// CORE TECHNOLOGY

ENGINEERED FOR EXCELLENCE

Our technology stack represents years of R&D focused on reliability, performance, and mission success in demanding environments.

REDUNDANT ARCHITECTURE

Triple-redundant sensor fusion with automatic failover ensures continuous operation even under component failure. Our systems detect anomalies in real-time and seamlessly switch to backup sensors.

3x Independent IMUVoting AlgorithmHot Standby ModeAuto-Recovery

REAL-TIME PROCESSING

Sub-millisecond control loop execution on dedicated flight-critical processors with deterministic timing. Our RTOS ensures predictable response times under all conditions.

<1ms Loop Time480MHz ARM Cortex-M7RTOS KernelHardware Watchdog

MODULAR DESIGN

Standardized interfaces enable rapid payload integration and field-serviceable component replacement. Swap modules without soldering or specialized tools.

Hot-Swap CapableStandard ConnectorsTool-Free AccessPlug & Play

SECURE COMMUNICATIONS

End-to-end encrypted telemetry and command links prevent unauthorized access. Superior security protocols protect mission data.

AES-256 EncryptionFrequency HoppingAnti-JammingSecure Boot

ADVANCED NAVIGATION

Multi-constellation GNSS with RTK support delivers centimeter-level accuracy. Sensor fusion combines GPS, INS, and vision for robust positioning.

GPS/GLONASS/GalileoRTK SupportINS BackupVisual Odometry

MISSION AUTONOMY

Advanced autopilot capabilities enable complex mission profiles including terrain following, obstacle avoidance, and automatic return-to-launch.

Waypoint NavigationGeofencingTerrain FollowingAuto RTL
// SYSTEM ARCHITECTURE

SENSOR FUSION

FLIGHTCORE
GPSMulti-GNSS
IMUTriple
BARODual
MAGCalibrated
AIRSPDPitot
LIDARRange
// ECOSYSTEM

FOLLOWING THE STANDARDS

MAVLink Compatible
Standardized telemetry and command protocol support
ArduPilot/PX4 Compatible
Seamless integration with leading open autopilot stacks
DroneCAN Certified
Reliable communication with onboard peripherals