Rajant Corporation, the provider of Kinetic Mesh wireless networks and Velodyne Lidar are demonstrating the simplicity of viewing and managing lidar data remotely.
Velodyne Lidar provides high-resolution, long-range lidar for ADAS and autonomous applications. V2V and V2X communication of lidar and fused data is a key component for dynamic updating of traffic and infrastructure information to enable envisioned Smart City applications. Rajant will also be previewing their crypto solution, code-named Wolverine, designed for the military and adapted for commercial applications, along with their wireless V2X technology for last-mile autonomous applications like test tracks.
The Wolverine solution is a fully programmable, multi-chip design, built with programmable flexibility, which provides the ability to add new algorithms in the future and is designed to meet stringent NSA certification requirements. Wolverine contains advanced encryption and authentication algorithms using a fail-safe design to provide design flexibility for multiple IoT applications.
Test tracks, which are used for new vehicle testing, provide many challenges for traditional communication technologies with their winding roads covering vast areas with a limited line of sight. Vehicle monitoring requires significant bi-directional throughput, which neither LTE nor Wi-Fi can provide. Enter Rajant’s V2X based Kinetic Mesh technology that is used by AB Dynamics, a global leader in automotive test systems and ASI, a global leader in vendor-independent vehicle automation systems.
Rajant capabilities enable the creation of secure mesh networks while providing high throughput data transfer between multiple vehicles. This offers greatly improved reliability over standard WLAN technology, making it ideal for vehicle testing. AB Dynamics has adopted this technology for Euro NCAP Autonomous Emergency Braking testing and driverless vehicle testing. It provides low latency data transfer between multiple vehicles or to their Ground Traffic Control system, which is a solution for future vehicle testing that monitors, commands, and coordinates proving ground testing.
