NADAR builds autonomous drones — aerial, ground, and naval — powered by AI that runs entirely on-board. No internet. No latency. No limits.
Nadar Services SRL is a Bucharest-based R&D startup engineering the next generation of autonomous drone systems. Our team of engineers, AI specialists, and industry experts share one conviction: critical intelligence must work anywhere — even where there's no signal.
We build aerial, ground, and naval drone platforms unified by a single edge AI architecture that runs entirely on-board. No cloud dependency. No data sent off-device. Full autonomy in the field.
Our eco-manufacturing process transforms recycled plastic into high-performance filament, 3D-printed into structural drone frames — reducing waste while enabling rapid iteration.
Full AI inference runs on-board with no internet required. Hailo-8 NPU delivers 26 TOPS at 2.5W — real-time object detection in any environment.
Recycled plastic becomes filament, filament becomes 3D-printed drone frames. Industrial-grade parts. Near-zero manufacturing waste. Circular by design.
One AI architecture. Three drone families — aerial quadcopters, ground rovers, and naval surface vehicles. Build once, deploy everywhere.
From raw sensor data to autonomous decision — everything happens on the drone, in real time, without a single byte leaving the device.
Cameras, LiDAR, thermal — multi-modal data fused in real time
YOLOv8 on Hailo-8 NPU — 26 TOPS, 2.5W, zero cloud
Detect, classify, navigate, respond — fully offline
Our reference hardware — Orange Pi 5 Plus paired with Hailo-8 M.2 — delivers enterprise-grade AI inference at the power budget of a light bulb. No server rack. No subscription. No compromise.
Learn More →The same AI inference layer powers all three drone families. Sensor adapters abstract hardware differences. One codebase. One model. Three platforms. Maintenance simplified, capabilities multiplied.
See Platforms →Recycled plastic waste is shredded and extruded into high-quality PETG filament. Industrial 3D printers fabricate drone frames layer by layer. Rapid iteration. Minimal tooling cost. Near-zero waste.
Request a Demo →From concept to deployment — we design, build, and integrate autonomous drone systems tailored to your operational requirements.
Edge AI architecture design for drone and autonomous systems. We map your operational requirements to the optimal hardware-software stack — from NPU selection to AI model optimization.
Start a conversation →Bespoke aerial, ground, and naval drone platforms engineered for your use case. From specification to flight-ready prototype — designed for reliability in the field.
Request a quote →Offline deployment of computer vision models on embedded NPUs. YOLOv8 object detection, semantic segmentation, custom model training — optimized for edge hardware.
Explore capabilities →3D-printed drone frames from recycled PETG filament. Rapid prototyping at industrial quality, with full material traceability. Sustainable hardware at scale.
Learn about our process →"From fields to forests, from borders to coastlines."
Crop monitoring, pest detection, yield mapping — fully autonomous over large cooperative farms.
Perimeter patrol, intruder detection, 24/7 autonomous surveillance without cloud exposure.
Offline mountain and forest operations with thermal imaging. Works where networks don't.
Autonomous monitoring for national parks. Real-time detection, zero connectivity required.
Autonomous surface vehicle monitoring of coastal zones, rivers, and restricted waterways — independent of satellite or cellular networks.
Every Nadrone platform shares the same AI core — adapting seamlessly across air, land, and sea.
Whether you're looking for a custom drone solution, a research partnership, or investment opportunities — we'd love to hear from you.