SysHealth

Tailored Real-Time System Health Monitoring & Recovery

Purpose-Built

Active Response

Flight-Proven

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Tailored development of advanced embedded software applications performing real-time Fault Detection, Isolation and Recovery (FDIR), mode control or other reliability or control-related functions on-board client systems.

Core Capabilities

Proven risk reduction through systematic analysis and implementation

Embedded Solutions

TRL9

Technology Readiness Level

FDIR Applications

Space-Proven Systems (LEO) • Automated Recovery • Mode Control

Modular Design

Pre-Built Components • Tailor-Made Software • Model-Based Design

Testing & Validation

Multi-Level Testing • Formal verification • Run-time verification

Development Process

2-4

Months to Deployment per Subsystem

Deployment Options

Embedded Systems • Cloud-Based • Combined Solution

Delivery Options

Packaged Binaries • Source Code • Modular Library

Implementation Support

Documentation • Developer Training • Deployment Support

Technical Foundation

5+

Safety-Critical Systems in Production

Flexible Architecture

Diagnostic Library • Dynamic Reconfiguration • Code Generation

Tool Integration

SysML v2 Support • Modern CI/CD • Automated Testing

Visualization

FDIR Dashboards • Real-time Alerts • Dependency Graph

Comprehensive Service Suite

Choose the right tools for your mission

Real-Time FDIR

Custom fault detection and recovery systems for critical applications

Key Features

Real-time monitoring and reporting

Automated recovery

Dynamic calibration

Use Cases

  • Satellite flight software
  • Industrial robotic systems
  • Autonomous vehicle control
  • Safety-critical navigation

Relevant Standards

  • DO-178C
  • NASA-STD-8739.8
  • ISO/IEC 29119

Control Systems

Advanced control system development and implementation

Key Features

Mode management

State estimation & control

Adaptive tuning & calibration

Use Cases

  • Spacecraft mode control
  • Robotic system supervision
  • Process automation
  • Mission sequencing

Relevant Standards

  • ECSS-E-ST-40C

Remote Health Monitoring

Cloud-based health monitoring for safety-critical systems

Key Features

Real-time telemetry monitoring

Context-rich diagnostics

Automated alerting & reporting

Use Cases

  • Fleet/constellation health monitoring
  • Fleet-to-component diagnostics
  • Mission-critical anomaly detection
  • Performance trend analysis

Relevant Standards

  • ECSS-Q-ST-80C

Success Stories

Space Systems

Satellite Flight Software FDIR

Real-time FDIR implementation

Automated recovery actions

Reduced dependency on ground ops

Space Systems

Satellite Spacecraft Mode Control

19 operational modes

Validated state machine architecture

100% MC/DC coverage

Marine Systems

Deep-Sea ROV Control Strategy

Control strategy audit

Estimation experiments & analysis

Control parameter tuning & optimisation

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