Doppler Immunity
Prevents data packet drops by maintaining perfect signal orthogonality at high orbital speeds.
We make AI data move beyond Earth
Next-generation data platform for space communications
Background
AI is scaling beyond Earth,
but data infrastructure is not
The space economy is transitioning from a hardware race to a data crisis. Over the next five years, the volume of data generated in orbit will increase by over 100 times. We are moving from gigabytes to exabytes of data flowing through low-Earth orbit every single day.
Solution
Space AI Data Platform
We are building a Space AI Data Platform that improves satellite communication by embedding orbital motion and signal distortion awareness directly into data encoding. Using an Affine Frequency Division Multiplexing (AFDM)-based approach, it prevents degradation instead of correcting it after transmission. This reduces wasted power and spectrum, enabling high data throughput on existing satellite hardware for scalable AI workloads in orbit.
Software based
No hardware required
OTA Deployable
Software update to live satellites
IP-Protected
Proprietary technology
Technology
Rayphase Data Layer
Space communications demand a new approach to signal integrity. Rather than fighting signal distortions after the fact, our proprietary data layer natively mirrors the unique geometric dynamics of orbital transmission—stopping degradation before it starts using proprietary developed systems based on AFDM.
Ultra-Low Compute Overhead
Maximizes satellite battery life and mission duration by replacing heavy hardware correction with lightweight phase-correction blocks.
Full Spectrum Utilization
Unlocks maximum data throughput by separating delay and Doppler coordinates to completely eliminate wasted guard band space.
Use Cases
Enabling Next-Generation Space Networks
Defense & Contested Links
Chirp-basis waveforms provide low-probability-of-intercept and anti-jam communications for defense missions and resilient connectivity between space data centers.
Direct-to-Device
AFDM is ideally suited for the mobility and multipath conditions of direct-to-device networks while enabling seamless integration with space-based AI and data center infrastructure.
EO Downlink at Low Elevation
Maintain reliable high-throughput links deeper toward the horizon, maximizing Earth observation downlink capacity and accelerating data delivery to space data centers and ground systems.
