Tensar builds sovereign autonomous defense systems, including detection, tracking, guidance, and complete platform development, all processed in real time at the edge. Designed for contested environments with denied connectivity, the company's hybrid tracking engine maintains lock through occlusion and clutter for drop-in integration with any gimbal platform. Human operators retain authority over all critical decisions.
Funding
Funding not disclosed
Founders
Product
Problem
European defense and security operations increasingly rely on foreign technology stacks, creating dependency risks in contested environments. Autonomous systems often require continuous connectivity and centralized processing, which fails when communication is denied or decisions must be made within milliseconds.
Solution
Tensar builds autonomous systems from the ground up, covering software, hardware, and complete platforms designed for demanding environments where connectivity is unavailable. The company provides real-time object detection, multi-class target classification, hybrid tracking that maintains lock through occlusion and evasive movement, and autonomous guidance for precision engagement. All processing occurs at the edge, enabling immediate on-board decision-making from detection to impact. Systems are deployed in months rather than years, using aggressive iteration cycles and operational feedback to outpace traditional development timelines.
Target Audience
Primary customers are European defense and security organizations, including military operators and allied agencies, that require sovereign, mission-ready autonomous systems for land and air platforms.
Features
- Edge-processed real-time detection and multi-class target classification across multiple spectra
- Hybrid tracking engine that maintains lock through occlusion, clutter, and evasive movement, drop-in compatible with any gimbal platform
- Autonomous guidance with sensor fusion and on-board decision-making from detection to impact
- Full platform development service covering hardware and software for complete sovereign systems
- Designed for contested environments with denied connectivity, requiring no external infrastructure
- Human-in-the-loop architecture ensuring operators retain authority over critical decisions