Neousys Technology‘s extreme-rugged SEMIL computer was integrated into an autonomous data-logging defense vehicle designed to navigate challenging terrain independently while collecting critical operational data.
The SEMIL system, built with a sealed stainless steel chassis, M12 connectors, and a fanless design, was selected for its ability to perform reliably in extreme environments, carry out computational tasks without reliance on external infrastructure, and support real-time data processing.
The autonomous data-logging vehicle operates as a real-time battlefield intelligence platform. Equipped with sensors, cameras, LIDAR, and advanced onboard computing, it gathers data ranging from environmental metrics to enemy and ally positioning.
The vehicles’ AI-driven analytics engine processes incoming data, transforming raw inputs into actionable insights which enhances situational awareness and supports swift, informed decisions. The vehicle reduces human exposure to danger in high-risk zones and functions as part of a larger, interconnected defense network.
This data-centric approach improves force deployment, resource coordination, and identification of tactical opportunities, reinforcing mission success with speed and precision.
Though integrating a computing platform into such a vehicle required overcoming several design and operational challenges.
- Sensor and camera connectivity: The onboard system must interface with various field devices to gather and relay complex environmental and tactical data in real-time.
- Thermal regulation for continuous processing: Real-time analysis of high-volume input demands stable performance under heavy computational loads. Effective heat management is essential to prevent performance degradation.
- Future-ready upgradability: Maintaining technological edge requires hardware platforms that can be easily updated with newer components.
- Adaptation to rugged environments: The system must function reliably in enclosed, low-ventilation spaces while enduring ongoing vibration, shock, and difficult terrain.
Neousys addressed these demands with the SEMIL system, featuring a patented thermal dissipation design that maintains CPU/GPU performance in temperatures up to 70°C. Its build meets MIL-STD-810G/H standards, ensuring stability during operation in harsh, mobile settings.
The system includes ignition-controlled power, M12-based I/O such as COM, USB, Ethernet, PoE, CAN bus and video, and internal M.2 and mini-PCIe expansion slots for wireless communication. Together, these capabilities make SEMIL a foundation for defense applications requiring high resilience and uninterrupted edge AI performance.
