Reliable Robotics
The Mission Performance Analyst at Reliable Robotics is a key member of the System Development team, responsible for defining the operational boundaries and safety standards for autonomous aircraft. This role involves translating complex aerodynamics and fluid dynamics into quantified performance baselines to drive automation requirements and ensure safe operations under all conditions. The position requires collaboration with multi-disciplinary teams to develop novel systems for uncrewed aircraft operations.
Headquarters
Mountain View, California, United States
Company Size
51-200 employees
Founded
2017
Reliable Robotics builds advanced automation systems for aircraft with the goal of making flight safer, more available, and more affordable. The company develops integrated avionics, flight‑control software, and ground/cloud monitoring to enable autonomous and assisted operations for commercial and cargo aircraft. Their retrofitable technology is designed to improve reliability and aircraft availability while reducing operational cost and supporting evolving aviation safety and regulatory standards. Airlines and freight operators partner with Reliable Robotics to unlock new, more efficient models for moving people and goods.
Reliable Robotics and NASA Partner to Advance Scalability of Large Remotely Piloted Aircraft Integration
Aug 5, 2025
U.S. Air Force Buys Autonomous Freighter from Reliable Robotics
Aug 27, 2025
JUST IN: Air Force Acquiring Autonomous, FAA-Certifiable Cargo Plane
Aug 26, 2025
Headquarters
San Francisco, CA
Company Size
201-500 employees
Founded
2018
Industry
Technology
Glassdoor Rating
4.2 / 5
Sarah Johnson
Chief Executive Officer
Michael Chen
Chief Technology Officer
Emily Williams
VP of Engineering
David Rodriguez
VP of Product
Jessica Thompson
Chief Financial Officer
Andrew Park
VP of Sales
View leadership team, funding history,
and employee contacts for Reliable Robotics.
86% above the average for this role
U.S. Air Force taps Reliable Robotics for autonomous Aircraft
Aug 27, 2025