Rayphase Studio
Engineering software for designing, simulating, and validating spacecraft communications and sensing missions.
We make space communications smarter and faster
Next-generation platform for space communications and sensing
Background
One signal for high-speed communications and real-time sensing
Traditional spacecraft use separate systems to communicate and sense their surroundings. Rayphase brings both capabilities into a single communications signal, enabling high-speed data transfer while continuously measuring range, relative position, and velocity.
One transmitted signal
- Communications High-speed data transfer
- Sensing Range, relative position, velocity
Products
Rayphase Runtime
Flight software that transforms spacecraft radios into high-speed communications and real-time sensing systems.
Technology
The Signal is the Sensor
Rayphase enables one waveform to communicate and sense simultaneously. Our architecture is designed for the extreme motion of space, allowing spacecraft radios to transmit high-speed data while measuring distance, relative velocity, and position.
High-Mobility Communications
Designed to maintain reliable links despite severe Doppler shifts and rapidly changing channels.
Software-Defined Performance
Runs on modern software-defined radios and processors, enabling new capabilities without adding dedicated sensing hardware.
Communications and Sensing Together
Uses the same transmission for data transfer and radar sensing, reducing hardware, power, and mission complexity.
Use Cases
Enabling Next-Generation Space Networks
Sensing
Autonomous Rendezvous and Formation Flying
Enable spacecraft, rovers, and satellite swarms to communicate while continuously measuring range, relative position, and velocity.
Connectivity
Direct-to-Device Communications
Deliver reliable links between satellites and standard mobile devices despite extreme motion, Doppler shifts, and spectrum constraints.
Defense
Resilient Communications
Maintain assured communications and situational awareness across defense spacecraft, aircraft, and autonomous platforms operating in degraded, GPS-denied, or contested environments.
