EagleNXT provides integrated drone hardware, sensors, and BVLOS software for defense, agriculture, commercial,
Funding
Funding not disclosed
Founders
Product
Problem
Organizations in defense, agriculture, commercial, and public‑safety sectors often lack a single, integrated system that can acquire high‑resolution aerial data, process it quickly, and operate beyond visual line of sight, limiting their ability to respond to emergencies, monitor assets, or optimize operations.
Solution
EagleNXT delivers a suite of proprietary drones—including eBee mapping platforms, tactical UAVs, and ultra‑light fixed‑wing aircraft—paired with multispectral and thermal sensors for comprehensive remote sensing. Its BVLOS (beyond‑visual‑line‑of‑sight) software automates flight planning, execution, and data processing, producing georeferenced maps and analytics with minimal operator input. The end‑to‑end workflow enables rapid disaster‑relief mapping, precision agriculture scouting, and secure perimeter monitoring. By consolidating hardware, sensors, and software into a single solution, EagleNXT reduces the time and expertise required to generate actionable aerial intelligence.
Target Audience
Primary customers are defense agencies, agricultural and commercial operators, and public‑safety organizations that require reliable, high‑resolution aerial data for mission‑critical applications.
Features
- Proprietary eBee mapping drones and high‑performance tactical UAVs optimized for professional missions
- Ultra‑light fixed‑wing platforms that provide extended endurance for large‑area coverage
- Integrated multispectral and thermal imaging sensors delivering high‑resolution aerial surveys
- BVLOS flight‑control software that automates mission planning, autonomous execution, and real‑time monitoring
- Automated data processing pipeline that generates orthomosaics, point clouds, and analytics ready for immediate use
- Pansharpening and other advanced image‑fusion techniques to enhance output detail
- Compatibility with defense, agricultural, and public‑safety workflows through open data export formats