How to address the challenges with automotive functional safety design and cockpit domain controllers.
Siemens delivers embedded software solutions that enable device manufacturers to quickly design and build high quality connected devices across a wide range of industries.
Siemens delivers embedded software solutions that enable device manufacturers to quickly design and build high quality connected devices across a wide range of industries.
Siemens Embedded Multicore solutions enable today’s most advanced Multi-Processor System-on-chip (MPSoC) systems. By leveraging one or more of our three multicore solutions customers can implement designs that utilize Linux, Nucleus RTOS, or other third-party guest OSs in homogeneous and/or heterogeneous processor clusters. The solutions we provide include an embedded Hypervisor, Multicore Framework, and a Mixed Safety Criticality reference design.
The security landscape is one that’s constantly changing, with new exploits being publicized almost every day. There are things you should be thinking about before, during and after your product’s development to minimize the both impact and the likelihood of your devices being the cause of data or security breaches. Our products not only enable customers to develop secure devices, but they also provide functionality that ensures you are prepared to swiftly respond in the likely case that some security flaw will be discovered in your devices long after their release to the public.
There are many challenges in implementing safety certified devices including stringent quality, documentation, processes, and regulatory oversight. Many of our products include quality evidence and artifacts that enable our customers to safety certify their devices more quickly at lower risk. Our Nucleus SafetyCert RTOS is also pre-certified to several industry-specific standards, and we offer a multicore framework that allows customers to include safety certified and uncertified software on a single SoC.
Completing an embedded project includes activating your unique applications, but also enabling operating systems and middleware. Siemens embedded runtime services deliver baseline embedded enablement allowing customers to focus on their unique product differentiation, including porting Linux and Nucleus RTOS, creating board support packages, optimization and security enhancements, security vulnerability monitoring, and IoT/Cloud, and machine learning solutions.
Open source toolchain experts providing toolchain commercialization, customization and support services enabling a wide variety of processor architectures and HPC accelerator offload support for over 20 years.
Siemens Embedded Solutions maintains a comprehensive alignment of semiconductor partners to provide our customers with a broad ecosystem for their embedded development needs. Our partners enable us to create robust embedded solutions that address cutting edge trends and market developments; while we provide them with robust embedded portfolios supporting their silicon.
IoT is a key differentiator when developing smart devices but enabling IoT and continuing to maintain IoT devices in the field can be a significant effort. It involves enabling secure cloud connectivity and providing remote device management capabilities. The Embedded IoT Framework fully enables these capabilities out of the box to help customers develop smart connected devices in a cost effective manner.
Multicore embedded systems are becoming very common. From the software perspective, such designs present many challenges.
ARC Forum's Craig Resnick interviews Warren Kurisu of Siemens regarding Industrial IoT security.
