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Reliable Robotics Corporation Tech Stack
Autonomous flight systems for cargo and logistics
Reliable Robotics builds autonomous aircraft and flight-control systems for cargo transport. The stack spans aerospace hardware design (FPGA, Altium, NX, MATLAB) and modern cloud infrastructure (AWS, Terraform, Docker), with heavy investment in Python and C/C++ for flight-critical software. Engineering dominates headcount; hiring has accelerated across senior and mid-level roles, signaling concurrent pushes on hardware certification, flight testing, and manufacturing scale — all blocking dependencies for FAA integration and commercial deployment.
Tech Stack 45 technologies
What Reliable Robotics Corporation Is Building
◆Challenges
- Scaling manufacturing processes
- Making radar affordable
- Growing primitive test operations into production
- Developing safety-critical flight systems
- Ensuring on-time delivery
- Maturing processes
- Standardizing pilot procedures across organization
- Integrating uncrewed aircraft into national airspace
- Enabling detect and avoid for commercial aviation
- Meeting do-254 certification
▲Active Projects
- Integration of uncrewed aircraft into the national airspace system
- Certifiable safety-critical flight systems
- Unmanned aircraft operations systems
- Radar integration and flight testing
- Flight test plans
- Guidance system development
- Hardware platforms for command, control and data collection
- Automated test stands for extreme flight conditions
- Navigation system design
- Flight computer development
Hiring Activity
130 roles · 60 in 30d
Department
Seniority
Notable leadership hires: Crew Chief
Company intelligence
