Autonomous Aerial Intelligence
UAV and VTOL platforms with neural perception, ROS2 autonomy, and edge inference — engineered for missions where every millisecond matters.
The Platform
Every Fluxion platform ships with the same autonomy core: perception, planning, control, and telemetry — tuned per airframe.
Capabilities
From raw sensor input to flight-ready decisions, each layer is engineered for deterministic latency and field reliability.
Real-time object detection, tracking, and anomaly detection on aerial imagery — trained in PyTorch, deployed via TensorRT on Jetson.
Modular autonomy stack with SLAM, behavior trees, and mission planning. Runs on the edge with deterministic timing.
Custom fixed-wing, multirotor, and VTOL airframes engineered for endurance, payload, and rough-field operations.
Low-latency inference on Jetson Orin, Edge TPU, and ARM Cortex — no cloud round-trip, no dropped frames.
Technology Stack
Research
We publish what we learn — from VTOL transition dynamics to the mathematics of stable autonomy.
FAQ
What we build, and how we think about autonomous flight.
Fluxion Dynamic Technologies Private Limited builds autonomous UAV and VTOL platforms with neural network perception, ROS2 autonomy, and edge AI. The company engineers full-stack autonomy — from custom airframe design to onboard inference on Jetson and Edge TPU.
PyTorch, TensorRT, ROS 2, PX4, OpenCV, CUDA, ONNX, and SLAM for autonomous flight. Onboard compute targets include NVIDIA Jetson Orin, Edge TPU, and ARM Cortex microcontrollers.
VTOL stands for Vertical Take-Off and Landing. Fluxion Dynamic builds VTOL airframes that combine the endurance of fixed-wing aircraft with the launch flexibility of multirotors, enabling operations from confined or unprepared sites.
Deep learning models run directly on the aircraft for real-time object detection, tracking, and anomaly detection on aerial imagery. Inference runs at the edge with TensorRT and ONNX Runtime, avoiding cloud round-trips that would add latency.
Reach us at hello@fluxiondynamic.com, or connect through our LinkedIn page at linkedin.com/company/fluxion-dynamic-technologies.
Tell us the mission. We'll tell you what's possible.