Supercomputers for space
AI Enabled. Radiation Tolerant. SmallSat Optimized.
High-Performance, Rad-Tolerant Computing Systems
Artificial intelligence capable compute and storage for your next mission
-
GPU & CPU Edge Computing Solutions
-
World’s 1st rad-tolerant computational storage SSD
Meeting the needs of the burgeoning space ecosystem of new companies and defense primes ready to deploy the next 10,000-100,000 objects in space
New Space Paradigm
Hybrid Approach to Radiation
Zephyr leverages extensive technical knowledge from decades in consumer electronics, semiconductor, and new space technology paradigms
20+ Years of Spacetech Expertise
Developer-Friendly Operating System
Build satellites faster, better, stronger
Plug and Play for Machine Learning, AI and edge computing applications
AI & ML Ready
Best in class security and encryption across hardware, firmware, and operating system
Best in Class Security
Designed for hardware standards, Linux, and popular software systems
Compatible with Standards
Unlock In-Orbit Capabilities
Smarter sensors, autonomous operations, and better use of data
Hyperspectral Processing
Flatten your 3D data cubes on orbit, then downlink relevant 2D images
Compare new images to an onboard library and send push notifications about changes in minutes
Pattern Recognition
SDR (Software Defined Radio) Detection
Monitor radio bands for rare events, and send push notifications in minutes
SAR (Synthetic Aperture Radio) Image Generation
Turn raw SAR data into JPEG thumbnails for review on the ground before downlinking raw data
Perform inference onboard and downlink results via intersatellite networks in minutes
Image Processing
Signature Detection
Combine visual, radio, and other sensors in near-real time
Bringing AI-Ready Computers the Final Frontier
Made Possible With Partners
Winners of the NASA Entrepreneurs Challenge in 2021
NASA Funded Phase I SBIR in 2022
NASA Funded Phase II SBIR in 2023
Awarded Finalists in the CDL Creative Destruction Lab Space Sector 2023