SensFlow
Modular software suite for sensor data replay and validation
SensFlow is a flexible, end-to-end software suite built for deterministic replay and validation of sensor data in ADAS and AD ECUs. Tailored for HIL setups, it delivers both sensor inputs and vehicle bus information directly to ECUs, enabling realistic and repeatable test scenarios. The system accommodates diverse sensor configurations and evolving data formats while maintaining accurate timing and synchronization. Thanks to its modular design, SensFlow easily adapts to new ECU architectures and changing sensor setups.
Who benefits from SensFlow?
- Engineers working on ADAS validation, perception and HIL who require deterministic and repeatable scenario analysis
- Teams dealing with non deterministic sensor and vehicle bus replay, including high data rate sensor setups
- Engineering groups needing a reliable and repeatable testing foundation for complex ADAS/AD functionalities
What is SensFlow?
- SensFlow is a modular, end-to-end software suite for sensor data replay and validation of ADAS/AD ECUs
- Specially built for HIL, feeding sensor and vehicle bus data directly into ECUs for realistic validation
- Guarantees accurate timing and time stamp synchronization and adapts easily to ECU changes and sensor variations
- Enables deterministic and repeatable evaluation of perception and localization stacks
- Accommodates heterogeneous sensor configurations and evolving data formats, including diverse bus and sensor technologies
Why SensFlow?
- Replay of CAN and Automotive Ethernet communication for deterministic and controlled validation workflows
- Replay of multi-sensor data, including radar, ultrasonic, camera and lidar inputs
- Scalable ADAS validation capabilities, supporting configurations from entry level ADAS up to Level 3+ systems
- Modular and flexible architecture and licensing, tailored to specific HIL replay and validation requirements
- Standardized data formats for vehicle bus and sensor data, including PCAP files, ensuring consistent and efficient data handling