Accelerate embedded development in software-defined vehicles

The automotive industry is undergoing its most significant transformation since the assembly line. With the advent of electric vehicles (EVs) and software-defined vehicles (SDVs), software powers everything from advanced driver assistance to infotainment systems. However, the complexity of modern vehicles creates unprecedented development challenges that traditional approaches cannot address.

Today's connected vehicles contain millions of lines of code across dozens of electronic control units. Autonomous vehicles push this complexity even further, requiring real-time processing, cybersecurity integration, and seamless coordination between hardware and software systems. Development teams struggle with feedback cycles measured in weeks, manual security testing processes, and disconnected compliance workflows that create bottlenecks and increase costs.

Forward-thinking automotive manufacturers are solving these challenges through comprehensive DevSecOps transformation. By integrating development, security, and operations into unified workflows, they're achieving remarkable results: feedback cycles reduced from weeks to hours, automated compliance with automotive cybersecurity standards, and development velocity that scales with business growth.

The transformation centers on end-to-end workflow automation that eliminates the inefficiencies of traditional embedded development. Instead of developers working in isolation with inconsistent build environments, leading companies implement automated pipelines that ensure consistency and reliability.

Collaborative code review processes catch security vulnerabilities early when they're less expensive to fix — particularly critical for safety-critical vehicle security applications. And by codifying compliance requirements and enforcing them automatically through customizable frameworks, organizations can ensure compliance is built into the process rather than bolted on afterward.

Hardware testing integration represents another breakthrough. Unlike enterprise software, automotive embedded code must be tested on target hardware or accurate simulations. Innovative manufacturers are connecting cloud-based processors, virtual hardware simulators, and physical test benches directly to automated workflows. This eliminates manual scheduling bottlenecks and enables continuous testing, dramatically increasing utilization of expensive test hardware.

The results speak for themselves. With a comprehensive DevSecOps platform, one auto manufacturer is now able to process over 120,000 CI/CD jobs daily, supporting massive repositories while maintaining the rigorous security standards required for automotive industry applications.

As SDVs and EVs reshape the competitive landscape, software development capability becomes a strategic differentiator. Companies that successfully transform their embedded development practices through comprehensive DevSecOps approaches position themselves to lead in the software-defined future, while those that don't risk falling behind as the industry accelerates into its next chapter.

Download the complete guide to discover real-world implementations, detailed case studies, and proven strategies for transforming your automotive embedded development practices.