The Droid TW 127 ground robot, equipped with a new three-camera setup. Image: DevDroid
GIF Promo

Ukraine’s ground robots are roaming Kyiv’s frontlines with sharper vision, thanks to a newly integrated target detection system powered by Al.

The setup includes a daytime camera that can detect weaponry from over 1,000 meters (3,281 feet) and a wide-angle lens that monitors enemy movement directly ahead.

An AI-driven thermal imager also enables the unmanned ground vehicles (UGVs) to spot humans up to 700 meters (2,296 feet) in ideal conditions.

According to Ukrainian developer DevDroid, the AI was trained on real combat footage, helping the UGVs distinguish hostile soldiers and equipment from other objects.

The three-camera setup’s optical detection system interface. Image: DevDroid

Operators can switch between modes to track any movement or focus specifically on human targets.

“There is a mode for any change in the picture, that is, when any object moves, a signal is sent to the [UGV] operator. And there is a mode when people are detected,” DevDroid Chief Executive Officer Yuriy Poritsky told Militarnyi.

Smarter Frontline

DevDroid’s three-camera upgrade reflects a broader trend in how Ukraine is continuing to refine its ground robotic systems for frontline operations.

Ukraine’s Ministry of Defense recently cleared for operations a robotic platform built for high-intensity missions, complete with a 12.7mm machine gun and hardened against mines and drone attacks.

Meanwhile, the 93rd Separate Mechanized Brigade demonstrated tracked robots evacuating fellow machines, salvaging critical parts that could either be repurposed or reverse-engineered by enemy forces.

Looking ahead, DevDroid plans to pair its new AI-driven target detection system with a conceptual robot armed with a 30mm cannon.

You May Also Like

A New Ground Robot Built for High-Intensity Missions Joins Ukraine’s Frontline

Ukraine’s Zmiy Droid 12.7 ground robot pairs a 12.7mm weapon with AI-assisted remote control to conduct strike and reconnaissance missions autonomously.