Space-based Space Situational Awareness

Passive RF Sensing

Our RF sensors enable wide-band analysis of signals up to 40 GHz, with custom tuning available to optimize signal capture for your target frequency band.
The sensor’s extreme sensitivity, low noise floor, and wide dynamic range allows for signal analysis applications ranging from nearby intersatellite LEO links up to intercepting Lunar transmissions.
The passive solution is receive-only, so there are no emissions to indicate that signals are being detected and analyzed.

The key component of our space situational awareness solution is the onboard AI processor for real-time data analysis on the spacecraft itself, so the RF metrics can be transmitted to users on the ground through low data rate link.
Our AI model has been trained to determine RF signal characteristics such as frequency, bandwidth, and modulation.
It identifies the radio that transmitted the signal, even differentiating between units of the same model number, and tracks the pattern-of-life behaviors of each transmitter that it is monitoring over time.

To complement our low-SWaP space-based space situational awareness payload, we also have expertise to design CubeSat- and SmallSat-class satellites for orbital operations.
Whether you want an end-to-end solution to host and operate our RF sensors, or need a custom design for your own payload, our engineering team can design a spacecraft for your applications

A web-based dashboard that visualizes in-space satellite RF data and analytics.

Features include:

Live data visualization from onboard sensors
Detailed viewgraphs showing object characteristics and behavior
Integration with the database and support for role-based access across user groups
Tools that allow users to query and analyze satellite RF data and act on high-fidelity space situational data