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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WSIS session calls for a broader understanding of digital citizenship in the AI era

A WSIS Forum 2026 session on digital citizenship examined how governments, regulators, international organisations, and technical communities can help people participate safely and meaningfully in digital society as AI becomes more widely used.

The discussion took place during the WSIS Forum 2026, held in Geneva from 6 to 10 July. The annual multistakeholder forum, co-organised by ITU, UNESCO, UNDP, and UNCTAD, brings together governments, international organisations, civil society, the private sector, academia, and technical communities to advance implementation of the WSIS Action Lines and support digital cooperation.

Opening the session, Alik Mikaelian, project specialist at UNDP Egypt, said digital citizenship can no longer be understood only as internet access. Although billions of people are now online, she argued that meaningful participation requires the ability to think critically, understand rights and responsibilities, navigate AI-enabled environments, and engage safely in digital society. She also linked digital citizenship to trusted institutions, resilient infrastructure, and cooperation among governments, the private sector, civil society, and technical communities.

Dr Hoda Baraka, advisor to Egypt’s Minister of ICT for Technology Talent Development and a Professor of Computer Engineering at Cairo University, presented Egypt’s approach to digital citizenship, describing a digitally empowered citizen as someone able to ‘access, understand, use, create, and benefit from digital technologies’ in a safe, ethical, productive, and inclusive way. She said Egypt’s Digital Egypt agenda combines infrastructure expansion, digital government services, digital literacy, skills programmes, online safety, and support for persons with disabilities.

Baraka said Egypt is working across different age groups and professional communities, including school pupils, university students, graduates, public servants, parents, educators, and persons with disabilities. She highlighted initiatives such as Digital Egypt Marvel Schools and the Digital Egypt Cubs Initiative, as well as programmes for advanced skills and public-sector readiness. She added that online safety is becoming increasingly important due to misinformation, deepfakes, privacy risks, and threats to personal data.

Dr Abeer Shakweer, speaking from UNDP Egypt’s perspective, said the focus should shift from simply combating misinformation to strengthening information integrity. She argued that citizens need critical thinking skills and the capacity to make informed decisions in AI-shaped information environments.

Shakweer described a three-pillar UNDP programme in Egypt. The first pillar addresses misinformation and disinformation through an assessment of the information ecosystem and a bilingual Arabic-English toolkit for youth and journalists. She said the toolkit had been used to train more than 120 young people and 25 journalism trainers. The second pillar explores how AI can be used both to spread and to counter false information, while the third embeds capacity development across public-facing digital programmes, including digital transformation, digital public infrastructure, and future intelligence.

Krisstina Rao focused on digital public infrastructure (DPI), describing it as shared, reusable infrastructure that supports services across government rather than separate systems developed by individual ministries or departments. She cited digital identity, payment systems, and consent-based data exchange as examples.

Rao said governments cannot build complex DPI systems alone and need early collaboration with stakeholders who can contribute expertise on inclusion, safety, accountability, and adoption. She warned that if countries continue maintaining both digital and analogue systems, because many people remain excluded, costs remain high, and the full value of DPI is reduced. She referred to examples, including Brazil’s PIX forum and Ethiopia’s early collaboration with UNHCR to connect digital identity systems with refugee registration.

Dr Chafic Chaya stressed that digital citizenship should not be separated from internet infrastructure. He said discussions often focus on individual behaviour, such as staying safe online or protecting data, but that meaningful participation also depends on resilient connectivity, reliable platforms, and secure environments. He added that this is particularly important in the Global South, where access may expand faster than resilience and capacity development.

Her Excellency Lara Khateeb brought a regulatory perspective, saying rules must remain flexible and adaptive because technology changes quickly. She said Jordan benchmarks international practices and uses public consultation to make regulations more workable. She described this as a form of ‘reverse engineering’, starting from available technologies and practical solutions before shaping rules around them.

Khateeb cited Jordan’s work on child online protection as an example, explaining that regulators consulted telecom operators about available technical solutions and international platforms about how those systems interact. She also emphasised data protection, coordination with cybersecurity agencies, and awareness campaigns tailored to different groups, including children, women, businesses, and SMEs.

Nicholas Field highlighted the role of young people in digital citizenship. Drawing on work with Omidyar Network and UNICEF, he said young people often want to engage and are ready to contribute, but are frequently treated as an afterthought in policymaking. He noted that they often help older family members use digital services and argued that governments should reach them through the channels they actually use, including influencers, YouTube, and podcasts.

Field also raised the issue of AI skills among teachers, saying educators cannot be expected to guide responsible AI use if they do not understand the technology themselves. He said institutions should not assume students will avoid AI tools, but should instead define clear parameters for responsible and acceptable use.

The session also discussed sandboxes as practical tools for testing digital systems before full deployment. Field described sandboxes as time-bound technical environments created for a specific learning purpose. He said they can help regulators, companies, and citizens build trust through safe experimentation. He cited the French identity sandbox, which contributed to work around interoperable digital identity, and the GovStack interoperability sandbox, which tests components such as ID, consent, registers, messaging, and workflow.

Shakweer later shifted the discussion from citizens to institutions, arguing that digital transformation requires public bodies to assess their own readiness and invest in capacity development. She said UNDP uses digital and AI readiness assessment tools to help organisations understand their current position and develop practical roadmaps. In Egypt, she said, such assessments had been applied with the Ministry of Justice and started with the National Telecommunication Regulatory Authority.

Returning to AI governance, Al-Khateeb said regulators should encourage responsible AI use rather than ban it. She criticised approaches that prohibit AI use outright, arguing that people should instead be taught to use the technology responsibly, including by checking sources and understanding risks. She also described how Jordan’s Telecommunications Regulatory Commission uses an internal AI system, not connected to the internet, to search regulations and decisions and support regulatory work.

Baraka closed the discussion by outlining Egypt’s responsible AI work. She said Egypt has an ethical charter, a governance framework, guidelines for developers and deployers, and procurement guidance for public institutions buying AI systems. However, she stressed that frameworks alone are not enough and that institutions need practical tools to apply them before and after deployment.

She also highlighted Egypt’s emerging AI Audit Lab, developed with support from UNDP, GSMA, GIZ, and WebSphere, as a way to help move from principles to implementation. The lab is intended to support Egyptian programmers, developers, and SMEs in testing and building responsible AI systems, including around fairness, accountability, transparency, openness, interoperability, and explainability.

Across the session, speakers agreed that digital citizenship in the AI era requires more than connectivity. It depends on critical thinking, trusted public institutions, secure infrastructure, inclusive DPI, flexible regulation, AI literacy, online safety, and practical tools that allow citizens and institutions to use digital technologies responsibly.

Track all key moments from the WSIS Forum 2026 on our dedicated WSIS page.

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Hong Kong launches AI privacy sandbox for schools

Hong Kong’s Office of the Privacy Commissioner for Personal Data and the Digital Policy Office have launched an AI privacy sandbox to support responsible AI adoption in schools.

The Safeguarding Personal Data AI Sandbox will provide a collaborative platform for schools exploring AI solutions while managing the risks to personal data protection.

The first phase will run for six months and select 15 school applicants. It is open to publicly funded primary and secondary schools, with applications accepted until 30 October 2026.

Selected schools will receive guidance from the Privacy Commissioner’s office on compliance with the Personal Data (Privacy) Ordinance.

They will also receive support from the Digital Policy Office on Hong Kong’s Generative Artificial Intelligence Technical and Application Guideline.

Cyberport, Hong Kong, and the Hong Kong Productivity Council will provide technical advice.

A briefing session for interested schools is scheduled for 28 August 2026.

Why does it matter?

Schools are increasingly exploring AI tools, but their use of student data creates specific privacy, safety and governance risks. Hong Kong’s sandbox offers a practical way to test AI adoption in education while giving schools regulatory and technical support. The initiative also shows how governments can move beyond broad AI principles by creating sector-specific support mechanisms for institutions that may lack in-house expertise.

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University of Wisconsin launches College of Computing & AI

The University of Wisconsin-Madison has launched its College of Computing & Artificial Intelligence (CAI), the institution’s first new college in more than four decades.

The new college brings together the departments of Computer Sciences, Statistics and the Information School, building on the School of Computer, Data & Information Sciences established in 2019.

The college will focus on computing and AI education and research while promoting collaboration across fields including health, engineering, business, the social sciences, the arts and the humanities.

The university also plans to launch new academic programmes, recruit 50 faculty members over the coming years and expand partnerships with industry and government to strenthen research, education and innovation.

Why does it matter?

The creation of a dedicated College of Computing & Artificial Intelligence reflects the growing importance universities are placing on AI as a cross-disciplinary field rather than a specialised area within computer science. By bringing together expertise from multiple disciplines, the university aims to prepare students and researchers to address the technical, social and ethical challenges of AI.

The investment also highlights intensifying competition among higher education institutions to attract talent, research funding and industry partnerships in AI. Expanding faculty, academic programmes and collaboration with government and business positions the university to play a larger role in developing the next generation of AI research and workforce skills.

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Europol Roblox game wins EU award for online child safety

Europol’s Cyber Defenders initiative has won the 2026 European Ombudsman Award for Good Administration.

The free educational game, built on Roblox, is designed to help children recognise online risks and develop safer behaviour in digital environments.

Cyber Defenders received the overall award, selected from 48 nominations submitted by the EU institutions, bodies and agencies. It also won the Excellence in Technological Innovation and the Use of AI category award.

The game teaches children about risks such as fraud, identity theft and online grooming through interactive missions rather than traditional awareness campaigns.

Europol says the project was developed to reach children in online gaming environments they already use, while making them more comfortable asking for help when they encounter risks.

The agency has also published supporting resources for teachers, parents and schools, including a game guide, lesson assessment, poster and letter to parents.

The award follows earlier recognition of Europol digital initiatives, including Trace An Object, which uses public participation to help identify victims of child sexual abuse.

Why does it matter?

Cyber Defenders shows how law enforcement agencies are experimenting with interactive tools to improve children’s digital safety skills. Game-based learning can make online safety more relevant for younger users, especially in gaming environments where risks such as grooming, scams and identity theft may appear. The award also reflects broader recognition that digital literacy and prevention are part of child online safety, alongside regulation, enforcement and platform accountability.

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EU launches Cybersecurity Skills Coalition EDIC

The European Commission and participating member states have launched the Cybersecurity Skills Coalition European Digital Infrastructure Consortium to strengthen cybersecurity skills across the EU.

The consortium, known as CSC-EDIC, will support the implementation of the EU Cybersecurity Skills Academy, a flagship initiative launched by the Commission in 2023.

Announced during Digital Skills EU Days 2026, the consortium will be based in Athens. Greece, Cyprus, Austria, Croatia and Slovenia are founding members, while Czechia and Poland have joined as observers. Other member states will be able to join later.

The Commission said CSC-EDIC will develop and deliver tailored cybersecurity training programmes, measure cybersecurity skills gaps and serve as the secretariat for the Industry-Academia Network.

Working with ENISA, the consortium will also support cyber resilience in critical sectors, particularly the healthcare sector. Planned activities include an EU-wide attestation scheme for cybersecurity skills, career pathways and micro-credentials.

The initiative has received a €3.1 million grant from the Digital Europe Programme to support its initial governance, staffing and operations.

The Commission said the Cybersecurity Skills Academy has already secured 26 industry pledges, helping train more than 900,000 cybersecurity professionals. Ten partnerships have also been established through the Industry-Academia Network.

Why does it matter?

Europe’s cybersecurity workforce shortage affects the resilience of governments, businesses and critical sectors such as healthcare. CSC-EDIC gives member states a formal structure to pool resources, coordinate training and align skills development with EU cyber priorities. The initiative also shows how the EU is treating cybersecurity capacity as part of digital infrastructure, rather than solely as a labour-market issue.

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UNICEF warns millions of children rely on AI for advice and learning

Millions of children worldwide are already using AI for learning, problem-solving and personal guidance, according to UNICEF, which warns that safeguards are not keeping pace with adoption. Data collected across 10 countries suggests that at least 20 million children have used AI tools, with adoption rates significantly higher than among adults.

UNICEF estimates that around 13 million children use AI to support schoolwork, while approximately two million turn to it for advice on personal concerns. The organisation warns that AI is becoming embedded in children’s lives faster than safeguards and oversight mechanisms are being developed.

Young users also reported concerns about misinformation, scams and AI-generated deepfakes. UNICEF is calling on governments and technology companies to strengthen regulation, improve digital literacy and ensure AI systems are designed with children’s rights and safety in mind.

Why does it matter? 

The findings suggest that AI is already becoming part of children’s everyday lives, influencing how they learn, seek information and even look for personal support. As adoption accelerates, the gap between technological use and effective safeguards could expose young users to misinformation, manipulation, privacy risks and other online harms.

The report also highlights the growing importance of child-centred AI governance. Decisions made now on regulation, digital literacy and safety-by-design are likely to shape how future generations interact with AI, making children’s rights an increasingly important consideration in global AI policy.

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UNESCO expands digital literacy training for educators

Around 10,000 literacy educators worldwide have completed a UNESCO Institute for Lifelong Learning digital skills course designed to strengthen the use of technology in literacy education.

The multilingual course was launched in December 2025 by the Secretariat of the Global Alliance for Literacy, in collaboration with Huawei. It is available in Arabic, English, French and Spanish.

The programme focuses on practical digital skills that educators can apply in literacy classrooms. It also encourages participants to use digital tools responsibly, evaluate online information critically and understand how technologies, including AI, shape learning and information use.

UNESCO said literacy today goes beyond reading and writing, requiring learners and educators to navigate digital environments and participate confidently in societies increasingly mediated by technology.

The course is delivered through 11 self-paced sessions and encourages educators to reflect on their teaching practice while developing new skills.

Participants from countries including Mexico, Pakistan and Togo reported stronger confidence in using digital tools, more learner-centred teaching approaches and greater use of collaboration and assessment technologies.

UNESCO said national and municipal adult education agencies, adult learning providers and UNESCO Learning Cities are helping expand the course across countries.

Why does it matter?

Digital literacy is becoming essential for both educators and learners, especially as AI and online platforms reshape access to information. Training literacy educators first can create a multiplier effect, helping adult learners and underserved communities build practical digital skills, critical thinking and confidence in online environments. The programme also shows how international education initiatives are moving beyond access to focus on effective and responsible use of technology.

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Moldova tightens rules on AI in university theses

Moldova has approved a national framework regulation on academic integrity in higher education, introducing common rules on plagiarism, unauthorised use of AI and other forms of academic fraud.

The regulation, approved by the government and developed by the Ministry of Education and Research, sets a single framework that all higher education institutions in Moldova will be required to implement.

Under the new rules, students will have to declare whether they used AI in their academic work and explain how they used it. The ministry said the framework is intended to increase transparency and strengthen responsibility in the use of digital tools.

Acceptable AI use may include support functions such as proofreading, formatting or organising material, while core academic work, including analysis, interpretation and conclusions, must remain the student’s own intellectual contribution.

The regulation also classifies academic integrity violations by severity, with sanctions ranging from rewriting assignments to suspension or expulsion. Academic staff and supervisors may also face disciplinary measures if they fail to enforce integrity rules.

The framework forms part of Moldova’s wider effort to strengthen trust in higher education, including the planned use of a national anti-plagiarism system for bachelor’s and master’s theses.

Why does it matter?

Moldova’s rules show how universities are moving from informal guidance on generative AI towards enforceable academic integrity frameworks. Requiring students to disclose AI use can help distinguish between acceptable assistance and improper authorship, while preserving the value of independent analysis and critical thinking. The approach also reflects a wider education-policy challenge: institutions need to adapt assessment and integrity systems without banning useful digital tools entirely.

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Microsoft report finds AI use growing across schools

Microsoft has released the third edition of its AI in Education Report, finding that AI adoption continues to grow across schools while educators and students seek more training and practical guidance for responsible use.

The report found that AI is already widely used for school-related activities, with 92% of students and education leaders and 88% of educators reporting that they use AI. More than half of education leaders said their institutions are already implementing or scaling AI initiatives, while most respondents reported increased AI use over the past year. More than half of education leaders said their institutions are already implementing or scaling AI, while most respondents reported increased AI use over the past year.

The report identifies three priorities for schools: integrating AI into teaching and administrative operations, expanding ongoing AI skills training and providing clearer guidance for responsible classroom use. Although most respondents considered AI literacy important, many educators and students said they had not received formal training.

Alongside the report, Microsoft announced new AI-powered features for Microsoft 365 Education, including lesson-planning tools, classroom AI guidance, learning management capabilities and study assistants designed to support critical thinking rather than replace student work. Microsoft also expanded its professional development programmes through Elevate for Educators and introduced a new AI literacy credential developed in partnership with ISTE + ASCD.

Why does it matter?

The report suggests that AI is becoming a routine part of teaching and learning, shifting the conversation from whether schools should adopt AI to how they can use it responsibly and effectively. The findings indicate that demand for AI literacy, teacher training and practical classroom guidance is growing alongside adoption.

Microsoft’s new education tools also reflect a broader trend across the education technology sector, where AI is increasingly being integrated into lesson planning, administrative workflows and personalised learning. As AI becomes more embedded in schools, ensuring that educators and students have the skills to use these tools critically and responsibly is likely to become a key priority for education systems.

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