Through a low-code graphical interface, combine service calls, signal transmission, conditionals, delays, data injection and fault injection into repeatable test flows for version regression, fault reproduction and automated testing.
Implement complex functional logic through drag-and-drop, making it intuitive, simple, efficient and dramatically lowering the barrier to entry.
Build simulation models using node+connection diagrams instead of programming-based development.
Record Automotive Ethernet and CAN/CAN FD messages, generating PCAP/BLF files for subsequent analysis, archiving and replay validation.
Two capture methods: 1. Ethernet Bridging - EV-Cube bridges Ethernet messages while recording them; 2. Remote Login - Capture messages in real-time by logging into domain controllers via ADB/SSH/Telnet.
Messages are displayed on screen in real-time and simultaneously recorded as PCAP/BLF files.
Supports PCAP and BLF file replay, simultaneously replaying Ethernet and CAN/CAN FD messages.
Automatically identifies SOME/IP packets within Ethernet messages and replays data as Client/Server.
Supports variable speed replay (1/4, 1/2, 2, 4, 8...x), repeat replay, play/pause controls, and log data modification.
Supports custom replay start/end positions.
Provides a rich set of native APIs based on HTTP/MQTT, allowing test case scripts to conveniently invoke nearly all simulation, recording, and replay capabilities.
Combined with functional modeling, users can define custom private APIs and create composite logic interfaces such as "enter lunch break mode".
Built-in MCP Server for seamless integration with LLM agents, enabling natural language-driven test cases.
Simulate counterpart ECU communication behavior before real nodes are available to catch interface issues early.
Simulate server or client to verify SOME/IP service discovery, subscription, request and event push correctness.
Vehicle road test bus data can be replayed on bench environments at original timing, reducing road test dependency.
Integrate orchestrated test flows into CI/regression pipelines for unattended automated execution and reporting.
Connect to vehicle or HIL bench bus networks for real-time CAN and Ethernet message monitoring and capture.
Build complete SOA service interaction scenarios for development, debugging and test validation with low-code orchestration.