About
- We have been actively involved in various ADAS and autonomous driving development projects, building sensor-processing and vision-based perception technologies while developing Logger, HILS, Automation, and embedded AI platforms tailored to real customer requirements. Based on these capabilities, we have provided stable data acquisition, verification, and analysis environments for vehicle development and supplied a wide range of camera and perception development systems. We continue to deliver Logger and HILS/Automation solutions to LG Electronics and collaborate closely to support the stable production of front and interior camera systems. Our solutions have also been adopted by global customers such as Magna and Faraday Future, as well as major domestic OEMs including Hyundai Motor Company.
- Our experience includes bring-up and integration of dozens of GMSL and FPD-LINK cameras and the construction of multi-sensor logging systems, enabling us to resolve complex issues involving cameras, LiDAR, radar, and automotive networks directly in the field. We have also expanded our capabilities through AI platform S/W development projects based on TI, Ambarella, and NVIDIA SoCs, strengthening both embedded vision processing and AI pipeline implementation. This allows us to offer an integrated environment covering logging, reprocessing, and simulation for data-driven perception development.
VISION ON CHIP
SOLUTION
SOLUTION
RISC-V-Based Vision AI NPU SoC (VX7000 Series)
Next-Generation RISC-V SoC Development and Manufacturing for Drones and Smart Devices. An integrated total SoC solution with a built-in NPU that maximizes Vision and AI performance, advancing into the global market with an innovative IP-based business model.
Vision Processor and Vision AI Accelerator Design Services
We provide essential technologies for the development and testing of autonomous driving and vision AI systems
AI Solution Design Services
We provide data logging solutions for AI algorithm development, support labeling and tagging tasks, design embedded boards and implement BSW, and carry out the development and optimization of perception algorithms to be deployed on embedded boards.
