WIND RIVER SIMICS BRINGS DEVOPS TO EMBEDDED SOFTWARE
With Simics, organizations can reap the business benefits of progressive development methods to create and deliver better software, faster.
Hampered by Hardware
Unfortunately, many embedded software development teams have been watching the DevOps revolution from the sidelines. Unlike their counterparts who develop for websites, desktop applications, or other software-based platforms, embedded developers build software directly for hardware. And that has posed a host of challenges. But Wind River® Simics® offers a new virtual hardware development environment that helps embedded software teams embrace the DevOps.
Simics is a virtual software environment that simulates your hardware system. It provides an accessible, flexible, and collaborative development platform for helping your organization adopt DevOps practices.
By freeing embedded software teams from the constraints of physical hardware and providing a common, collaborative development platform, Simics catalyzes operational improvements, product innovations, and bottom-line efficiencies to bring critical competitive advantages to your organization
Automation
Streamline and speed the test, integration, and release processes.
Simics helps shorten development and testing cycles by automating what is impossible to automate with physical hardware.
- Eliminate time-consuming manual tasks by automating any function or configuration variation.
- Inexpensively scale testing capacity and easily run tests in parallel.
- Test the impossible with advanced techniques—such as fault injection—as often as and to any degree required
Collaboration
Break down barriers to simplify and improve team communications.
Simics provides an environment where team members can show each other issues rather than creating requirements and documentation to describe software behavior.
- Easily share a common view of hardware and software system data with any team member.
- Reduce dependencies between hardware and software teams.
- Reduce communication silos and the need for specialized teams.