Innovation and collaborative, synchronized program management for new programs
Multicore Framework Cert product enhances mixed safety-criticality development by enabling the implementation of uncertified and certified software across homogeneous or heterogeneous cores on multicore processors. This separation reduces the number of lines of code that need to be certified, which lowers the overall certification time and costs. Users can further utilize pre-certified components, reducing development and certification time. The comprehensive framework also enables developers to manage the many challenges associated with inter process communication (IPC) in a certified system.
The use of the Multicore Framework Cert product, along with Nucleus Safety Cert and Siemens Embedded Flex OS, delivers to the user a complete software stack for any mixed safety-critical system.
Multicore Framework Cert product enhances mixed safety-criticality development by enabling the implementation of uncertified and certified software across homogeneous or heterogeneous cores on multicore processors. This separation reduces the number of lines of code that need to be certified, which lowers the overall certification time and costs. Users can further utilize pre-certified components, reducing development and certification time. The comprehensive framework also enables developers to manage the many challenges associated with inter process communication (IPC) in a certified system.
The use of the Multicore Framework Cert product, along with Nucleus Safety Cert and Siemens Embedded Flex OS, delivers to the user a complete software stack for any mixed safety-critical system.
Creating mixed-criticality systems in a heterogeneous SoC processing architecture.
The overarching problem when it comes to both safety-critical software and software performing security functions is isolation