What is it?

Copper is a robotics runtime built for real-world UAV systems that demand reliability, performance, and fast integration. As drone architectures grow more complex, combining flight control, perception, and onboard AI often leads to fragile systems that are difficult to debug and scale. Copper addresses this by providing a deterministic execution model that makes UAV software predictable, testable, and easier to bring to production.

Built in Rust, Copper delivers low-level performance with strong safety guarantees, eliminating entire classes of runtime failures such as memory corruption and race conditions. Its architecture allows developers to integrate components across the stack, from embedded flight controllers to onboard compute.

Who is using it?

How is it making an Impact?

A UAV team based in India developing an onboard perception pipeline for real-time inspection was struggling to move from prototype to production. Their system combined flight control, sensor ingestion, and AI inference, but relied on loosely coupled components that introduced timing jitter, hard-to-reproduce bugs, and inconsistent behavior between test flights.

By integrating Copper, they restructured their pipeline into a deterministic execution graph running both on the flight controller and onboard compute. This allowed all components, from sensor capture to inference and actuation, to execute with precise timing and full observability.