There is no doubt the fleet management industry can benefit from the adopting digital technologies. Why, then, do we not see a very high level of adoption? Concerns around ROI, security, technology acceptance within the organization and the complexity of the technology involved are the biggest barriers.

There’s a proverb – “seeing is believing”. Human beings have 5 sensory organs, all equally

Car dashboards and displays underwent a major transformation over the last decade. Integrated cockpit systems, comprising of head-up display, infotainment systems, voice assistants, navigational systems, embedded virtualization and smart HVAC are transforming the car driving experience.

ADAS (Advanced Driver Assistance Systems) technologies are one of the fastest growing segments in automotive

01. What is Automotive IoT? The term ‘automotive IoT’ refers to embedding IoT technologies into

Advanced Driver Assistance Systems (ADAS) based on LIDAR sensors are the most innovative and efficient technologies for autonomous vehicles. Along with Vision and RADAR based systems, LIDAR systems provide high accuracy, precision in object detection and recognition in ADAS. The combination of RADAR, LIDAR and Vision-based systems is highly effective in creating a safe and automated driving experience.

Introduction to Traffic Management The increased demand for smart cities, from both developed and developing

Advanced Driver Assistance Systems (ADAS) work with the support of software, hardware and firmware solutions

With the increasing awareness of vehicle and passenger safety, the inclination of the automotive market