User / Test System
Interactive dashboard for telemetry, control and analysis.
User Visualisation Console
BACK TO SOLUTIONS
ARBS
Simulate. Stimulate. Validate.Accelerate ECU Testing.
ARBS is a modernised, open framework engineered to dramatically lower test execution overhead and enable the shift in ECU testing for Software Defined Vehicles.
Open & Extensible
Built on Python with open specifications.
Real-Time Performance
Low-latency Socket/CAN transit latency.
Zero-License Hardware
Optimised for enterprise budgets.
Reliable & Scalable
Secure, scalable and ready for high-node labs.
How ARBS works
High-performance simulation and stimulation over standard interfaces.
ARBS Hardware
Processes unit running optimised C-bindings and Python runtimes.
4-Core ARM | Ubuntu RT-OS
Device Under Test
Automotive ECU listening to cyclic simulation bus loads.
DUT Input Interface Rx
Powerful Capabilities
Native Python Environment
- Leverage the power of Python for rapid automation.
- Build custom test scripts and workflows.
Zero-License Hardware
- Runs on cost-effective hardware.
- Optimised for enterprise deployments.
Real-Time Performance
- <1.2 ms SocketCAN transit latency.
- Deterministic and reliable execution.
Open Specifications
- Standard real-time Linux baseline.
- Interoperable and future-proof architecture.
DevOps & CI/CD Ready
- Continuous integration with automation pipelines.
- Script-driven configuration and execution.
Advanced Signal Control
- Native DBC parsing and multi-signal generation.
- Dynamic fault injection and condition simulation.
Platform Strengths
- Python-first environment
- Standard Linux baseline
- Low execution latency
- High-node lab scalability
- Secure SocketCAN interfaces
Key Features
- Native DBC Parsing
- Multi-Signal Generator
- Dynamic Fault Injection
- High-throughput Logging (BLF/MDF4/ASC/CSV)
- Automated XML Reporting
Roadmap Alignment – Ready for Tomorrow
Lab ECU Simulation
ARBS mimics absent hardware modules (restbus simulation).
EOL Factory Verification
Hardware form factor scales onto physical test rigs.
SDV Readiness
Next-generation architecture for Software Defined Vehicles.
Intuitive Dashboard.Complete Control.
Monitor signals, control simulations, inject faults and capture logs – all from a unified dashboard.
- Real-time signal monitoring
- Scenario control & playback
- Fault injection & error simulation
- Logging & analysis export
