EVERYTHING YOU NEED FOR

SPACE DATA
INFRASTRUCTURE

1,000x more data in space

Today’s satellites produce

Satellites are no longer just sensors, they’re compute nodes

It’s time to process raw data where it’s generated—in orbit—to reduce expensive downlink costs and deliver near real-time insights

Build Your Space Computing Stack

High-performance GPUs, networking, and storage solutions with an open-source OS

  • Your mission-specific AI and analytics turn raw space data into actionable intelligence onboard

  • Our partners provide orchestration, security, and distributed computing frameworks keep your mission running smoothly and securely

  • Colossus’ open-source, Linux-based OS lets you plug in, deploy, and operate with zero hassle

  • Colossus’ space-grade GPUs, networking, and storage solutions deliver unmatched performance in harsh space environments

Space-Grade Hardware

  • Falcon GPU Platform

    Our most advanced GPU platform for demanding workloads

    Available

  • Kestrel GPU Platform

    Entry level, general-purpose GPU platform for SmallSats

    Available

  • Razorback Networking

    Networking switch with eight gigabit Ethernet ports

    Learn More

  • Wasp FPGA Platform

    Multi-architecture compute complete with CPU, FPGA, DSP, and AI Engines

    Coming Soon

  • Pelican SSD

    Computational storage with over 2TB SSD for small - medium satellites

    Coming Soon

Trusted By Global Partners

“Loft’s Virtual Mission service allows customers to access in-space data, and Colossus’s onboard processor technology helps enable this new paradigm for our customers,”

— Keith Becker, Flight Products Dir. of Embedded Systems @ Loft Orbital

Modern missions demand onboard intelligence

Our plug-and-play hardware and software solutions transform satellites into distributed micro-data centers in orbit

Image Processing

Onboard ML quickly detects targets directly from imagery

Pattern Recognition

Near real-time pattern recognition and change detection

Hyperspectral Analysis

Compress 3D data into 2D slices onboard, sending 1/1000th of the data without losing insights

Space is unreliable. Our architecture isn’t.

Our fault-tolerant architecture is capable of “self-healing” to withstand the challenges of space.

How we do it:

  • Hardened circuits resist radiation and prevent latch-ups

  • ECC protections keep memory and cache data clean

  • Redundant CPUs with lockstep and TMR for uninterrupted processing

  • Smart safeguards: watchdogs and supervisor circuits

  • Built-in fault recovery at the subsystem level

  • Designed for scalable, end-to-end resilience

Good News, Everyone!