For An Electric Bike Rider, data like Distance to the next charging station, shortest route to destination, battery health, and more can go a long way in improving the overall experience and safety. So how does motorcycle infotainment system deliver these? Curious? Read on

Collecting vehicle data from ECUs through CAN bus, relaying real-time GPS location and other fleet information to cloud server, sending automated alerts about theft, low battery or Fuel pilferage & more! How does a vehicle telematics system, dubbed as the magic box, handle so many critical functions? Find out in this blog.

How is the data collected from the IoT Sensor nodes communicated to the cloud? Which software component takes care of the data storage and making them available for further data analytics in an IoT cloud application? This blog offers some insights.

Is security an integral part of your IoT hardware design process? Do you have a separate hardware checklist for prototype and production phases? This blog throws some light on IoT Hardware design best practices for your IoT project!

In Hardware Design for IoT Projects, in-depth understanding of business requirements is your key to success! Keeping this in mind, here is a deep dive into critical hardware design factors related to IoT Gateway and Sensor Nodes.

After migration from CAN 2.0 to CAN FD, how can one manage mixed in-vehicle networks (consisting of CAN 2.0 and CAN FD nodes)? What if the legacy microcontroller doesn’t support CAN FD protocol? In this blog, our Automotive software development team has shared some solutions to overcome these challenges.

It is not just the engine and a set of wheels that drive your vehicle. There are also hundreds of Electric Motors at work! An Automotive ECU called the Motor Control System is the brain behind such motors. In this blog, our automotive experts will shed some light on How a Motor Control System works?

The Prelude: The Yocto Framework is an open source collaboration project, led by Linux Foundation, with an objective to simplify the software development process for Linux distributions. This framework is especially designed to customize Linux image for embedded applications for deployment in Embedded and IoT application, that are independent of the underlying architecture of the […]

A robust Firmware Over-The-Air Upgrade module is a must in the modern day electronics-intensive vehicles. The blog explores the pressing need for including FOTA in automotive ECU development process and the perils of its absence.