Finance
Ukraine collects vast war data trove to train AI models
Published by Global Banking & Finance Review®
Posted on December 20, 2024
3 min readLast updated: January 27, 2026
Global Banking & Finance Review®
Company
Published by Global Banking & Finance Review®
Posted on December 20, 2024
3 min readLast updated: January 27, 2026
Ukraine uses drone footage to train AI models, enhancing battlefield decision-making and target recognition, with 2 million hours of data collected.
By Max Hunder
KYIV (Reuters) - As the future of warfare pivots towards artificial intelligence, Ukraine is sitting on a valuable resource: millions of hours of footage from drones which can be used to train AI models to make decisions on the battlefield.
AI has been deployed by both sides on the battlefield during Russia's invasion of Ukraine to identify targets, scanning images far quicker than a human can.
Oleksandr Dmitriev, founder of OCHI, a non-profit Ukrainian digital system which centralises and analyses video feeds from over 15,000 drone crews working on the frontlines, told Reuters his system had collected 2 million hours, or 228 years, of battlefield video from drones since 2022.
That will provide vital data for AI to learn from.
"This is food for the AI: If you want to teach an AI, you give it 2 million hours (of video), it will become something supernatural."
According to Dmitriev, the footage can be used to train AI models in combat tactics, spotting targets and assessing the effectiveness of weapons systems.
"It is essentially experience which can be turned into mathematics," he said, adding that an AI program can study the trajectories and angles at which weapons are most effective.
The system was originally made in 2022 to give military commanders an overview of their areas of the battlefield by showing them drone footage from all nearby crews side by side on one screen.
After the system was rolled out, the team running it realised that video being sent back by drones could prove useful as a record of the war – so they began to store it.
On average, Dmitriev said five or six terabytes of new data were added every day from the fighting.
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Dmitriev said he was talking with representatives from some of Ukraine's foreign allies that had expressed interest in his OCHI system, but declined to provide details.
Samuel Bendett, senior fellow at the U.S.-based Center for a New American Security, said such a vast pool of data would be extremely valuable in teaching AI systems to identify what exactly they are seeing, and what steps they should take.
"Humans can do this intuitively, but machines cannot, and they have to be trained on what is or isn't a road, or a natural obstacle, or an ambush," he said.
Kateryna Bondar, a fellow at Wadhwani AI centre at the Centre for Strategic and International Studies, said the size of the data set and the image quality were important, as AI models learned to recognise targets based on shapes and colours.
Ukraine also has another system, called Avengers, developed by its defence ministry, which centralises and collects video from drones and CCTV.
The ministry declined to provide information about this system. However, it has previously said that Avengers spots 12,000 Russian pieces of equipment a week using AI identification tools.
Thousands of drones are already using AI systems to fly themselves into targets without human piloting, and Ukraine is using AI technologies to help demine its territory.
Ukrainian companies are developing drone swarms, where a computer system will be able to execute commands for an interlinked cloud of dozens of drones.
Russia has also touted its use of battlefield AI, most notably for target recognition in Lancet strike drones, which have proved lethal against Ukrainian armoured vehicles.
(Reporting by Max Hunder; Editing by Alison Williams)
The article discusses Ukraine's use of drone footage to train AI models for battlefield decision-making and target identification.
Ukraine has collected 2 million hours of battlefield video from drones since 2022.
AI models are trained to enhance combat tactics, target recognition, and weapon system effectiveness.
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