Rapid Prototyping and Validation

Test and refine designs early in the development process.

System-Level Testing

Validate the interaction of software and hardware in real-time.

Fault Injection

Simulate failure conditions to assess system robustness and reliability.

Scalability and Modularity

Adapt the system to meet evolving test requirements.

Automation and Efficiency

Reduce test cycle times with automated testing workflows.

xCU HIL Systems

xCU HIL Systems are advanced Hardware-in-the-Loop platforms designed to test and validate control units (xCUs) under real-time conditions.

  • Testing and validation of Electronic Control Units (ECU), Flight Control Units (FCU), and Actuator Control Units (ACU)

  • Use in automotive, aerospace, and industrial systems

  • Real-time simulation of operating conditions
  • Early detection of design and integration faults
  • Scalable test environments for iterative development
  • Reduction of prototyping and testing costs

Battery Management HIL Systems

Battery Management HIL Systems are specialized Hardware-in-the-Loop platforms used to ensure the performance and reliability of Battery Management Systems (BMS).

  • Functional testing of Battery Management Systems (BMS)
  • Support for electric mobility, renewable energy, and aerospace systems
  • Real-time simulation of battery behaviors and fault conditions
  • Safe and repeatable validation environment
  • Scalable architecture for different battery configurations
  • Reduced testing time and physical prototype dependency

System Integration Laboratories

System Integration Laboratories (SIL) are controlled environments used to validate the interaction of hardware and software components across complex systems in aerospace, automotive, defense, and energy industries.

  • End-to-end integration of multiple subsystems
  • Verification of system-level functionality and compliance
  • Simulation of real-world operating conditions
  • Early detection of integration and communication issues
  • Improved reliability before field deployment
  • Reduced risk and development time