OpenAI extends cyber access to Ukraine for civilian defense

OpenAI is giving Ukraine's cyber defenders its Daybreak AI tools to find and patch software vulnerabilities in civilian infrastructure. Ukraine's CERT-UA handled nearly 6,000 cyber incidents in 2025 targeting hospitals, energy, and telecom networks.

Published on: Sep 24, 2026
OpenAI extends cyber access to Ukraine for civilian defense

OpenAI will provide the Government of Ukraine with access to its Daybreak program, a set of AI tools designed to identify software vulnerabilities and speed up fixes for civilian infrastructure. The deal, announced September 23 on the sidelines of the UN General Assembly, puts advanced cyber defense models directly into the hands of Ukrainian teams facing persistent digital attacks from Russia.

Dmytro Kushneruk, Consul General of Ukraine in San Francisco, and Sasha Baker, Head of National Security Policy at OpenAI, made the announcement. Ukraine's national cyber incident response team, CERT-UA, handled nearly 6,000 cyber incidents in 2025. Those attacks targeted hospital systems, the energy sector, and telecommunications networks - the systems people rely on for essential services during an ongoing war.

What Daybreak provides

Daybreak gives authorized cyber defenders access to OpenAI's models for security work. That includes reviewing older software for weaknesses, investigating suspicious activity, validating known vulnerabilities, and testing whether patches actually close the gaps. The tools are built for defenders, not offensive operations.

Sasha Baker framed the program as a practical response to an urgent need. "We are proud to support Ukraine's cyber defenders, who are protecting essential services against attacks every day," Baker said. "Through Daybreak, public and private entities have an opportunity to strengthen their cyber defenses before emerging threats take hold. Ukraine is already on the front line, and its defenders need support now."

Ukraine's dual-threat reality

Ukraine has faced coordinated physical and digital attacks on its infrastructure since Russia's full-scale invasion began. The pressure on civilian networks is constant. Power grids, water systems, and hospital records have all been targeted, making cyber defense a parallel front in the country's broader security effort.

George Osborne, Head of OpenAI for Countries, tied the initiative to that reality. "Ukraine has shown under the most extreme pressure that cyber defense is a central part of national security," Osborne said. "Protecting civilian infrastructure means defending it against both physical and digital attacks, so people can continue to live, work and access essential services."

Proven results in Europe

OpenAI has already deployed its cyber models with defenders in France, Germany, and Poland. The EU's cybersecurity agency, ENISA, used the models to find vulnerabilities in software running across EU institutions - all of which have since been patched. In Poland, CERT Polska discovered six vulnerabilities in third-party router software using OpenAI's tools. The vendor released fixes, and CERT Polska confirmed those fixes block the attacks it had observed.

These precedents suggest the Ukrainian deployment builds on a tested model. The work involves close coordination with the Ministry of Digital Transformation, putting tools into the hands of teams who understand the threat landscape firsthand. For cybersecurity analysts tracking how AI shifts defensive capabilities, these real-world deployments offer concrete data points - not theoretical possibilities. Professionals looking to build skills in this area can explore AI Security Analytics Courses that focus on vulnerability detection and threat response workflows.

Why this matters for government and IT professionals

The Daybreak expansion signals a shift in how nation-states approach cyber defense partnerships. Rather than relying solely on traditional security vendors, governments are integrating AI models directly into vulnerability management pipelines. For IT leaders and security directors, the operational question is straightforward: if AI-assisted vulnerability detection is now being used to protect critical infrastructure under active attack, the same approach can shrink the window between discovery and remediation in enterprise environments. Government technology strategists should watch how Ukraine's Ministry of Digital Transformation integrates these tools - it will shape procurement and partnership models for other nations facing similar threats. CIOs building their AI strategy can reference AI IT Strategy Training to understand how defensive AI fits into broader infrastructure planning.


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