Applied to IVI, HUD dashboard, AR elements rendering, and AR compensation algorithm, etc.
Traditional software on the market only focus on adding more functionalities,
on that basis, AR Kernel® put more efforts in optimizing performance, to achieve better user experience.
Methodologies
AR Kernel® is deployed inside HUD or Cockpit, using data from the external sensors (camera, LiDAR, millimeter-wave radar, GPS, IMU, etc.) as input.
Ensuring high frame rate, high performance real-time rendering, and stable fit between HUD Imaging and real world under circumstances like steering and close following.
Realizing better AR integration effects, strong AR sense of space, hierarchy, distance and guidance, and more comfortable user experience.
Core Advantages
100,000 km Forerunner
Based on deep understanding of AR-HUD products.
Researching on AR Kernel®software and algorithms since 2019.
Accumulated over 100,000 km of testing date.
Strong Multi-Platform Compatibility
OS: Android, Linux, QNX, etc.
Automotive hardware platforms: Qualcomm, NVIDIA, NXP, etc.
Excellent adaption regardless of the model and hardware platform.
Software/Hardware Co-Tuning Flexible Solutions
Extensive drive testing experience with modified vehicles.
Solving industry challenges (vertigo, anti-shake, HMI logic, etc.) with software/hardware co-tuning for better user experience.
OEM Cooperations
POC project experience with BMW China, Audi China and other top OEMs.
Have been widely recognized and praised by customers.
Customization
Except AR Navigation, AR Kernel® can combined with ADAS to achieve Collision Warning, Destination Prompts, Lane Change Assist,
POI Recommendation, Lane Departure Warning, Blind Spot Monitor, Pedestrian Detection, Multimedia Entertainment Interaction and many other commonly used features.
Able to achieve personalized solutions to fulfill the needs of customers.