Luxor One provides end‑to‑end drone services that run vision AI on board autonomous UAVs to deliver real‑time object detection, tracking and analytics during flight. The platform fuses the resulting high‑resolution aerial data with satellite imagery and streams actionable insights to a live dashboard and APIs, producing processed reports within 24‑72 hours for infrastructure, utilities, construction, logistics and government customers.
Funding
Funding not disclosed
Founders
Product
Problem
Enterprises that rely on aerial or satellite imagery often face lengthy turnaround times, manual data processing, and fragmented workflows that delay critical operational decisions. Existing solutions typically require separate hardware, off‑site analysis, and extensive operator involvement, limiting real‑time situational awareness and scalability. Compliance with aviation regulations further complicates rapid deployment of drone‑based intelligence.
Solution
Luxor One delivers end‑to‑end, project‑based drone and AI services that embed state‑of‑the‑art vision AI directly on autonomous UAVs. The platform executes real‑time object detection, tracking, and analytics during flight, then streams actionable insights to a mission dashboard and downstream systems. By fusing drone‑collected data with satellite imagery, Luxor One provides comprehensive, line‑of‑sight and beyond‑line‑of‑sight coverage in a single, EASA‑compliant workflow. Clients receive processed reports within hours, enabling faster, data‑driven decision making across monitoring, inspection, and mapping use cases.
Target Audience
Primary customers are enterprises in infrastructure, utilities, construction, logistics, and government agencies that require rapid aerial intelligence for monitoring, inspection, and asset management. The solution also serves mapping and analytics firms needing high‑frequency, AI‑augmented geospatial data.
Features
- Edge‑AI engine running on the drone for on‑board inference, eliminating the need for post‑flight processing
- Autonomous mission planning and execution with real‑time flight‑path adjustments based on AI detections
- Live mission dashboard delivering live geospatial overlays, object counts, and movement streams to user endpoints
- Seamless fusion of high‑resolution drone imagery with satellite data for extended coverage and context
- Turnaround times of <24 hours for AI‑enhanced mapping and <72 hours for custom inspection reports
- Configurable analytics pipelines (e.g., object counting, change detection) accessible via RESTful APIs
- Full compliance with EASA regulations, including automated flight‑log recording and safety checks
- Scalable project model supporting single‑flight pilots to multi‑flight campaigns across diverse sectors