Rogue’s Scalable Compute Platform (SCP) is a flight-proven,
low-SWaP onboard compute system designed to bring AI, autonomy, and real-time
data processing directly to space missions. Built as a flexible Linux-based
edge computing platform, SCP enables high-performance onboard inference,
autonomous mission planning, payload data triage, image filtering, event
detection, and persistent LLM-assisted operations, all while keeping mission
software isolated from flight-critical systems. With 21 TOPS INT8 AI performance,
GPU acceleration, integrated networking, and support for containerized
terrestrial software, SCP helps spacecraft process and act on data in orbit,
reducing downlink burden, minimizing latency, and enabling more autonomous
mission execution in contested or communications-limited environments.

Space domain awareness through autonomous proximity operations.

Rogue Space Systems delivers space domain awareness (SDA) through autonomous proximity operations using our Orbot™ fleet. Our spacecraft maneuver to close range with resident space objects, collect multi-spectral imagery and sensor data, and process results onboard using the Scalable Compute Platform (SCP).

The SAMRIC program (Space-object Analysis through Multi-spectral Robotic Imaging and Characterization) combines hardware sensor hosting with advanced onboard algorithms to deliver actionable intelligence , object identification, anomaly detection, material characterization, and behavioral analysis , directly from orbit.

Modular.
Autonomous. Mission-Ready.

A spacecraft
architecture designed for the full spectrum of in-space operations.

The Orbot™ is
Rogue Space Systems' autonomous orbital robot,  a modular spacecraft platform
engineered for close-proximity operations in the most demanding orbital
environments. Starting from CubeSat-class form factors and scaling to
ESPA-class, the Orbot™ architecture adapts to any mission profile.

Every Orbot™
integrates AI-enabled onboard processing, multi-spectral imaging, autonomous
proximity operations capability, and extensible payload bays. The result is a
spacecraft that can inspect, host payloads, transport, and deliver compute, all without ground-in-the-loop control.

• CubeSat-class to ESPA-class scalable form factor


• AI-enabled Scalable Compute Platform (SCP) - up to
  248 TOPS


• Multi-spectral imaging (visible, IR, LIDAR)


• Autonomous proximity operations & 6DOF
  maneuvering


• Extensible payload bays with standardized interfaces

The OTP program is a systematic build-test-fly campaign ;  from Barry-1 (3U CubeSat, SSO, 2023) through OTP-2 and OTP-2B to Orbot-1 & Orbot-2 (ESPA-class, twin RPO/D demonstrators). Each mission validates and de-risks the next, building flight heritage for the full Orbot™ platform.

Orbot™ Gen-2

The next-generation autonomous orbital robot. ESPA-class with full 6DOF maneuvering, multi-spectral sensing (visible, IR, LIDAR), robotic grappling arm, refueling port, and pluggable payload containerization. Built for docking, inspection, payload hosting, logistics, and space domain awareness — with a roadmap toward ISAM and life extension.

The modular cargo container for in-space logistics. OrBlock™ is a standardized building block that enables reconfigurable mission kits, scalable power systems, and in-space assembly of larger structures. Combined with the Waypoint™ depot, OrBlock™ forms the backbone of the orbital supply chain.

Hardware
Hosting: Integrate
your physical payload ; sensor, camera, or instrument, directly onto our
Orbot™ spacecraft. We provide power, data, thermal management, and pointing.
Ideal for technology demonstrations, Earth observation payloads, and
space-qualified hardware validation.

• Dedicated payload interfaces (power, data,
  mechanical)


• Integration support and environmental testing


• On-orbit operations and data downlink

Software
Hosting: Upload your
algorithm, AI model, or data-processing pipeline to run on our Orbot™'s onboard
compute. No hardware integration required,  deploy software to space with
minimal lead time. Perfect for edge computing, AI inference, and data fusion
applications.

• Onboard compute with GPU acceleration


• Remote deployment and update capabilities


• API access for real-time data retrieval