At the core of every aircraft is a proprietary, full-stack autonomy engine built from the bare metal up. By integrating real-time operating systems, sensor fusion, and dynamic path planning, we deliver a level of reliability and intelligence that exceeds human capability.
.png)
We don't rely on middleware. Pyka.OS is a real-time, bare-metal operating system built for microsecond-level precision. Running directly on our custom FPGA + SoC architecture, it eliminates general-purpose overhead to deliver unmatched safety and performance
A LiDAR-first sensor fusion engine. By synthesizing data from Radar, LiDAR, and GPS, our aircraft detect obstacles in real-time with 200m of range—day or night, in any environment.
The system ingests high-frequency data from hundreds of onboard sensors to maintain a flawless model of position, orientation, and health. Includes predictive diagnostics and self-healing logic to ensure flight continuity.
The system ingests high-frequency data from hundreds of onboard sensors to maintain a flawless model of position, orientation, and health. Includes predictive diagnostics and self-healing logic to ensure flight continuity.
Complex robotics, simplified. Our mission control suite bridges the gap between operator and machine through intuitive command interfaces, resilient global communications, and high-fidelity simulation environments—empowering operators to manage autonomous fleets with precision.
Every mission is flown before takeoff. Our end-to-end simulation environment allows for massive-scale scenario testing, operator training, and continuous improvement through flight data replay.
An intelligent multiplexing system that seamlessly bridges line-of-sight radios and SATCOM (Starlink/Iridium). It prioritizes critical flight data and secures links with military-grade encryption
An intuitive interface for flight planning and live monitoring, accessible via ruggedized laptops or tablets. Visualize telemetry, health, and mission performance at a glance.
At the core of every aircraft is a proprietary, full-stack autonomy engine built from the bare metal up. By integrating real-time operating systems, sensor fusion, and dynamic path planning, we deliver a level of reliability and intelligence that exceeds human capability.
Proprietary batteries, motors, motor controllers, and custom industrial turbo-diesel hybrid drivetrain.
Integrated flight computer with an FPGA SOC primary compute layer and an NVIDIA GPU for LIDAR processing.
Carbon-fiber composite structures -- lightweight, durable, and aerodynamic.
Custom charge cart, trailer, auto filling systems, radio-repeater stations, and cargo tray.
Custom high power pumps, variable speed atomizers, spray booms, and precision airdrop system.
Pyka Inc.
950 W. Tower Avenue, Alameda, CA 94501, USA
Email: pyka@flypyka.com