SENTINEL SPACE

Autonomous systems for space exploration and operations

Space-Grade Autonomy

Sentinel Space delivers high-reliability autonomous capabilities for spacecraft, landers, rovers, and orbital infrastructure, designed specifically for the unique challenges of space operations.

Our radiation-hardened hardware and fault-tolerant software provide mission-critical autonomy for missions throughout the solar system, from Earth orbit to planetary exploration.

Sentinel Space Platform

Key Capabilities

Orbital Autonomy

Advanced algorithms for autonomous orbital operations, maneuvers, and station-keeping.

Planetary Landing

Precision guidance and control systems for landing on planetary bodies.

Radiation Hardening

Hardware and software designed to operate reliably in high-radiation space environments.

Fault Tolerance

Multi-level fault detection, isolation, and recovery capabilities for mission-critical systems.

Low-Latency Control

Local decision making to overcome communication delays with Earth.

Resource Management

Optimal allocation of power, propellant, and other critical resources for mission longevity.

Applications

Satellites

Autonomous operation of Earth observation, communication, and scientific satellites.

Our satellite autonomy systems enable extended mission lifetimes, efficient station-keeping, collision avoidance, and automated fault management. Sentinel Space enhances both individual satellites and constellations with advanced coordination capabilities.

Satellites
Radiation-Hardened Components

Space-Grade Hardware

Sentinel Space is built on radiation-hardened computing platforms designed to withstand the harsh environments of space, from radiation exposure to extreme temperature variations.

  • Radiation-hardened processors and memory
  • Triple-modular redundancy for critical systems
  • Thermal management for extreme conditions
  • Low power consumption design

Mission Reliability

Space missions demand the highest levels of reliability. Sentinel Space incorporates multiple layers of fault tolerance, redundancy, and self-healing capabilities.

  • Autonomous fault detection and recovery
  • Graceful degradation capabilities
  • Mission continuity during communication dropouts
  • 99.999% uptime design target
Mission Reliability

Ready for the Next Frontier?

Contact our team to discover how Sentinel Space can enhance your space missions with advanced autonomy.