Zen Technologies Limited has announced it has been granted a patent for its new Automated Hard Kill Firearm Mounting System. The system is designed to improve defense operations by using autonomous technology to detect and engage targets quickly, making it faster and more efficient in combat scenarios.
The patent, filed on October 15, 2022, will remain valid until October 15, 2042, under the Indian Patents Act. This is the company’s third patent in 2025 and its 13th in the 2024-25 fiscal year, showcasing Zen Technologies’ commitment to developing homegrown defense solutions.
The Automated Hard Kill Firearm Mounting System combines advanced mechanics and artificial intelligence to identify and engage targets automatically. It can be integrated with existing defense systems, such as anti-drone technology and battlefield surveillance radars, to provide precise electronic targeting. The system is tailored for border security, counter-drone operations, and automated perimeter defense, making it a valuable tool for both military and law enforcement agencies.
Zen Technologies is a key player in India’s efforts to achieve self-reliance in defense technology. The new system is expected to be used in military vehicles, naval defense systems, and high-security installations globally, enhancing security and response capabilities. This patent reinforces Zen Technologies’ position as a leader in innovative defense solutions.
About Zen Technologies
With over 30 years of experience, Zen Technologies specializes in advanced training systems and anti-drone solutions. Headquartered in Hyderabad, the company operates a research and development facility recognized by the Indian government’s Ministry of Science and Technology. Zen Technologies has filed more than 172 patents and delivered over 1,000 training systems worldwide. The company provides customized solutions for defense ministries and law enforcement agencies, including training programs aligned with U.S. Army and Department of Defense standards, demonstrating its dedication to global security.
