world
Ukrainian Entrepreneur Shifts from Pet Gadget to Autonomous Combat Drones
Yaroslav Azhnyuk, a Ukrainian entrepreneur, developed the Petcube device for remotely entertaining pets using a laser pointer. His team later founded companies that produce first-person-view drones with artificial intelligence for targeting in Ukraine's conflict. These drones enable autonomous final strikes, resisting electronic jamming.
Substrate placeholder — needs reviewAudio version
Tap play to generate a narrated version.
Yaroslav Azhnyuk and his team created Petcube, a smartphone-controlled gadget designed to monitor and entertain dogs and cats remotely. The device uses a laser pointer to engage pets and incorporates electronic components similar to those in modern weapons, including remote operation and image recognition capabilities. Petcube is sold in dozens of countries.
Azhnyuk first tested Petcube on a colleague's dog, which reacted by chasing the laser pointer. The product addressed needs for pet owners leaving animals home alone. Following the device's success, Azhnyuk and his team shifted focus amid Ukraine's evolving technology sector.
Ukraine's civilian technology industry has increasingly contributed to defense efforts since the onset of the conflict with Russia in 2022. Azhnyuk's team established two new companies, Odd Systems and The Fourth Law, to develop military applications. This transition reflects broader changes in the sector, where private firms adapt commercial technologies for wartime use.
The new companies produce first-person-view (FPV) drones, small quadcopters that carry explosives and are commonly used on Ukraine's battlefields. These drones integrate an artificial-intelligence-powered image-recognition system, which can identify military vehicles, artillery pieces, or enemy soldiers. The system connects to an autopilot program that directs the drone toward targets.
' After identifying a target, pilots activate the automated system, allowing the drone to cover the final approximately 400 yards autonomously. This autonomy makes the drones resistant to Russian electronic jamming efforts. The development occurs against the backdrop of Ukraine's defense needs, where FPV drones have become a key tool in combat operations.
Stakeholders include Ukrainian military personnel, who rely on such technology for precision strikes, and the broader tech workforce adapting to defense contracting. Future production may expand as the companies scale operations, potentially influencing Ukraine's military capabilities.
