CYRON
Technology

The universal autonomy brain

A decade of programmable flight control, fused with multi-modal sensing and an on-device mission-AI agent. The drone takes a brief — and runs the mission.

01Flight control

From programmable flight controllers to a universal autonomy platform

Silver eVTOL flying vehicle concept render — the Smart Pilot platform extends across drones, eVTOL, and AMR.

First programmable industrial flight controller in 2015. Four hardware generations on, the architecture is now Smart Pilot — universal autonomy brain for drones, eVTOL, and AMR.

  • Four generations of programmable flight controller (2015 → Smart Pilot)
  • ARM dual-core compute + FPGA hardware acceleration
  • 20+ onboard sensor types supported simultaneously
  • Reconfigurable software / hardware for high-customization workloads
02Multimodal sensing

Vision · LIDAR · mmWave radar — fused into a 3D semantic map

Three optical sensor pods in a row — visible-light, thermal, and AI vision payloads.

Vision + LIDAR + mmWave fused in real time. Output isn't a point cloud — it's a 3D semantic map labelled on-device. Decisions on the map, not on pixels.

  • Vision + LIDAR + mmWave radar fusion
  • On-device 3D semantic segmentation
  • RTK-grounded sub-centimeter localization
  • Real-time map updates against pre-loaded site models
03Autonomy

L3–L4 autonomous flight — adaptive, robust, talk-to-task

Coordinated drone formation glowing green at night — autonomous mission execution at scale.

Adaptive flight control on deep RL — wind, EMI, complex environments. Mission AI takes a natural-language task and decomposes it into a trajectory plan. The drone runs. Operators step in only on exception.

  • Deep RL flight control with adaptive gain scheduling
  • On-device LLM agent for natural-language task understanding
  • Automatic task decomposition · path planning · real-time decision
  • Anti-interference control for EMI-rich environments
  • L3 → L4 autonomy — operator only on exception
04Embodied intelligence

From perception to action — voice, payload, manipulation, drop

Drone autonomously tracking a target vehicle on a highway at golden hour — perception extended into action.

Not flying cameras — aerial robots. The payload ecosystem broadcasts voice, displays dynamic information, grasps objects, precision-drops supplies. Coordinated air + ground handling.

  • Voice broadcast / megaphone — crowd guidance, warning, evacuation
  • LED display module — dynamic signage and scene information
  • Mechanical arm — grasping, manipulation, hazardous-material handling
  • Air-drop module — precision supply delivery for SAR and logistics
The stack

Six layers, one platform

  1. 06Application

    Industry verticals — inspection, mapping, agriculture, security & patrol, emergency response. Domain solutions on the platform.

  2. 05Mission AI

    On-device LLM agent. Natural-language task understanding, decomposition, path planning, real-time decision.

  3. 04Autonomy stack

    Adaptive flight control · multi-modal localization · 3D semantic mapping · obstacle avoidance.

  4. 03Smart Pilot platform

    Universal autonomy brain — IaaS + PaaS for industrial drones, eVTOL, AMR. Reconfigurable software / hardware.

  5. 02Flight controller

    ARM + FPGA. 20+ sensor types. Custom real-time OS. Four generations of industrial programmability.

  6. 01Airframe

    V multi-rotor · H VTOL hybrid · A agriculture · R responder. Common payload bay across the family.

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