Aitan VP: Video Game Simplicity Guides Universal IDF Drone Control Systems
Aitan VP Ido Kretchmer explained at a tech conference how video game mechanics inspire universal drone control platforms used by the IDF, simplifying battlefield operations.
The gaming industry serves as a primary design inspiration for modern battlefield systems, according to Ido Kretchmer, VP of Strategy at Aitan. Speaking at a joint conference hosted by Calcalist, Google, and Playtika, Kretchmer emphasized that intuitive mechanics fundamental to video games are now being adapted to military operations.
Aitan develops a universal control platform for unmanned aerial vehicles (UAVs) currently deployed across the entire drone fleet of the IDF. "A good game is simple, intuitive, and fun. We bring this insight to the battlefield," Kretchmer stated. He noted that complex combat environments require tools with zero steep learning curves, comparing the chaotic nature of combat to high-stakes gaming where split-second decisions are vital.
Overcoming Fragmentation in Robotic Warfare
Modern military operations involve a wide array of robotic assets, including reconnaissance drones, cargo lifters, strike UAVs, maritime robots, and ground units. Each system often originates from different manufacturers, featuring proprietary operating systems, distinct controllers, and separate training requirements. This fragmentation prevents armies from fully utilizing robotic potential, restricting commanders to the number of human operators available.
Aitan's universal controller—housed in a standard tablet interface—unifies disparate hardware regardless of the manufacturer. "Our solution takes the logic of game simplicity: a universal controller that integrates any type of robot or drone without dependency on the manufacturer," Kretchmer explained. The platform enables a single commander to manage operations previously requiring ten personnel.
Live Demonstration and Autonomous Capabilities
During the conference, Kretchmer conducted a live demonstration, operating a drone in real time using the universal tablet. He illustrated how operators can direct a UAV to specific coordinates, conduct surveillance, and classify targets as friendly or hostile. The demonstration also featured a "hot swap" capability for low-battery situations, allowing a fresh drone to automatically replace an active unit at the push of a single button.
"In the battlefield, the ability to focus on the mission and assist soldiers on the ground is remarkable," Kretchmer concluded. By minimizing training time and integrating artificial intelligence that learns from operational data, the platform enhances overall combat effectiveness.
