Software testing is vital for the automotive sector, especially as fitted advanced technology in vehicles proliferates. In a recent study carried out by Harvard Review on developers, results showed ...

How exhaustive static analysis overcomes the limitations of traditional tests and static-analysis tools. How exhaustive static analysis identifies a buffer overflow by using code samples. How hardware ...

The automotive industry is undergoing a profound transformation. Vehicles are no longer just mechanical machines, they are becoming sophisticated, software-defined platforms packed with electronics ...

Automotive software is becoming more expensive and central to a car’s identity. Infotainment, advanced driver-assistance systems (ADAS), traction control, and even powertrain management are all shaped ...

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 ...

Today’s automakers face a dilemma: They risk wasting resources on building vehicles that are already outdated when they are born. The reason behind it is the ongoing shift from hardware-centric to ...

The software testing landscape is undergoing a seismic shift. For years, continuous automation testing (CAT) platforms have been the gold standard for reducing manual testing and ensuring ...

Behind every impressive concept car lies a harsh truth: many automakers are still patching software bugs right up until rollout. The result is costly: delays, recalls, and hasty fixes that bleed ...

The types of devices being deployed in cars and how they differ in functionality. Why each device type requires a different test technique. Determining the best approach for the specific application.