In this article, we showcase 5 of our automotive success stories to highlight the tech innovations in next-gen electric motorcycles. We explore projects in which we developed Android infotainment systems and digital instrument clusters with personalization features, navigation, cloud connectivity, FOTA update, Bluetooth audio and more.

Software penetration not only enhances a vehicle’s capability but completely transforms it. By-wire technology is a prime example of how deployment of electronics to replace manual systems is changing the face of mobility. Read on..

Through the use of Artificial Intelligence (AI) and Data Science in sports, professional sports organizations are able to streamline talent selection and training. AI also finds use in activities such as umpiring decisions and post-game analysis. Match management/operations and maintaining media/fan experience are other use cases of AI in sports. This blog explores the tangible benefits offered by Machine Learning and AI in sports.

Automotive digital instrument cluster has evolved into a screen that displays several safety-critical vehicle information. Read on to know how ISO 26262 compliance works for digital instrument clusters.

For more than a decade, we have been designing futuristic connected vehicle products using NXP’s automotive processors and microcontrollers. Here are 5 success stories to prove that NXP processors are ideal for automotive designs (chassis, powertrain, ADAS, safety apps and in-vehicle networking).

Integration of Automotive cybersecurity with ISO 26262 compliant solution development can prove to be very effective, thus saving a lot of man hours in the process. Read on..

Field-oriented control (FOC) algorithm is the major motor control mechanism deployed in electric vehicles. In this demo, watch our in-house MBD expert explain the different steps involved in implementation of FOC algorithm using SIMULINK tool.

Digital rear-view mirrors are the future of commercial and personal vehicles. With the advancement of technology and continuous evolution of automotive parts, the digital rear-view mirror has been welcomed as a highly useful alternative. E-mirrors come with an all-round set of enhanced features and ADAS – L2 functionalities, easing the driving experience, making it smooth and effortless.

In the current era of connected devices, it is essential to design a smashing HMI that is intuitive and user friendly. How else would you stand out in the relentlessly competitive market? Designing and developing a great HMI wouldn’t be a strenuous task if you rely on best-of-breed embedded application development frameworks such as Qt. In this article we shed light on how Qt makes the job of a developer less challenging through its unbeatable features.