If we were to pick the most important driver of transformation in the automotive industry, most certainly it will be the software. Whether is ADAS, autonomous driving, connected mobility or the EVs, software is the real disruptor here. A report by Mckinsey predicts that by 2030, the global automotive software and electronics market will be

Video telematics is the use of telematics data in combination with HD video footage to understand driver behaviour and various other aspects of vehicle operations on the road. Modern vehicles are already integrated with telematics systems that collect information such as location, speed, engine parameters, etc. But the addition of a camera system to record

Modern day football has a variety of fascinating AI and ML applications. Artificial Intelligence has paved the way for super accurate judgements in between matches. The FIFA World Cup 2022 will witness a bunch of never-seen-before AI-enabled technologies on and off the field throughout the tournament. For instance, AI-powered cameras would be used to assist referees in making offside calls and much more.

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.

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.

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).

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.

My friends Tina, Katie and I were finally on our way to Las Vegas for the girls-only weekend getaway we had been planning for months. While we were cruising along Interstate 15, Katie (who was driving) received a phone call from home. She fumbled with her phone while trying to reduce the volume on the

Over the Air (OTA) update is crucial for remotely updating connected vehicle software components. Through this technology, vehicles receive ECU software updates from the IoT cloud. Although it offers a host of benefits to connected vehicle owners and OEMs alike, the update of advanced safety-critical components such as ADAS should be executed with caution. This blog explains the key requirements for OTA update on ADAS subsystem of vehicles.

Android Automotive is Google’s latest Android offering for the automotive industry. It is an Android-based operating system that can be used to power automotive infotainment systems. It also mitigates the need for connecting with external devices like smartphones for navigation and media file playing functions. Learn more about Android Automotive here.