interest principles that ensure everyone can participate in the digital economy.

By linking multilingual internet access, ethical AI, quantum governance and trusted public institutions, UNESCO is promoting a comprehensive approach to digital governance that could influence future international cooperation as governments implement the outcomes of WSIS+20 and the Global Digital Compact.

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Philippines uses AI and satellites to strengthen food security

The Philippine Department of Agriculture and the Philippine Statistics Authority are partnering to use AI and satellite technology to improve agricultural data collection, strengthen national food security and support more informed policymaking. Agriculture Secretary Francisco Tiu Laurel Jr. stated that enhanced data sharing between the two agencies would enable policymakers to make more informed decisions on food production, logistics and supply.

The Philippine Statistics Authority has begun piloting AI and satellite imagery to estimate crop production, building on approaches already used in several countries. National Statistician Claire Dennis Mapa said the technology would become more accurate as the Department of Agriculture expands field verification to validate satellite-generated data. The agencies also agreed to broaden the use of digital technologies in agricultural statistics and strengthen the capacity of local government units.

Agriculture Secretary Tiu Laurel also renewed calls to rebuild the department’s network of agricultural extension workers, describing them as its missing ‘boots on the ground’. Expanding the field workforce would support near real-time data collection, improve production forecasts and enable faster responses to challenges affecting farmers and fisherfolk. He also welcomed this year’s national census, saying updated population data would improve food demand forecasting.

The partnership aims to shift the Department of Agriculture from reactive to proactive food security management. Updated agricultural and population data will help the government better estimate future food demand, refine production targets and improve budget planning. According to Tiu Laurel, data should help policymakers anticipate future challenges rather than simply document past events in the Philippines.

Why does it matter?

The initiative illustrates how AI and Earth observation technologies are becoming practical tools for agricultural governance. More timely and accurate data can help governments improve production planning, respond more quickly to climate-related disruptions and strengthen long-term food security.

The partnership also highlights that digital transformation depends on both technology and institutional capacity. By combining AI, satellite imagery and field verification through agricultural extension workers, the Philippines is seeking to build a more reliable and responsive agricultural information system that could serve as a model for other countries facing similar food security challenges.

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CERN scientists see AI shaping next-generation collider research

CERN researchers are expanding the use of AI across particle physics, deploying AI both during experiments and in the analysis of collision data.

According to CERN physicists, AI systems are already being used to help identify potentially significant particle collisions in real time, enabling researchers to process the enormous volumes of data generated by the Large Hadron Collider (LHC).

Scientists say AI’s role is expected to grow as CERN upgrades the LHC to the High-Luminosity LHC and develops plans for the Future Circular Collider (FCC), a proposed successor that is expected to begin operation in the 2040s. Beyond analysing experimental data, researchers are exploring how AI could support the design of detectors, optimise collider components and improve operational efficiency.

According to CERN physicist Maurizio Pierini, new AI techniques, including neural-network-based trigger systems and anomaly detection, could help identify unexpected events that existing theories do not predict. Researchers also expect AI to improve the precision of data analysis and assist with the design and operation of future particle physics experiments.

Why does it matter?

CERN’s work illustrates how AI is becoming part of the scientific research infrastructure rather than simply a tool for analysing results after experiments. The technology is increasingly being integrated into the design, operation and interpretation of large-scale scientific facilities, with potential implications for how future discoveries are made across research disciplines.

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WSIS Forum 2026 closes with call to turn digital commitments into action

The World Summit on the Information Society (WSIS) Forum 2026 concluded with a strong call for the next decade to focus on implementation, as leaders from governments, international organisations, the private sector, and civil society stressed that digital transformation must be measured by its impact on people’s lives rather than by technological progress alone.

Closing the week-long forum in Geneva, ITU Secretary-General Doreen Bogdan-Martin described the gathering as a historic milestone for the global digital community, while Forum Chair Raafat Hendy of Egypt urged stakeholders to ensure that commitments made under the renewed WSIS mandate translate into tangible outcomes by 2035.

Honouring the past while looking ahead

Before reviewing the forum’s achievements, Bogdan-Martin paid tribute to three long-time contributors to the WSIS process who had recently passed away, Rita Goulous of Tunisia, Yuri Grin of the Russian Federation, and Gary Fowley of Canada. She recognised their lasting contributions to building the multistakeholder framework that has guided WSIS for more than two decades.

Turning to the forum itself, Bogdan-Martin highlighted its unprecedented scale, with more than 12,000 participants from over 170 countries attending Geneva Digital Week, including the AI for Good Global Summit, the first Global Dialogue on AI Governance, and the WSIS Forum.

She also celebrated major milestones achieved during the week, including the Partner2Connect initiative surpassing its original target by securing more than USD 120 billion in connectivity commitments worldwide. Another key outcome was the publication of the final report of the International Advisory Body on Submarine Cable Resilience after two years of global collaboration.

Looking ahead, Bogdan-Martin outlined the next phase of the WSIS process, noting that Action Line facilitators will submit implementation roadmaps to the UN Commission on Science and Technology for Development (CSTD) in 2027, directly linking WSIS commitments with the Sustainable Development Goals (SDGs) and the Global Digital Compact.

A decade of implementation

Forum Chair Raafat Hendy reflected on the week’s discussions, identifying digital inclusion, AI for development, digital finance, youth participation, and closing the gender digital divide as the central priorities that emerged throughout the forum.

He argued that connectivity alone is no longer sufficient, stressing that people also need affordable access, digital skills, relevant content, trusted services, and meaningful opportunities to participate in the digital economy.

‘Success should be measured not by technology deployed, but by lives improved,’ Hendy said, urging governments and stakeholders to focus on practical outcomes rather than technological achievements.

The WSIS Prizes were highlighted as examples of that approach, with 18 winners and 72 champions selected from 1,595 submissions representing 122 countries. According to Hendy, the projects demonstrated that digital technologies are already improving education, healthcare, inclusion, and community development worldwide.

Global cooperation remains essential

Representatives from Malaysia, South Africa, and the Republic of Korea reaffirmed their commitment to the WSIS vision of a people-centred, inclusive, and development-oriented information society.

Malaysia pledged continued cooperation to advance universal connectivity, trusted digital governance, and resilient digital infrastructure, while South Africa emphasised the importance of maintaining Africa’s active role in shaping the global digital agenda. The Republic of Korea highlighted the need to move beyond basic connectivity towards meaningful digital use supported by affordability, digital skills, accessibility, and trust.

Throughout the ceremony, speakers consistently stressed that digital transformation cannot be achieved by governments alone. Instead, they pointed to the multistakeholder model that has defined WSIS since its inception, bringing together governments, UN agencies, the private sector, academia, civil society, and the technical community.

Closing the forum, Bogdan-Martin described the renewed WSIS mandate as an opportunity to move from discussion to delivery. With implementation roadmaps due in 2027 and the mandate extended to 2035, she said the coming years should focus on translating political commitments into measurable improvements for people everywhere.

‘The countdown starts now,’ she concluded.

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Experts at WSIS Forum 2026 call for rethinking education in the AI era

AI is forcing educators to rethink not only how students learn but also what skills matter most in the digital age, speakers concluded during a WSIS Forum 2026 session on the future of education. Participants from academia, international organisations, aviation, and student communities agreed that while AI can enhance learning, it cannot replace the human qualities that underpin creativity, critical thinking, and meaningful knowledge creation.

Moderated by Hao Liu, the discussion explored how education systems should evolve as AI becomes increasingly integrated into classrooms and workplaces, drawing on both European and Chinese perspectives on learning.

Storytelling and apprenticeship remain at the heart of learning

Opening the discussion, Jovan Kurbalija, Executive Director of Diplo, argued that human learning has historically relied on two fundamental methods, which are apprenticeship, learning by observing others, and storytelling, through which people construct and communicate knowledge.

While AI has the potential to strengthen apprenticeship by supporting practical learning, he warned that it increasingly threatens storytelling. With tools such as ChatGPT and DeepSeek capable of producing polished essays in minutes, students may bypass the intellectual process of organising ideas, building arguments, and developing their own voice.

‘The question is not whether AI can write an essay,’ Kurbalija suggested. ‘The question is whether we still value the human process of creating one.’

Responding from a Chinese perspective, Hao Liu noted that storytelling has long played a central role in Chinese history as well, helping leaders inspire people and build shared visions. That motivational power, he argued, cannot simply be generated by AI.

Universities should focus on asking better questions

Hong Guan, from the School of Global Governance at Beijing Institute of Technology (BIT), presented a framework of five ‘meta-capabilities’ that universities should prioritise in the AI era: learning agility, execution capability, communication skills, leadership potential, and critical judgement.

Rather than competing with AI in delivering information, universities should concentrate on helping students evaluate information, solve complex problems, and make sound decisions.

‘AI shouldn’t replace education,’ she said. ‘AI should push us to make education better.’

Guan also described how BIT increasingly relies on oral examinations and project-based learning rather than traditional written exams, making it much harder for students to rely exclusively on AI-generated answers.

Students warn of growing dependence on AI

Some of the session’s strongest interventions came from students themselves.

A Stanford University student described classmates uploading entire textbooks into AI systems shortly before exams, achieving excellent grades while retaining little of what they had supposedly learned.

‘What’s the point of being in school if you’re just going to do this?’ she asked.

More fundamentally, she questioned how future scientific discoveries would emerge if students increasingly relied on AI-generated summaries instead of developing original understanding.

Another student highlighted a different concern, that AI often provides answers that appear convincing even when users lack sufficient background knowledge to evaluate them critically. Instead of accepting AI outputs at face value, students should first clarify what they do not understand and develop questions before turning to AI for assistance.

Several speakers agreed that prompting AI effectively has itself become an important communication skill, but stressed that good prompts cannot substitute for genuine understanding.

Critical thinking becomes more valuable as information becomes cheaper

Drawing on her experience leading digital innovation initiatives at UNIDO, Ana Paula argued that AI is changing the value of human skills rather than eliminating them.

As information becomes abundant and inexpensive through AI, the ability to evaluate competing sources, exercise judgement, and adapt continuously becomes increasingly valuable.

‘Critical thinking is coming at a premium because information is now cheap,’ she observed.

She also challenged the widespread assumption that adaptability is an innate personal characteristic, arguing instead that it can be deliberately developed through continuous learning.

From the aviation sector, former ICAO officials Catalin Radu and Nabil Naoumi echoed the importance of embracing AI while maintaining human oversight. Both described AI as an indispensable professional tool capable of improving productivity, drafting documents, and supporting complex operational decisions, but insisted that human vision, responsibility, and face-to-face collaboration remain irreplaceable.

Humanity’s strengths cannot be automated

Closing the discussion, speakers shifted from practical education reform towards broader philosophical questions about humanity’s role in an AI-driven world.

Maricela Muñoz argued that curiosity, compassion, creativity, and ingenuity remain uniquely human qualities that should anchor education and professional development. Technology, she said, should free people from routine work rather than diminish opportunities for reflection and innovation.

Kurbalija concluded by describing AI as ‘a mirror’ that reveals what makes people uniquely human. Drawing on philosophical and religious traditions from around the world, he argued that education should not aim to optimise students into machine-like efficiency but instead preserve the human capacity for imperfection, reflection, and independent thought.

Across the discussion, speakers reached broad agreement that AI will continue transforming education, but its success will ultimately depend on whether schools and universities place greater emphasis on critical thinking, storytelling, adaptability, and lifelong learning, skills that remain fundamentally human despite rapid advances in AI.

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UN explores how AI can scale human rights implementation

Digital tools and AI can help governments turn thousands of human rights recommendations into concrete action, but only if technology remains firmly guided by human expertise and institutional cooperation, speakers concluded during a WSIS Forum 2026 session on scaling digital tools for human rights monitoring.

The discussion brought together representatives from Costa Rica, the Office of the UN High Commissioner for Human Rights (OHCHR), academia, and civil society to examine how digital platforms, AI-assisted analysis, and improved data management can enhance the implementation of recommendations issued by UN human rights mechanisms.

Costa Rica shares experience with recommendation tracking

Opening the discussion, Domenico Zipoli, Head of Programmes at the Geneva Human Rights Hub, noted that governments receive thousands of recommendations every year from treaty bodies, the Universal Periodic Review (UPR), special procedures, and regional mechanisms, making implementation increasingly difficult without digital support.

Costa Rica’s Roberto Cespedes, Chargé d’Affaires at the country’s mission to the UN in Geneva, explained how the National Recommendations Tracking Database (NRTD) has transformed the country’s follow-up process.

Costa Rica established its National Mechanism for Implementation, Reporting and Follow-up (NMIRF) in 2011, bringing together ministries, parliament, the judiciary, and the national human rights institution. However, for years, the mechanism lacked an effective technological platform capable of managing recommendations from multiple international processes.

‘The database has significantly improved visibility of recommendations across institutions,’ Cespedes said.

He highlighted the tool’s ability to cluster recommendations by topic, enabling ministries to identify shared responsibilities and collaborate more effectively. Rather than working in isolation, institutions increasingly recognise the need for coordinated implementation.

Costa Rica is also working to expand access beyond government. Cespedes said civil society organisations are expected to gain direct access to the platform, allowing them to monitor implementation, provide feedback, and strengthen transparency.

OHCHR: AI can assist, but humans remain indispensable

Presenting the UN perspective, Marie Eve Boyer, Human Rights Officer at OHCHR, explained that the NRTD was developed to address the fragmentation of international human rights recommendations.

Built on the Universal Human Rights Index, the platform enables governments to consolidate recommendations, assign responsibilities across ministries, monitor progress, and prepare reports more efficiently.

Boyer noted that 20 countries are already using the NRTD, while another 40 are waiting for deployment.

She argued that AI has significant potential to support implementation by identifying relevant information, clustering recommendations, highlighting data gaps, and scaling reporting processes. However, she stressed that technology cannot replace human judgement.

‘AI can help process information, but it cannot understand the reality experienced by communities,’ she said, adding that contextual expertise remains essential when assessing whether recommendations have genuinely been implemented.

She also warned against viewing digital tools as substitutes for strong institutions, arguing that successful implementation depends on sustained human engagement alongside technological innovation.

Generative AI opens new possibilities for legal experts

Offering an academic perspective, Lukasz Szoszkiewicz, Assistant Professor at Adam Mickiewicz University in Poznań, demonstrated several prototype tools built using natural language processing and generative AI.

His projects include searchable databases of UN treaty body jurisprudence, analytical dashboards for the Universal Human Rights Index, and paragraph-level search tools for European Court of Human Rights decisions.

Szoszkiewicz argued that generative AI is fundamentally changing software development by enabling lawyers, researchers, and other domain experts to build specialised digital tools themselves rather than relying solely on IT teams.

‘Domain experts now have the possibility to develop tools that match exactly what they need,’ he explained.

He also addressed concerns about AI hallucinations, recommending that large language models be used primarily to generate deterministic software code rather than directly analysing sensitive datasets. This approach, he said, produces more reliable and verifiable results while reducing the likelihood of inaccurate outputs.

Better data still needed to measure real-world outcomes

Audience interventions highlighted persistent challenges surrounding data availability and measuring whether human rights recommendations actually improve people’s lives.

Representatives from civil society organisations working on torture prevention and disability rights pointed to the difficulty of obtaining reliable outcome data, particularly in countries where governments do not systematically publish relevant information.

Responding to these concerns, Boyer said OHCHR is exploring minimum datasets that could help governments monitor implementation more consistently while aligning human rights indicators with the Sustainable Development Goals.

Cespedes added that AI could eventually help governments identify positive actions that officials may not even realise correspond to international recommendations, making implementation more visible and easier to document.

Throughout the session, speakers agreed that AI and digital platforms should be viewed as tools to strengthen human rights implementation rather than replace human oversight. They concluded that meaningful progress will depend on better data, stronger institutional cooperation, and continued collaboration between governments, international organisations, academia, and civil society.

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UNESCO highlights civil servants’ role in AI governance

UNESCO’s AI literacy training for civil servants has highlighted the importance of public-sector capacity in responsible AI governance.

The programme focuses on AI ethics, governance, risk management and responsible use, rather than only on productivity tools or prompt-writing skills.

UNESCO said many participants initially expected practical training on AI tools, but later connected issues such as accountability, transparency, bias, procurement and oversight to their own public-sector responsibilities.

The experience showed that meaningful human oversight depends not only on technical safeguards inside AI systems, but also on the capacity of officials involved in procuring, deploying, regulating and monitoring those systems.

UNESCO said participants often finished the programme with more questions than they had at the beginning. The organisation framed that as a sign of growing awareness of the complexity of AI governance, not as a lack of understanding.

Localisation also proved important. Through the AI Ethics Experts Without Borders network, training was adapted to national contexts and delivered in languages used by officials in their daily work, including cohorts in Egypt and Tunisia.

UNESCO said AI literacy should be seen as a foundation for broader institutional readiness, including risk assessment methods, procurement guidance, monitoring processes, internal governance structures and cross-government coordination.

Why does it matter?

AI governance often focuses on principles, laws and technical safeguards, but implementation depends on the officials who must apply those tools in practice. Civil servants involved in procurement, regulation, service delivery and oversight need enough AI literacy to ask informed questions, identify risks and challenge vendor or institutional assumptions. Without that capacity, “human oversight” can become a procedural checkbox rather than a meaningful accountability mechanism.

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