Cognata’s ADPH platform allows testing and evaluating manufacturer-certified AV & ADAS perception sensors, enabling precise optimization of mounting locations and optimal selection of the right sensor preset for the relevant AV or ADAS program.
The platform streamlines the automotive sensor testing and evaluation process, providing a solution that significantly reduces the time and cost associated with sensor selection.
ADPH runs exclusively on Microsoft’s Azure cloud using AMD’s high-end processors.
Select your ideal sensors (Camera, LiDAR, Radar, Thermal, and more) from our extensive manufacturer-approved catalog to start your evaluation journey.
Engage in a virtual test drive to assess the sensor’s performance across multiple scenes, exploring as many options as you need.
Make informed, data-driven decisions and advance towards real-world testing with your chosen sensor preset.
Ansys’ AVxcelerate Radar technology provides a comprehensive radar infrastructure, allowing virtual simulation of physical radar systems in the automotive industry. This cutting-edge solution enhances the development, testing, and validation of radar-based autonomous driving applications.
Automotive-grade LiDAR sensor, delivering a rich 3D point cloud at distances up to 250 meters.
Innoviz Lidar is lightweight, high-performing, and offers a fully featured solution for all levels of autonomous driving.
Ouster’s OS2 long-range digital LiDAR sensor leads the way in high-resolution lidar technology for autonomous vehicles, smart infrastructure, and robotics. Its superior performance enhances detection accuracy and system reliability.
Adasky’s LWIR (Long-Wave Infrared) Thermal Camera technology delivers precise detection in challenging lighting conditions, from bright daylight to complete darkness. This advanced sensor supports critical NHTSA FMVSS 127 scenarios for Automatic Emergency Braking (AEB).
Powered by the advanced GatedVision technology, Bright Way Vision’s VISDOM is a CMOS-based camera system for long and short-range imaging at low lighting, that provides a clear, reliable, and highly-contrasted image.
Foresight Automotive specializes in IP-protected software solutions that combine stereo vision with 3D perception. Advanced image processing algorithms, enhanced by 3D video analysis, are adept at anticipating and avoiding collisions and enable precise obstacle detection.
Lidwave’s unique sensor extracts depth and velocity information by using the coherence properties of light. The Finite Coherent Ranging (FCR™) technology delivers millions of depth points per second, providing an accurate and detailed 3D map up to distances of hundreds of meters.
TriEye’s HD SWIR (Short-Wave Infrared) imaging and 3D depth sensor delivers reliable detection in all lighting and weather conditions. Meeting FMVSS 127 standards for nighttime AEB, it enhances safety and performance.
The EZ6 LiDAR features a cutting-edge SPAD design, offering exceptional performance at a lower cost.
Its high resolution, compact size, and strong resistance to dirt make it a versatile solution for automotive applications.
The G32 LiDAR excels in diverse environments, delivering the precision needed for autonomous driving.
Validated by Hyundai Motor Company’s rigorous Engineering Standard Test, this 32-channel sensor ensures reliable performance. With a detection range of up to 250 meters, the G32 enhances safety and efficiency by detecting obstacles early
ADPH (Automated Driving Perception Hub) is a platform designed to streamline the sensor evaluation process for the automotive industry, offering advanced simulation technology for accurate testing and optimization of automotive sensors.
ADPH provides OEMs and Tier 1 suppliers with a fast, cost-efficient method to test and optimize sensor configurations for vehicles, leveraging high-fidelity, manufacturer-approved simulations to reduce development time and costs.
ADPH offers sensor makers a platform to showcase their technologies to potential customers, removing geographical barriers and facilitating easier testing and integration processes.
Cognata developed an unique and versatile sensor simulation technology, capable of simulating and mimicking accurately most of the industry sensors including HD cameras (RGB), LiDAR, RADAR, Thermal camera, and long-distance cameras. It also includes various lens modifications such as ideal, narrow, wide, extended fish-eye (250°), stains, dust and more, making it a versatile solution for different scenarios.
The ADPH platform is a joint effort between Cognata, Microsoft and AMD. The prgram utilizes Cognata’s advanced sensor simulation technology, Microsoft’s Azure Cloud and fully optimized for AMD’s CPUs and GPUs.
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