Australia's next-generation AI aerial intelligence platform.
The FlyOnE Aerial Intelligence Network combines advanced AI, next-generation aircraft and intelligent airborne sensors to transform aircraft into persistent flying intelligence platforms.
Rather than collecting imagery for later review, the FlyOnE Aerial Intelligence Network is being developed to observe, analyse and report on the physical world at regional scale, delivering AI filtered, analysied and object-of-interest information to governments, industry, emergency services and environmental organisations in real time.
Beginning with marine wildlife detection, the platform is rapidly expanding into infrastructure monitoring, environmental intelligence, disaster response and public safety applications.
Rather than collecting imagery for later review, the FlyOnE Aerial Intelligence Network is being developed to observe, analyse and report on the physical world at regional scale, delivering AI filtered, analysied and object-of-interest information to governments, industry, emergency services and environmental organisations in real time.
Beginning with marine wildlife detection, the platform is rapidly expanding into infrastructure monitoring, environmental intelligence, disaster response and public safety applications.
.jpg)
Our Hero Project: AI Shark Patrol
The FlyOnE Aerial Intelligence Network is Australia's next-generation AI-powered aerial intelligence platform, designed to deliver real-time environmental monitoring, public safety and infrastructure intelligence from the air. Its flagship deployment, SkyWatch AI Shark Patrol, combines FlyOnE's long-range, low-emission aircraft with the advanced AI image analysis technology developed by Ripper Corporation in collaboration with the University of Technology Sydney (UTS).
Together, the platform can survey significantly larger areas than conventional drone operations while automatically detecting and tracking sharks.
As the FlyOnE Aerial Intelligence Network evolves from cloud-based AI analysis to real-time onboard processing and live reporting, it will provide faster, more accurate intelligence for beach authorities, emergency services and coastal communities. Shark Patrol is the first operational application of the FlyOnE Aerial Intelligence Network, demonstrating how a single aerial intelligence platform can also support wildlife monitoring, environmental management, infrastructure inspection, disaster response and future AI-powered aerial survey applications across Australia.
A New Generation of Aerial Intelligence
Traditional aerial surveys are expensive, fragmented and often designed for a single purpose.
The FlyOnE Aerial Intelligence Network changes that.
Our network combines low-emission aircraft, advanced sensors and Australian-developed artificial intelligence into a scalable airborne intelligence platform capable of surveying hundreds of kilometres during a single mission while collecting, analysing and delivering actionable information.
One aircraft.
Multiple sensors.
Unlimited AI models.
The FlyOnE Aerial Intelligence Network changes that.
Our network combines low-emission aircraft, advanced sensors and Australian-developed artificial intelligence into a scalable airborne intelligence platform capable of surveying hundreds of kilometres during a single mission while collecting, analysing and delivering actionable information.
One aircraft.
Multiple sensors.
Unlimited AI models.
.jpg)
.jpg)
The FlyOnE Aerial Intelligence Network
The FlyOnE Aerial Intelligence Network is built around five integrated layers.
Aircraft
Low-emission aircraft capable of long endurance, low operating costs and regional deployment.
Sensors
High-resolution RGB cameras, thermal imaging, multispectral imaging, hyperspectral sensing, LiDAR and future sensor technologies.
Artificial Intelligence
Australian-developed AI capable of detecting, classifying and tracking objects of interest automatically.
Communications
Secure cloud infrastructure and future real-time communications enabling live operational awareness.
Decision Intelligence
Interactive dashboards, GIS mapping, automated alerts and customer reporting.
Aircraft
Low-emission aircraft capable of long endurance, low operating costs and regional deployment.
Sensors
High-resolution RGB cameras, thermal imaging, multispectral imaging, hyperspectral sensing, LiDAR and future sensor technologies.
Artificial Intelligence
Australian-developed AI capable of detecting, classifying and tracking objects of interest automatically.
Communications
Secure cloud infrastructure and future real-time communications enabling live operational awareness.
Decision Intelligence
Interactive dashboards, GIS mapping, automated alerts and customer reporting.