W1-Kit appears to be a small-scale intelligent Wire-Control chassis kit that integrates both chassis and Sensors. It features open-source system code, with the aim of reducing the barriers to entry for autonomous driving development. The W1-Kit offers a comprehensive package, including a Wire-Control chassis, industrial computer, integrated navigation, LiDAR, millimeter radar, cameras, and other essential Sensors. The chassis is equipped with an automotive-grade chassis domain controller, serving as the control unit for executing autonomous driving tasks. The complete kit comes with a basic autonomous driving demonstration, making it easy to get started without a steep learning curve.

PanoDrive-E is a driving simulator designed based on the PanoSim industrial grade driving simulator for intelligent driving teaching and talent cultivation in automobiles. PanoDrive-E integrates a rich model and simulation tool chain for intelligent driving in automobiles (PanoSim), high-end driving simulator (PanoDrive), carefully designed high fidelity virtual driving environment Scenarios, advanced intelligent assisted driving (ADAS) applications, pleasant and flexible human-machine interaction (HMI), etc. It is a driving simulator specifically designed for teaching and experiencing intelligent driving in automobiles, providing safety, realism, and high-quality teaching and talent cultivation for intelligent driving in automobiles Vivid and vivid physical display and driving experience.

Based on digital twin technology, PanoSim constructs corresponding digital venues and digital main vehicles in the virtual world based on real venues and real main vehicles in the physical world. At the same time, it constructs rich simulation scenarios and transportation in the virtual world, and completes the projection and fusion between the two worlds, creating a virtual and real fusion simulation development and testing platform.

Powered by PanoSim - one integrated s/w and h/w simulation toolchain, PanoPilot provide high-fidelity virtual driving environment (World Simulator) building capability, High fidelity sensors data (Sensor simulators) output and injection capability, High accuracy real-time vehicle simulator (Vehicle Simulator) and Test automation (Test Builder) capability etc. offering DCU/ECU almost the same working environment as real-car, making development and test of DCU/ECU product more efficient and lower cost.