Corellium Debuts Atlas to Transform Automotive Software Engineering
Revolutionizing Software Development in the Automotive Sector
Corellium has introduced Atlas, an innovative virtual hardware platform that redefines the development landscape for software-defined vehicles (SDVs). This groundbreaking solution shifts the approach to automotive software creation, making it faster and more efficient, thus paving the way for the future of automotive technology.
Atlas: An Advanced Platform for Modern Vehicles
As vehicles become increasingly complex and reliant on software, Corellium Atlas emerges as a game-changer. It allows developers and automakers to move away from traditional physical hardware to a fully virtual development environment. This transition is crucial for the rapid evolution of SDVs, enabling manufacturers to build, test, and implement sophisticated automotive software in the cloud, which is both efficient and cost-effective.
Key Features of Corellium Atlas
Atlas is equipped with several robust features that are essential for the automotive industry:
- Silicon-Speed Execution: The platform accelerates software testing and validation, closely mirroring physical hardware performance. This ensures that developers can run the same binaries as physical ECUs, offering optimal real-world accuracy.
- Supports Mission Critical Requirements: With SDVs, testing mixed criticality applications is vital. Atlas offers full testing capabilities to meet ASIL-B and ASIL-D safety standards.
- Extended Life-cycle Management: By utilizing virtual models, Atlas simplifies long-term software updates and security patching, significantly reducing costs.
- Pre-Silicon Development: Developers can kickstart their work as soon as a new platform is identified, thereby accelerating timelines drastically.
- Seamless CI/CD and DevOps Integration: Integration into existing workflows is effortless, enhancing continuous testing and security measures.
- Compatibility with Existing Debuggers & Tools: Developers can continue using their preferred tools without any adjustments, thanks to Atlas’s flexible design.
- Enable Global Collaboration: Teams across geographies can work together efficiently, sharing access to advanced virtual hardware at any time.
- Flexible Deployment: Atlas caters to both public and private cloud environments, which allows it to adapt to various deployment needs.
Executive Insights on Corellium Atlas
Amanda Gorton, the CEO of Corellium, emphasizes the importance of modernizing the development approach in the automotive industry. She states, "Corellium Atlas provides an advanced virtual hardware platform that accelerates development cycles, improves testing efficiency, and extends the lifespan of software-defined automotive solutions." This sentiment highlights the industry’s need for efficient processes amidst rising complexities.
Shiv Tasker from Emsan Consulting explains that the new generation of vehicles runs far more lines of code than traditional setups, which necessitates a shift in development strategy. He mentions that replacing numerous physical ECUs with just a few processors through Atlas could save significant time and resources, thus streamlining the development cycle.
Embrace the Future of Automotive Software
Corellium's commitment to enhancing software development is evident in its pioneering technologies like Atlas, designed for speed and security. For those interested in exploring Corellium's offerings, attending the upcoming automotive software development webinar can provide substantial insights into the future landscape of the automotive industry.
Frequently Asked Questions
What is Corellium Atlas?
Corellium Atlas is a virtual hardware platform that revolutionizes the software development process for software-defined vehicles, enhancing efficiency and flexibility.
How does Atlas benefit automotive software developers?
Atlas allows developers to test and validate software in a virtual environment, significantly speeding up development cycles and reducing costs associated with physical hardware.
Why is reducing reliance on physical hardware important?
Minimizing dependence on physical hardware allows for faster updates, better security management, and cost savings, which are crucial as vehicles become more software-driven.
What safety requirements does Atlas meet?
Atlas supports mission-critical applications and can ensure compliance with ASIL-B and ASIL-D safety standards, making it suitable for high-stakes automotive applications.
How can I learn more about Corellium Atlas?
To explore Atlas further, interested parties can visit Corellium's website or participate in webinars focused on the future of automotive software development.
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