In this article, we will analyse the commonalities between the cognitive load on a driver and a pilot, as they both spearhead the modern cockpits.

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

“In a highly competitive and time-sensitive market like automotive, it is crucial to test new solutions before they are fully realized. Model-in-loop test makes this possible by creating mathematical models that represent the solution in a part-real and part-virtual manner.” It’s a busy day for the automotive team of a tier-1 company. Engineers are rushing

A humble air filter inside an HVAC system of a vehicle isn’t sufficient to purify the in-cabin air. With toxins like VOCs, Carbon monoxide and sulphides polluting the in-cabin air technology must come to the rescue. This blog discusses different technologies that are being deployed for this purpose..

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 is not only enhancing a vehicle’s capability but completely transforming it. By-wire technology is a prime example of how deployment of electronics to replace manual systems is changing the face of mobility.” Car makers have already begun to transform themselves into software firms to embrace the future of mobility. Volkswagen, for example, has invested

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).

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.

With the evolution of automotive technology, Advanced Driver Assistance Systems (ADAS) have become mainstream. The suite of electronic gadgetry that constitutes ADAS is highly impressive in its capabilities and sophistication. ADAS offers solutions for pedestrian avoidance, traffic sign recognition, lane departure warning, blind spot detection, and much more. Today, one of the striking applications of