Siemens among industry leaders in commercial grade Linux support for RISC-V 

Siemens’ Linux-based SokolTMFlex OS software now supports RISC-V embedded development. Based on the popular, open-source Yocto Project industry standard, SokolTMFlex…

Quality and Open-Source Software in Medical Devices

Many companies are using Open-Source Software (OSS) such as Linux in devices across every imaginable industry. Linux (and packages that…

Siemens Embedded free open-source toolchain enables the power and performance of AMD devices

With today’s growing demand for applications that require high-performance computing (HPC) and artificial intelligence (AI), Siemens Embedded Software and Advanced…

Quality Considerations of Open-Source Software for Medical Devices

Traditionally, software intended to run on a medical device was expected to be written by companies well versed in writing…

Missed the RISC-V Summit last week in San Francisco?

Missed the RISC-V Summit last week in San Francisco?

Don’t worry. We’ve got you covered. Before we dive deeper, here is a short video of Siemens Embedded, presenting a…

Nucleus:13 is Proof the System Works

Nucleus:13 is Proof the System Works

On November 9, 2021, Forescout announced the discovery of several new security flaws in the Nucleus Networking stack, which they…

Medical Devices MUST Be Secure

 I recently had the opportunity to present in a Webinar focusing on security needs of medical devices along with Patrick…

Multiprocessor Blog Part 3 – Multicore Frameworks

As we discussed previously, hypervisors are great out-of-the-box solutions for managing a homogeneous multicore processing cluster, but they can also…

Multicore Blog Part 2 – Hypervisors and Homogenous Systems

Multiprocessor SoCs can consist of homogenous clusters where processing elements like CPUs, GPUs, DSPs, and dedicated FPGA logic are identical;…