TETHERED PLATFORM
HIGH-ALTITUDE SPACE PLATFORMS FOR PERSISTENT MONITORING
We develop high-altitude space platforms for persistent observation, monitoring, and surveillance. From tethered balloons to stratospheric HAPS solutions.
TETHERED PLATFORM
Mobile or permanent: deploy in under 30 minutes from a single van, or install as a fixed asset for unlimited 24/7 overwatch. Hourly cost an order of magnitude below a helicopter, with no rotor noise and no airspace conflict.
Open payload bay: install your own sensor stack or pick our gimbal-stabilized dual-camera optical suite, with on-board AI inference and live HD downlink. Operating altitude well above tethered drones, for an order-of-magnitude wider field of view.
STRATOSPHERIC HAPS
Cruising in the lower stratosphere, above weather, civil air traffic and most air defence systems. Minimal radar cross-section and no thermal plume make it near-invisible to ground-based sensors — a persistent, undetected eye over any theatre of operations.
A solar-powered platform delivering satellite-scale coverage with drone-level resolution. Per square kilometre monitored, the daily cost is a fraction of an Earth-observation satellite tasking, while preserving real-time control and live downlink.
Unlocking persistent, high-resolution aerial intelligence where it matters most.
TRANSFORMING THE SKY INTO A PERMANENT VANTAGE POINT. OUR SYSTEMS GO BEYOND VISUAL RANGE LIMITATIONS TO PROVIDE 24/7 MONITORING AND ACTIONABLE DATA. FROM PRECISION FARMING TO INDUSTRIAL SECURITY, WE EMPOWER INDUSTRIES THAT CANNOT AFFORD TO LOOK AWAY.
Our multidisciplinary team is devoted to building the future of monitoring and surveillance.
The team preparing the payload gondola for flight testing.
We are a deep-tech startup revolutionizing the way vehicles dominate the sky and space. We combine engineering with visionary design to build persistent platforms that deliver the continuous data stream that drones cannot reach and satellites cannot sustain. We are not just watching the world; we are creating the infrastructure to understand it in real-time.
CONTACT OUR TEAM OF ENGINEERS