Neural Drones provides a GDPR‑compliant autonomous "drone‑in‑a‑box" platform that delivers continuous, pilot‑free aerial monitoring of large or critical infrastructure.
Funding
Funding not disclosed
Founders
Product
Problem
Monitoring large or critical infrastructure sites requires frequent aerial inspections, which traditionally depend on manually piloted drones or costly manned aircraft. This leads to high labor costs, limited coverage, and delayed detection of security breaches, equipment failures, or environmental hazards.
Solution
Neural Drones offers a GDPR‑compliant autonomous “drone‑in‑a‑box” platform that conducts continuous, pilot‑free aerial monitoring. Their FlightPrivacy software runs on the ground station, integrates custom AI, machine‑learning models, and deep neural networks to detect vehicles, unauthorized persons, and infrastructure defects in real time. The system autonomously launches, patrols predefined areas, and returns to a charging station, providing 24/7 coverage with predictable, fixed costs. Data are processed locally or on a secure network, ensuring privacy and compliance while delivering actionable alerts to operators.
Target Audience
Primary customers are utilities and grid operators, industrial and chemical plant managers, public safety agencies (police, fire, disaster response), and infrastructure authorities responsible for large‑scale assets such as power lines, wind farms, bridges, and rail corridors.
Features
- Modular drone‑in‑a‑box hardware that supports major flight controllers (Pixhawk, ArduPilot, ROS, DJI) and can retrofit existing UAVs
- FlightPrivacy+ autonomous flight management software that operates offline, without cloud dependency, suitable for isolated or secure environments
- ActiveRespond AI module for real‑time image analysis, including vehicle counting (FleetVision), perimeter person detection, and photovoltaic defect scanning
- GDPR‑compliant data handling with on‑site processing, anonymization, and fine‑grained access controls
- Automatic launch, mission execution, and return‑to‑charge cycle enabling continuous 24/7 monitoring
- Integration capabilities with existing ILS, VdS standards, and custom reporting workflows