Percepto
Drone-in-a-box automated inspection, unmanned monitoring of industrial sites
Percepto does "drone-in-a-box": a base station fixed at the plant, and the drone automatically takes off, inspects, returns to charge, and uploads data on a schedule or event trigger, with no on-site pilot needed throughout. Developed by an Israeli team, its customers are mostly power plants, oil and gas, and mines.
Features and use scenarios
The software side, Percepto AIM, centrally interprets data from different sources (drones, ground robots, fixed cameras), doing anomaly detection, comparing historical status, and auto-producing reports. Typical applications include inspecting tank corrosion, monitoring flare-burning status, confirming pipeline leaks, or plant-perimeter security — work that once required people to walk the route periodically.
It suits operations and safety units of petrochemical, power, mining, and large industrial parks. Taiwan's petrochemical parks and power plants likewise have lots of routine inspection, but automated drone flight involves airspace regulations, so clarify civil-aviation regulations and plant-application procedures before adoption.
Main features
- Drone-in-a-box automatic takeoff and landing
- Scheduled and event-triggered inspection
- AIM multi-source data integration and interpretation
- Anomaly detection and historical-status comparison
- Automated inspection reports
Common uses
- Petrochemical-plant equipment inspection
- Power-plant and substation monitoring
- Mine-operation monitoring
- Plant-perimeter security patrol
Key Features
- Drone-in-a-box automatic takeoff and landing
- Scheduled and event-triggered inspection
- AIM multi-source data integration and interpretation
- Anomaly detection and historical-status comparison
- Automated inspection reports
Pros
- Fully automated, no on-site pilot needed
- Suited to high-risk, high-frequency inspection sites
- Can integrate ground robots and fixed cameras
Cons
- High barrier for hardware deployment and regulatory application
- Mainly for large industrial sites, not for small-to-medium plants
- Airspace permits for automated flight vary by country
Use Cases
- Petrochemical-plant equipment inspection
- Power-plant and substation monitoring
- Mine-operation monitoring
- Plant-perimeter security patrol
Editor's Note
The pain point of industrial inspection isn't 'can't see it' — it's 'no one has time to go look every day.' Automation's value is in frequency, not single-time quality.
FAQ
Can automated drone inspection be done in Taiwan?
Technically feasible, but it must comply with the CAA's remote-drone regulations, including operating areas and beyond-visual-line-of-sight flight permits. A plant being private land doesn't mean you can fly freely; be sure to confirm the regulatory path first.
How much does it save versus manual inspection?
It mainly saves repetitive routine inspection and personnel exposure at high-risk locations. Actual anomaly judgment and repair still require people, so don't treat it as a cure-all for cutting headcount.