How We Made rust-mavlink Frame Reading More Than 3× Faster
We rewrote the frame reader in rust-mavlink 0.19.0, with read-ahead and SIMD-powered marker search.
Read the release storyWe build systems that turn computation into intelligence, perception, movement and control.

Dual-core flight control with finned aluminum cooling.

Dual-core flight control in a 3D-printed enclosure.

528 MHz flight-control hardware on a 45 × 45.9 mm board.

USB Wi-Fi HaLow with an external SMA antenna connection.
Off-grid network framework that operates across radio hardware without public infrastructure.
An off-board autonomy stack and AI pilot that controls a vehicle through its flight controller from a companion computer.
Real-time AI processing system that turns inference results into programmable external actions.
Next-gen bare-metal flight-controller firmware for mission critical systems that is free from resource bugs such as deadlocks, memory leaks and race conditions while aiming to be lighter and faster than its alternatives without compromising its rich feature set.
A collaborative mission-control environment for planning, commanding and supervising multi-vehicle operations through a shared operational picture for Kaptan.
01 / REFERENCE ARCHITECTURE
Ground control, onboard intelligence and flight firmware — built around a shared system architecture.
SOFTWARE STACK
Ground controlHardware
Blogs
We rewrote the frame reader in rust-mavlink 0.19.0, with read-ahead and SIMD-powered marker search.
Read the release storyFrom the board design to physical hardware, with driver development and testing ahead.

Orkavian ranked 10th among contributing organizations in the 2025 report, with 336 contributions.