In recent years, the automotive industry has witnessed a remarkable convergence of two groundbreaking technologies: autonomous driving and electric vehicles. This fusion holds immense promise, offering a glimpse into a future where transportation is not only emission-free but also effortlessly navigated by intelligent machines. In this blog, we delve into the seamless integration of autonomous driving features in electric vehicles, exploring their current capabilities, the challenges they face, and the roadmap towards achieving full autonomy. Current Landscape of Autonomous Driving in Electri ..read more

As the global push for environmental sustainability accelerates, the automotive industry is rapidly transitioning towards zero-emission vehicles (ZEVs). In recent years, sales of electric vehicles (EVs) have surged, with projections indicating that by 2030, EVs could account for as much as 30% of the total market share. Hybrid vehicles, although a transitionary stage in ICE to EV migration, are also quite popular these days. This shift is not just a trend but a critical move to reduce greenhouse gas emissions. This especially holds true as transportation accounts for a significant portion of ..read more

Modern automobiles are highly connected entities and the need to safeguard these complex systems against cyber threats has never been more critical. According to an Upstream report, in the year 2022, there was a 380% increase in automated Application Programming Interface (API) attacks. The advent of Vehicular Ad Hoc Networks (VANETs) marks a significant leap forward in enhancing vehicle-to-vehicle (V2V) and vehicle-to-infrastructure (V2I) communication, promising to revolutionize our driving experiences. However, with great connectivity comes great vulnerability. Cybersecurity in the au ..read more

The fusion of innovation and safety dictates the pace of progress in the automotive realm. While innovation is largely brought about by enhancing the electronic systems in a vehicle, safety concerns come as a by-product. And that’s where ISO 26262 standard comes into the picture- to ensure that functional safety is not left behind in the race to automation and connectivity. As we delve into the world of modern vehicles, we encounter an array of sophisticated features, from autonomous driving capabilities to interconnected infotainment systems. The importance of ISO 26262’s safety mechanisms b ..read more

With the surge in demand for electric vehicles, the race is on to develop cutting-edge, energy-efficient charging infrastructure that can power up our vehicles quicker than ever before. Gone are the days of fretting over battery capacity and range anxiety; the automotive industry is witnessing a monumental shift, all thanks to relentless innovation in the EV sector. Enter fast DC charging—a game-changing solution poised to revolutionize the EV landscape. In this article, we’ll delve deeper into the realm of power electronics applications within EV charging stations, shining the spotlight on v ..read more

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In the world of connected cars, the journey is just as important as the destination. Today, an average car buyer seeks enhanced in-vehicle experiences. They are willing to spend more to own a vehicle with connected technologies, comfort, and convenience features. Hence, car manufacturers have the important task of providing buyers exactly what they want – and are constantly redefining the boundaries of innovation to accomplish this. So, it’s not uncommon to see modern vehicle interiors enhanced with – AI-powered passenger and driver monitoring apps Multiple dashboard displays merged into a s ..read more

The integration of advanced lighting in vehicles marks a revolutionary stride in automotive innovation. Automotive lighting solutions have transcended their traditional role of illumination. Today, automotive lighting is a cornerstone of vehicular safety, aesthetics, and a catalyst for enhancing user interaction. Imagine adaptive front-lighting systems that intelligently align with road curves, offering drivers visibility and security on the road. These advancements aim at reducing potential hazards associated with challenging driving conditions. Adaptive Lighting Beyond safety, the util ..read more

In the context of automotive electronics, the phrase “communication is key” takes on a literal significance. Every ECU on the CAN or LIN bus requires seamless, reliable, and time-bound communication to work properly. Each network protocol serves a distinct purpose: CAN bus handles critical functions like engine management and braking, LIN manages simpler tasks like mirror adjustments, and Automotive Ethernet caters to high bandwidth needs such as infotainment and advanced sensor networks. Conformance testing verifies that these networks reliably perform their designated roles. Consider the re ..read more

“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 to complete the modules assigned to them so that the unit testing can be performed. The engineers are worried about multiple testing iterations that would follow the module development. The deadline is fast approaching. It is a moment of ca ..read more