Hive Systems provides an autonomous drone operating platform for large‑scale industrial sites, delivering continuous aerial surveillance for security, fire prevention, environmental monitoring, and asset inspection.
Funding
Funding not disclosed
Founders
Product
Problem
Industrial facilities such as waste‑treatment plants, mines, power stations and large infrastructure sites require continuous monitoring for security, fire risk, environmental hazards and asset inspection, but traditional manual patrols and fixed‑point sensors are labor‑intensive, limited in coverage, and cannot react instantly to emerging threats.
Solution
Hive offers an autonomous drone operating platform that combines a self‑contained docking station with rapid battery exchange and modular payload integration. Existing multicopter or fixed‑wing drones are equipped with Hive’s battery kit and can launch, conduct a mission, and return for a fresh battery in about three minutes without human intervention. The system supports interchangeable sensors—including RGB/thermal cameras, LiDAR, multispectral and gas detectors—to address specific monitoring tasks. Flight planning, take‑off, landing and data transmission are managed by Hive’s control software, delivering 24/7 aerial surveillance and data collection that is automatically encrypted and sent to a cloud backend for analysis. Operators can schedule recurring missions or trigger on‑demand flights, enabling early detection of fires, intrusions, emissions or structural issues while reducing the need for on‑site personnel.
Target Audience
Primary customers are operators of large‑scale industrial sites—waste‑management facilities, mining and quarry operations, energy plants, airports, bridges, pipelines and renewable‑energy installations—that need continuous aerial monitoring for safety, environmental compliance and asset protection.
Features
- Autonomous docking station with robotic battery swapping, enabling a new flight every 3 minutes
- Compatibility with third‑party multicopter and fixed‑wing drones via a standardized Hive Battery Pack
- Modular payload bays supporting thermal imaging, high‑resolution RGB, LiDAR, multispectral and gas‑sensor packages up to 20 kg
- Weather‑protected operation (wind up to 61 km/h, rain up to 10 mm/h) and AES‑256 encrypted data links
- Integrated mission planning and fleet management software for scheduled or event‑driven flights
- Automatic data processing pipeline with options for photogrammetry, 3D mapping, volume calculation and AI‑based anomaly detection
- No pilot license required for operators; system handles take‑off, navigation and landing autonomously