iHLS

Detecting extremely weak vibrations usually requires complex electronics, amplification circuits, and continuous signal processing. Whether in microphones, environmental monitoring systems, or biomedical devices, improving sensitivity often comes at the cost of higher energy consumption and increased hardware complexity. Designing low-power sensors that can still pick up faint a...

The growing use of drones on the battlefield is creating a new challenge for air defense systems. Small, low-cost drones can operate individually or in swarms, carry payloads, collect intelligence, and strike targets at short ranges. Against such threats, conventional interception solutions can be either too expensive or limited in the number of targets they […]

Training helicopter pilots for wildfire missions is particularly difficult because the environment itself is constantly changing. Smoke, shifting winds, rising heat, and the interaction between rotor downwash and flames create highly unstable flight conditions that are difficult to reproduce safely in real-world exercises. Conventional simulators typically rely on pre-programmed...

Modern military ground operations are increasingly moving toward autonomous systems capable of operating in contested environments with reduced risk to personnel. However, developing military vehicles that can adapt to different missions while operating autonomously remains a major technical challenge. Many existing platforms are built for specific roles, making it difficult to ...

Modern surveillance operations increasingly demand radar systems that can detect smaller targets, operate across multiple environments, and integrate quickly onto different platforms. Traditional systems often require specialized hardware, lengthy deployment timelines, and costly upgrades, limiting flexibility as operational needs evolve. A new software-defined radar platform (S...