Capacity development Archives | Digital Watch Observatory

New Google programme targets environmental risks with frontier AI

Google DeepMind has launched an accelerator programme in the Asia Pacific aimed at helping startups, research teams and nonprofits use AI to address environmental challenges.

The three-month AI for the Planet programme will support organisations working on issues linked to nature, climate, agriculture, energy and other environmental risks. Google said selected teams will receive expert mentorship, tailored support and guidance from Google AI specialists on integrating frontier AI and science AI models into their projects or products.

The initiative is focused on the Asia Pacific, a region Google describes as both a major engine of economic growth and highly vulnerable to climate change. The company said green technologies are gaining momentum in the region but are not scaling fast enough to keep pace with rising environmental risks.

Selected participants will begin with an in-person bootcamp in Singapore, where they will work to refine their use cases and scale their climate and environmental solutions.

Why does it matter?

The programme reflects growing interest in applying frontier AI to environmental resilience, from climate modelling and nature protection to agriculture and energy systems. Its significance will depend on whether early-stage teams can turn AI research and tools into deployable solutions for regions facing rising climate and resource pressures.

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SAIFA project launched to support AI and high-performance computing in Serbia

The School of Electrical Engineering at the University of Belgrade has announced the launch of SAIFA, the Serbian Artificial Intelligence Factory Antenna, supported by the EuroHPC Joint Undertaking. According to the organisers, the project forms part of a broader EU initiative focused on interconnected AI and high-performance computing environments.

SAIFA is intended to expand access to AI and computing resources for academia, public administration, startups, and industry. It also aims to integrate national expertise into the broader European AI ecosystem through collaboration, application development, and knowledge exchange.

Project leadership highlighted SAIFA as both a continuation of ongoing work in advanced computing and a step towards stronger regional cooperation within the EU. The initiative includes partners from research, innovation, and government sectors.

A consortium of institutions, including research institutes and government bodies, will support the project’s development and implementation. The launch event and initial meeting took place in Belgrade, Serbia.

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UNESCO expands online course on AI and digital citizenship

UNESCO has launched the second edition of its free Massive Open Online Course focused on digital citizenship and AI, following the first programme, which attracted more than 23,000 registered participants.

The course, titled ‘Educating in the Age of Artificial Intelligence: Digital Citizenship from the Classroom’, is expanding internationally through the introduction of a new English-language version alongside its existing Spanish programme. Classes for both versions are scheduled to begin on 15 June 2026.

UNESCO said the initiative aims to help educators, schools, and broader communities better understand how AI systems affect everyday life, democratic participation, and digital environments. According to UNESCO, the course examines algorithms, digital ethics, online behaviour, information integrity, and societal aspects of AI.

The programme covers digital citizenship topics, including disinformation, digital footprints, online participation, and protection of rights in digital spaces.

UNESCO highlighted the importance of analytical skills, critical thinking, and ethical reflection in relation to emerging technologies.

The course includes five thematic modules covering algorithms, AI in education, and the role of digital systems in communication and public discourse. Participants will engage with videos, expert discussions, case studies, and collaborative forums throughout the programme.

Why does it matter?

Educational systems globally are increasingly under pressure to prepare citizens for digital environments shaped by AI, algorithmic recommendation systems, synthetic media, and automated decision-making. Digital literacy is gradually evolving beyond technical competence into a broader set of civic, ethical, and critical thinking skills connected to democratic participation and societal resilience.

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Vatican establishes commission on AI under Pope Leo XIV

The Vatican has established an Inter-Dicasterial Commission on Artificial Intelligence, approved by Pope Leo XIV, to coordinate work on the implications of rapidly advancing AI technologies.

The decision was formalised in a rescript dated 12 May and published by the Holy See Press Office on 16 May. The document refers to the acceleration of AI development and its widespread use, as well as its potential effects on human beings and humanity as a whole.

The rescript links the initiative to the Church’s concern for the dignity of every human being, especially in relation to integral human development. It says the commission was established by the Cardinal Prefect of the Dicastery for Promoting Integral Human Development, with the approval of Pope Leo XIV.

The commission will include representatives from the Dicastery for Promoting Integral Human Development, the Dicastery for the Doctrine of the Faith, the Dicastery for Culture and Education, the Dicastery for Communication, the Pontifical Academy for Life, the Pontifical Academy of Sciences and the Pontifical Academy of Social Sciences.

Coordination will initially be entrusted to the Dicastery for Promoting Integral Human Development for one year, renewable if necessary. The coordinating institution will facilitate collaboration and information exchange among participating bodies on AI-related activities and projects, including policies on AI use within the Holy See.

Why does it matter?

The commission shows that the Vatican is treating AI as a cross-cutting institutional issue linked to human dignity, social responsibility and internal governance. By involving several dicasteries and pontifical academies, the Holy See is positioning AI not only as a technological matter, but as a question affecting doctrine, communication, education, science, life ethics and integral human development.

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Malta offers free ChatGPT Plus through AI literacy initiative

OpenAI and the Government of Malta have announced a partnership to provide Maltese citizens with access to ChatGPT Plus through a national AI literacy initiative.

The programme, called AI for All, will require participants to complete a course developed by the University of Malta before receiving one year of ChatGPT Plus at no cost. The course is designed to explain what AI is, what it can and cannot do, and how it can be used responsibly at home and at work.

The first phase is scheduled to launch in May, with distribution managed by the Malta Digital Innovation Authority. OpenAI said the programme will scale as more Maltese residents and citizens abroad complete the course.

OpenAI framed the partnership within its OpenAI for Countries initiative, which supports governments and institutions developing national AI adoption strategies. The company said the Malta model combines a locally designed course, access to ChatGPT Plus and a national programme intended to help citizens use AI for learning, work, creativity and public participation.

George Osborne, Head of OpenAI for Countries, said the partnership reflects a model in which national AI access is paired with skills development. Malta’s Minister for Economy, Enterprise and Strategic Projects, Silvio Schembri, said the initiative is intended to help citizens build confidence and practical skills for a digital economy.

Why does it matter?

Malta’s initiative links access to advanced AI tools with structured AI literacy, rather than treating adoption as a matter of availability alone. By requiring citizens to complete training before receiving ChatGPT Plus, the programme addresses both access and responsible use. It also shows how governments may increasingly shape AI adoption through national skills programmes, partnerships with AI companies and public-facing digital capability initiatives.

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Kazakhstan warns AI could displace up to 400,000 jobs

Kazakhstan’s Ministry of Labour and Social Protection has warned that widespread AI adoption could affect between 300,000 and 400,000 jobs over the next decade, highlighting concerns over structural shifts in the labour market.

First Vice-Minister Yerbol Tuyakbayev said the Workforce Development Centre is studying the potential impact of AI on the labour market. He said possible reductions could affect auxiliary and administrative roles, including accounting and some legal positions where tasks do not require direct human involvement.

At the same time, labour officials said demand remains strong for skilled technical and manual professions. The ministry pointed to current vacancies on the Enbek.kz platform and noted continued shortages in occupations requiring specialised practical expertise.

In response, the government has expanded retraining initiatives to help workers move into new roles. Tuyakbayev said around 186,000 people have already completed retraining programmes this year, including through regional initiatives and local centres such as JOLTAP in Astana.

Officials stressed that future employability and wages will depend heavily on qualification levels, as AI continues to reshape job structures and skills requirements across the economy.

Why does it matter?

Kazakhstan’s warning shows how governments are starting to treat AI as a labour-market transition issue, not only a productivity tool. The estimate points to potential pressure on routine administrative and professional roles, while also highlighting the need for retraining systems that can move workers into higher-demand technical and skilled occupations.

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South Africa and China expand digital education ties

South Africa and China have agreed on measures to deepen cooperation in digital education, technical skills development and student mobility following bilateral talks at the World Digital Education Conference in Hangzhou.

The talks brought together South Africa’s Minister of Higher Education and Training, Buti Manamela, and China’s Vice Minister of Education, Xu Qingsen. According to SAnews, the meeting produced a framework for stronger cooperation in areas including AI, vocational training and industry-linked education pathways.

Planned measures include a structured cooperation framework on AI in education and digital transformation, as well as a Joint Technical Working Group to oversee the rollout of China-South Africa Vocational and Technical Centres across all nine South African provinces.

Both countries also committed to expanding technical and vocational education and training cooperation, aligning programmes with industrial sectors such as AI, robotics, renewable energy and advanced manufacturing. Scholarship programmes are also expected to be more closely linked to South Africa’s industrial priorities, including AI, engineering, green energy and the development of TVET lecturers.

The cooperation will include expanded postgraduate study opportunities and joint research initiatives. Future short-term training programmes are expected to focus on AI governance, digital learning systems, industrial policy and digital public infrastructure, to strengthen institutional capacity across government and the post-school education sector.

Officials also highlighted the goal of linking education more directly with employment. Existing cooperation includes a partnership with Beijing Polytechnic College, where South African TVET students completed specialised training in new energy vehicles and hybrid technologies, with Chinese automaker BYD committing to provide internships and employment opportunities.

Why does it matter?

The cooperation links digital education with industrial policy, skills development and employment pathways, rather than treating AI education as a standalone technology issue. By focusing on vocational centres, scholarships, AI governance and digital public infrastructure, South Africa and China are positioning education cooperation as part of broader workforce and institutional capacity-building for the digital economy.

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Poland launches campaign to boost business cybersecurity awareness

Poland’s Ministry of Digital Affairs has launched a campaign to encourage entrepreneurs and management teams to take a more active role in protecting their companies from cyber threats.

The campaign, titled ‘Build your company’s digital security click by click’, is aimed at businesses and senior decision-makers. The ministry says its main goal is to encourage firms to address cybersecurity at both organisational and operational levels.

The campaign stresses that cybersecurity is no longer solely the responsibility of IT departments but is a key part of responsible business management. The ministry points to growing risks such as phishing and ransomware as digital technology becomes central to company operations.

According to the ministry, effective cybersecurity depends on three pillars: knowledge, processes and people. The campaign encourages firms to analyse risks, develop incident response procedures, train employees regularly and use official guidance available through cyber.gov.pl.

A separate focus is placed on medium-sized and large companies subject to requirements under Poland’s national cybersecurity system. The ministry says firms in key sectors should understand obligations related to risk management, incident reporting and the protection of information systems.

The campaign also calls on company leaders to integrate cybersecurity into business strategy, including through security policies, investment in skills and the development of a culture of responsibility across organisations.

Why does it matter?

The campaign reflects a broader shift in cybersecurity policy from technical protection towards organisational responsibility. By targeting business leaders, Poland is emphasising that cyber resilience depends not only on tools, but also on governance, staff training, incident response and compliance with national cybersecurity obligations.

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AI’s economic impact could redefine jobs and productivity trends

AI is increasingly being viewed as a potential general-purpose technology, similar to electricity, computers and the internet, with the capacity to reshape economies over time, according to Bank of Canada External Deputy Governor Michelle Alexopoulos.

Speaking at the Ottawa Economics Association and Canadian Association for Business Economics Spring Policy Conference, Alexopoulos said technological change usually unfolds gradually. Still, some innovations spread across industries and transform the wider economy. AI has developed over the past decades, but recent advances have accelerated adoption among people and businesses.

If AI becomes a general-purpose technology, it could eventually reshape jobs, improve productivity and make businesses more competitive, potentially leading to higher wages, lower costs for consumers and reduced inflationary pressure. Alexopoulos cautioned that forecasts will change as new information becomes available, but said AI’s potential effects on productivity, inflation and the labour market cannot be ignored.

Global uptake is expanding, though unevenly. Investment in AI data centres has risen sharply, particularly in the United States, while constraints such as power generation capacity and skills shortages continue to affect adoption. In Canada, adoption is gaining momentum but remains uneven across sectors, with some businesses saying AI does not yet meet their needs or that workers lack the required skills.

Early signs of modest productivity gains are emerging, as AI may allow economies to produce more goods and services without requiring people to work harder. Because productivity affects estimates of future economic growth, the Bank of Canada sees AI’s potential impact as relevant to monetary policy.

Labour-market effects remain mixed. Alexopoulos noted that some large technology firms have linked recent job cuts to AI, and studies show weaker hiring in highly exposed roles such as entry-level coding and customer service. However, she said the evidence so far does not show large-scale job losses, but rather that AI is transforming work tasks instead of replacing people.

Why does it matter?

AI’s possible emergence as a general-purpose technology could affect productivity, wages, inflation and labour demand over time. The Bank of Canada’s framing matters because it links AI adoption directly to macroeconomic policy, rather than just to business innovation. The central question is whether AI raises productivity broadly enough to support growth and lower costs, or whether uneven adoption deepens gaps between firms, sectors and workers.

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Canada advances sovereign AI data centre strategy with TELUS

The Canadian government and TELUS are advancing plans to develop large-scale sovereign AI infrastructure as part of Ottawa’s broader strategy to strengthen domestic compute capacity and support the country’s AI ecosystem.

The initiative was announced by Evan Solomon (Minister of Artificial Intelligence and Digital Innovation and Minister responsible for the Federal Economic Development Agency for Southern Ontario) and focuses on a proposed AI data centre project in British Columbia designed to support researchers, businesses, and academic institutions.

A project that forms part of Canada’s ‘Enabling large-scale sovereign AI data centres’ initiative, which was introduced under Budget 2025. Ottawa stated that sovereign compute infrastructure is increasingly important for maintaining national competitiveness in AI while ensuring Canadian data, intellectual property, and economic value remain within the country.

The government also confirmed that no formal funding commitments have yet been distributed, with discussions currently progressing through non-binding memoranda of understanding with selected industry participants.

Local officials argued that large-scale compute infrastructure has become a strategic economic requirement as governments worldwide race to expand AI processing capabilities. Canada believes it holds competitive advantages due to its colder climate, sustainable energy resources, and network infrastructure, all of which could help attract future AI investment and hyperscale data centre development.

Why does it matter?

The race for sovereign AI infrastructure is rapidly becoming one of the most important geopolitical and economic competitions of the digital era. The Canada-TELUS partnership illustrates how countries are moving beyond AI model development alone and shifting focus towards the physical infrastructure required to sustain future AI ecosystems, including data centres, energy capacity, semiconductors, and domestic compute networks.

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