Engineering before claims
Define the problem and constraints before describing capability.
AGAT / ORIGIN
AGAT emerged at the intersection of unmanned-systems experience, automation and the needs of Ukraine’s agricultural sector. The project was founded by Volodymyr Slepchenko.

AGAT / WHY
While serving and working with unmanned systems, Volodymyr Slepchenko saw how remote control could change the role of machinery in hazardous conditions. Conversations with farmers turned that experience into an engineering problem.
AGAT’s public project focused on upgrading existing agricultural machinery with navigation, remote control, cameras and autonomous functions. It is a recovery-oriented approach in which technology strengthens the machines already available.
In 2025 the project entered the public record through Grand Pitch Day, specialist interviews and a radio broadcast. Those materials remain a historical snapshot; the team defines the current configuration of each solution separately.
AGAT / MISSION
Build technology that reduces unnecessary human exposure in hazardous conditions, strengthens existing machinery and makes operation more accessible.
AGAT / 2025
AGAT presentation at the Traiektoriia 2 Grand Pitch Day.
UAH 200,000 in support for the project was officially confirmed.
Long-form Zemliak and Kharkiv Today features on the founder and system.
A conversation with Volodymyr Noskov on Radio Nakypilo.
AGAT / PRINCIPLES
Define the problem and constraints before describing capability.
Work with real machinery and its operating lifecycle.
Technology should reduce unnecessary operator presence in risky zones.
Publish only what can be explained through a source or demonstration.
AGAT / VERIFIED
Describe the machine, operation and expected scenario. We will respond with the questions needed to define a next step without disclosing your request publicly.