At the core of every aircraft is a proprietary, full-stack autonomy engine built from the ground 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.
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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 dozens 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 path planner optimizes its trajectory onboard in real time by processing wind, tank level, and and topography to maximize operational efficiency.
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 combines an FPGA SoC as the primary compute layer—enabling rapid, asynchronous I/O—with an NVIDIA Jetson GPU dedicated to high-throughput LiDAR data 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