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Reliable Robotics Corporation Tech Stack
Autonomous flight systems for uncrewed aircraft certification and integration
Reliable Robotics builds safety-critical flight control and autonomous navigation systems for uncrewed aircraft. The stack—DO-178C, FPGA, C++, MATLAB, and avionics-grade tooling (Altium, NX, Teamcenter)—reflects aerospace certification maturity. Active projects span radar integration, closed-loop flight testing, and airspace integration; pain points cluster around manufacturing scale, design validation velocity, and the compliance burden of federal certification. Hiring is engineering-dominated (59 of 73 roles) and senior-skewed (48 senior roles), suggesting heavy lift on algorithm and systems hardening rather than greenfield growth.
Tech Stack 53 technologies
What Reliable Robotics Corporation Is Building
◆Challenges
- Making phased array radar affordable
- Growing primitive test operations
- Enabling detect and avoid
- Maturing processes
- Scalable design validation
- Rapid design iteration
- Compliance with federal regulations
- Scaling manufacturing processes
- Accelerating product certification
- Certification challenges for unmanned aircraft
▲Active Projects
- Radar system integration and testing
- Closed-loop flight control testing
- Certifiable safety-critical flight systems
- Air to air radar development
- Remote piloted aircraft system development
- Flight guidance algorithm development
- Integration of uncrewed aircraft into national airspace system
- Automated test equipment systems for functional, environmental qualification, and manufacturing acceptance tests
- Guidance system design and implementation
- Unmanned aircraft operations systems
Hiring Activity
75 roles · 35 in 30d
Department
Seniority
Company intelligence
