India has successfully tested a new light machine gun (LMG) that uses artificial intelligence (AI) to detect and shoot targets on its own. The test took place in a high-altitude area, 14,000 feet above sea level.The smart weapon, called the AI-powered Negev LMG, was developed by a defence company based in Dehradun, BSS Material Ltd. The Indian Army helped with the testing.

This gun can work in tough mountain conditions and can find and attack targets without human help, which could be very useful for guarding India's difficult border areas.The trials mainly tested how well the AI-powered gun works and how accurate it is. This is part of India’s larger plan to modernise its military using local technology, under the ‘Make in India’ and ‘Aatmanirbhar Bharat’ programs.

According to the makers, of BSS Material, the weapon performed well during the tests. It was able to lock on to targets, adjust its aim, and carry out semi-autonomous surveillance. The main strength of the gun is its smart AI system, which can automatically detect targets, tell the difference between friend and enemy, and respond in real-time.

Key features of the AI-powered Negev LMG

  • Combines thermal and optical sensors for better targeting
  • Adjusts for wind, distance, and temperature
  • Can be controlled remotely with encrypted signals

This advanced gun is built for tough and dangerous situations where it’s hard to send soldiers. It’s useful for guarding army bases, protecting convoys, and keeping perimeters safe in areas with constant threats.

BSS engineers explained that the AI system is designed to be flexible and can be used with different types of weapons, not just light machine guns, but also for anti-drone operations. It can be mounted on tripods, remote-controlled weapon stations, unmanned ground vehicles (UGVs), or fixed in one place for security.

This trial follows Operation Sindoor, where Indian weapons were found to be more effective than those used by Pakistan. With AI-enabled weapons like the Negev, India aims to strengthen its defence in remote and high-risk areas while reducing the need to send soldiers into dangerous zones.