Heimdall Tactical Multi-Modal Sensor Cluster (HUGIN & MUNIN) is an ultra-low SWaP, man-portable acoustic-optical fusion situational awareness and counter-UAS (C-UAS) system. It integrates passive acoustic array and multi-spectrum optical surveillance modules, equipped with on-device edge computing and proprietary AI classification algorithms. The system delivers continuous, real-time, zero-emission covert monitoring and target tracking capabilities for contested environments, and is widely applied to defense security, border surveillance, maritime protection and other scenarios featuring complex electromagnetic interference, blocked line of sight and harsh weather.

Upgrading perimeter security from passive monitoring to active detection and intelligent warning, achieving 24/7 all-weather 3D precise targeting and intelligent interference filtering for high-security sites.

The press anvil acoustic detector integrates high - precision acoustic acquisition, LORA wireless transmission, and multi - channel signal processing. Developed for industrial press anvil health monitoring, it captures anvil operation acoustic characteristics to identify hidden risks like cracks, wear, and fatigue damage in real time. It solves traditional manual inspection pain points such as low efficiency, high misjudgment rate, and high operational risk in hazardous environments, offering a full - cycle, automated anvil health monitoring solution for industrial scenarios like diamond synthesis and metallurgical forging.

Leveraging wireless ad-hoc Mesh networking technology to build a decentralized emergency linkage alarm system, realizing rapid full-site alarm propagation and precise location reporting, and constructing a fully self-organizing, self-healing and high-reliability regional security defense network.

The Ribri ClearCom Industrial Active Noise Canceling Headset delivers stable, high-definition two-way voice communication for harsh industrial environments. Designed to suppress extreme workplace noise, it ensures precise, error-free command delivery and reliable team communication in ultra-loud industrial scenarios.

The Underwater Sonar Spherical Robot integrates four core technologies: original spherical pendulum drive, IP68 full waterproof and explosion-proof design, forward-looking sonar dual perception, and L4-level autonomous driving. It effectively addresses pain points in complex underwater scenarios, including poor visibility, high operational risks, short battery life, inaccurate detection, and easy overturning. The robot enables all-weather, unmanned, and intelligent underwater detection and security operations.