The conflict in Ukraine has changed the paradigm for military technology, highlighting the importance of adapting to new threats.

We're learning from the conflict in Ukraine to develop automated systems that can respond to drone threats effectively.

Drones have reshaped the nature of warfare in the past decade, enabling more distributed, decentralized, and lethal force structures, as seen in the Ukraine conflict.

The Ukraine-Russia war demonstrates the use of drones in combat, which reduces human casualties but raises ethical concerns about targeting and the potential for misuse.

The future of warfare will increasingly rely on AI and autonomy, moving from one-to-one operations to advanced autonomous systems that can communicate and operate independently.

Conflicts of the future will be software-defined rather than traditional military engagements with aircraft carriers and tank columns.

The technologies that matter most to the future of warfare are right in front of us, and the security challenge is whether we can mobilize the bureaucracy to operationalize autonomy technologies effectively.

In Ukraine, the use of Palantir's technology has enabled rapid recovery and operational continuity even after significant attacks.

The startup mode adopted by the country has fostered extraordinary resilience among the Ukrainian people, helping to slow and even halt some Russian advances.