Our SKY-I™ platform is powered by DataDOT™ in-orbit sensing payloads, which capture critical environmental data such as radiation, interference, and invisible natural or man-made threats. Think of DataDOT™ as the sensors collecting signals, and SKY-I™ as the command centre turning them into clear insights and alerts.
Looking ahead, DataDOT™ will evolve into Swarm DOTS™, a distributed network in orbit acting as an intelligence grid. SKY-I™ will then do more than analyse threats from the ground. It will deliver direct, in-orbit triggers when spacecraft are exposed to sudden threats such as radiation storms or hostile interference, offering orbital threat alerts as a service, something that has never been commercially available before.

Our first-generation payload, and the foundation of our in-situ sensing capability.
DataDOT-1 launched in January 2025 and completed a successful mission, returning pilot data on radiation, magnetic fields and temperature. That data produced our first insights for SKY-I™ and shaped everything that followed.

Our latest generation and our commercial payload, built on flight heritage.
DataDOT-2 combines radiation dose monitoring, particle detection and characterisation, magnetic field measurement, GNSS-based ionospheric sensing, acceleration measurement and temperature monitoring in a single compact unit. Compared with DataDOT-1, it is smaller, with expanded sensing capability and performance, plus improved on-board processing and storage. The result is faster, more accurate analysis and threat detection.