Estonian Minister Called for Global AI Regulations

Minister Liisa Pakosta urged international consensus to manage existential risks from artificial intelligence.

Updated on Sept. 29, 2026 in Artificial Intelligence

Bold flat-color editorial illustration depicting a heavy industrial steel locking mechanism, symbolizing the need for rigorous global AI regulation.
Estonian Minister Liisa Pakosta has formally appealed for binding international agreements to mitigate existential risks and regulate the global development of artificial intelligence. AI Illustration. Upload story photo >

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Should nations establish universal international agreements to regulate artificial intelligence development?

Estonian Minister of Justice and Digital Affairs Liisa Pakosta has formally called for a coordinated international approach to regulate artificial intelligence. The appeal emphasizes creating binding global obligations to mitigate catastrophic risks and manage AI usage in warfare.

Why it matters

As existing frameworks like the European AI Act set regional standards, there is an urgent need to address the existential risks that cross national borders. Experts increasingly fear that without international safeguards, current development trajectories could lead to a loss of human control over AI systems.

A survey of US national security officials found that 87% believe there is a 10% probability humans could lose control of artificial intelligence within 10 years. This risk assessment is being evaluated against the 25-year interval that historically passed between the first use of nuclear weapons and the effective enforcement of the Treaty on the Non-Proliferation of Nuclear Weapons.

The players

Liisa Pakosta

Estonia's minister of justice and digital affairs advocating for international AI governance standards.

The details

International agreements serve as the primary mechanism for establishing binding obligations for companies and states developing artificial intelligence. These frameworks are intended to mirror established protocols used to manage high-stakes technologies like nuclear weapons, which require rigorous oversight to ensure safety and ethical deployment. Estonia, which launched its first personalised public service in 2014, currently operates under its own domestic digital systems to maintain a secure public sector.

Timeline

  1. 1970: The Treaty on the Non-Proliferation of Nuclear Weapons entered into force.

  2. 2014: Estonia launched its first personalised public service.

  3. September 2026: A survey of US national security officials regarding AI control risks was conducted.

The Tech Race

The call for global AI standards marks an attempt to move beyond regional regulations like the European AI Act toward a universal consensus. It mirrors the structure of the 1970 Treaty on the Non-Proliferation of Nuclear Weapons to prevent catastrophic outcomes in a rapidly accelerating global field.

While these discussions occur at a ministerial level, the outcome of these negotiations will dictate the safety standards for all AI-enabled public and private services. Citizens should monitor international forums, such as United Nations proceedings, to see if these proposed safeguards translate into enforceable global mandates.

The takeaway

The primary insight is that global security officials increasingly view the risk of losing control over AI as a verifiable, non-zero probability. Readers should track upcoming United Nations sessions for any formal drafting of an international treaty regarding AI development.

Further reading

For broader context on the evolving global regulatory landscape, see the latest reports on Artificial Intelligence.

Live Poll

Should nations establish universal international agreements to regulate artificial intelligence development?