Systems | Development | Analytics | API | Testing

With the rise of AI use in vehicle software development, concerns arise around its presence in safety-critical applications, especially when it comes to functional safety and regulatory compliance. ISO 26262, the essential standard for automotive development that requires processes for managing, designing, and verifying safety-critical systems, still applies. However, it can fall short when applied to AI models, which are inherently non-deterministic and continuously evolving.

The automotive industry has been undergoing significant changes as it works to adapt growing market demands and challenges associated with vehicles that are becoming much more software-defined. Here, we take a look at some notable automotive trends 2026, including highlights from our report, the 2026 State of Automotive Software Development, in partnership with Auto IQ and the Eclipse Foundation.

As the automotive industry accelerates toward increasingly connected and autonomous vehicles, the importance of cybersecurity in embedded software development has never been greater. But how should you go about choosing the right programming language for automotive cybersecurity?

Automotive infotainment systems are a core component of the modern driving experience. As these systems expand in features and complexity, the challenges for the software design teams behind them also increase. For automotive leaders, designers, and technicians, staying ahead means.

When you think of artificial intelligence in transportation, what’s the first image that comes to mind? Is it self-driving cars smoothly cruising city streets, or maybe delivery drones zipping through the skies? While the dream of fully autonomous vehicles might still be on the horizon, the reality is that AI is already reshaping how we move, every single day. Look how our Co-founder is enjoying the view in a self-driving car in the USA! ‍ Yes, you saw that right, it’s fully autonomous.

Since the first vehicles were sold to customers, automakers have competed to deliver the newest features and the greatest benefits to the driving experience. Today, that competition is less about shaping a car’s physical characteristics and more about making cars smarter and more connected to the world around them. With thousands of car models and trim levels available worldwide, there is a fierce need to find new ways to stand out from the competition.

Software has become a core component of modern vehicles, so much that software defined vehicles (SDVs) are transforming the automotive market, bringing key features to the software rather than the hardware of the vehicle. But developing high-quality code for software defined vehicle architecture is challenging.

The era of internal combustion engine (ICE) vehicles is gradually fading, and for a good reason. These fuel-powered engines emit an alarming amount of harmful gases, significantly contributing to air pollution. According to the UNEP, air pollution is responsible for nearly 6.7 million premature deaths every year, with respiratory diseases like lung cancer, chronic obstructive pulmonary disease, and cardiovascular issues on the rise. But humans aren’t the only ones suffering!

Traveling today has become as simple as tapping a few buttons on your phone. Remember the days when getting a cab or rickshaw meant standing on the roadside, waving your hand endlessly, or negotiating prices? That struggle feels like a distant memory now. Thanks to technology, everything has changed, and the way we travel is one of the most noticeable transformations.

Just be honest, when you were 12 years old, did you ever imagine that your life would be this much digitalized by 2024? If you take your memories a decade back, wouldn’t it be difficult for you to think about how technology will be so infused into your lives in the coming years? Well, as you know every industry has been now digitalized directly or indirectly and the Automotive industry is no exception.