To address the extensive sensor data acquisition and validation requirements during autonomous driving system development and testing phases, ALG-TECH leverages its full-stack in-house technological capabilities to introduce a professional autonomous driving data acquisition solution. This comprehensive offering includes the necessary hardware, software, and customized services. Our one-stop solution effectively meets the data collection and testing needs throughout the development process of high-level autonomous driving systems, significantly enhancing enterprise R&D efficiency.

ALG-TECH addresses the challenges in autonomous driving domain controller algorithm verification by introducing a comprehensive hardware-in-the-loop (HIL) injection testing solution. This solution encompasses hardware, software, and customized services, providing a unified toolchain that offers one-stop fulfillment for multi-scenario testing requirements. Our solution significantly reduces testing costs while enhancing R&D efficiency.

Based on the team's years of optical R&D experience and automotive-grade product manufacturing capabilities, ALG-TECH provides comprehensive camera products and solutions for autonomous driving systems ranging from L2 to L4, covering all directions of the vehicle to achieve visual detection at different distances, and helping to bring advanced autonomous driving to reality.

Visual cameras are key to machine intelligence and industrial automation. To meet the demand for GMSL cameras to be integrated with NVIDIA Jetson Orin/Xavier/Nano series development kits, Raspberry Pi 5 boards, and Rockchip RK3588 boards, ALG-TECH provides a complete access solution that is easy to use, helping developers to choose flexibly and develop quickly.

ALG-TECH's algorithm verification platform for railway transportation scenarios integrates LiDAR, visual cameras, and inertial navigation modules. It is used to record visual fusion data, ensuring the real-time and synchronized nature of the data, to aid in the development of autonomous train positioning systems.

The ALG-TECH comprehensive testing framework, specifically designed for autonomous driving applications, delivers end-to-end support spanning road scenario data acquisition, sensor data replay, functional activation validation, and beyond. It ensures efficient execution of testing processes, reliable system operation, and enhanced R&D efficiency for intelligent driving systems.

ALG-TECH's synchronization and time distribution solution ensures that devices, systems, or sensors in a network share a unified time standard through various communication protocols (such as PTP/gPTP), thereby enabling precise collaborative operation and data synchronization among devices in multiple fields including industrial automation, intelligent manufacturing, and communication networks.

Ensuring real-time response in remote operations is crucial for verifying the safety of the driving cockpit. To this end, ALG-TECH has launched a latency verification solution specifically designed for 5G remote driving cockpits, to meet the verification needs of 5G remote driving control systems and ensure precise remote control of vehicles.