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BAE Systems selects Wind River for Team Tempest advanced combat air systems development

Posted 28 April 2022 · Add Comment

Wind River has been selected by BAE Systems to support technology demonstration work as part of the Tempest future combat air system programme.

Image courtesy BAE Systems

“We are honoured be working with BAE Systems,” said Avijit Sinha, chief product officer, Wind River. “The selection of our industry-leading technology demonstrates continuing Wind River leadership in safety-critical real-time software solutions for avionics.”

Wind River software is in use by more than 360 customers over 600 safety programmes in more than 100 civilian, military and space systems, delivering innovative tech that solves real business problems.

BAE Systems will be using  the VxWorks 653 platform, a part of Wind River Studio and associated DO-178C DAL B safety certification evidence packages and AdaCore GNAT Pro Assurance as part of ongoing technology demonstration project work in support of the programme. Wind River Studio is a cloud-native platform for the development, deployment, operations and servicing of mission-critical intelligent systems.

The aerospace and defence market has high urgency to build the most complete intelligent systems, according to recent research. True compute on the far edge and the ability to emulate and simulate in real time are two of the most important intelligent systems characteristics for future success. In this industry, the ability to make accurate, quick decisions in high-risk scenarios is critical, and artificial intelligence is becoming an increasingly important investment.

Team Tempest is a co-funded technology initiative launched by the Royal Air Force Rapid Capabilities Office and UK industry partners with the aim of advancing combat air technology. BAE Systems is one of the founding members of Team Tempest.

The Tempest future combat air system will incorporate advanced technical capabilities including AI, which creates opportunities such as the ability to fly manned or unmanned, or to use swarming technology to control drones. Tempest is currently in the concept and assessment phase. Initial operating capability is expected in the mid-2030s.

Leveraging a safety-critical platform with COTS safety certification packages can reduce technical program risk. Proven in the most challenging safety-critical applications, VxWorks 653 makes it easier and more cost-effective for technology suppliers to meet the stringent safety certification requirements of EN 50128, IEC 61508, ISO 26262, DO-178C and ED-12C.

 

 

 


 

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