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Achieving Higher Product Quality and Faster Time-to-Market Through Early-Stage Model-Based Fault-Injection Testing

In this paper, we show how and why very early fault-injection tests greatly improve the speed and quality of the development process of safety-critical embedded systems. After a brief introduction to fault-injection testing for safety-critical systems using standards from the automotive domain as a guideline, the benefits of early-stage tests are highlighted. The third section focusses on fault-injection testing on the model level, with the fourth section giving a use-case example for model-based fault-injection testing using Mindmotiv’s Arttest as the testing environment.

The Nuts & Bolts of Secure Erase

When we remove critical data from our embedded devices using standard means, the data doesn’t fully disappear. Specific actions need to be taken to ensure sensitive data is not just hanging around on the device, waiting to be plundered. One of the best ways to protect that data is by properly erasing it when it is no longer needed.

Ready for 5G Front-Haul Applications with DSFP Dual-Channel 112G Form Factor

Choosing the right form factor becomes easy with Yamaichi Electronics´ DSFP host connector, the worldwide first-to-market DSFP host connector. Due to its multi-fit feature, DSFP is mating compatible with SFP footprint and cages. But it offers 2 channels x 112 Gbps/s data rate instead of only 1 channel as in SFP.

Arttest in the Automotive SPICE Process Reference Model

ASPICE is an internationally accepted process model that defines best practices for software and embedded systems development for the automotive industry.
The application of Automotive SPICE® is a prerequisite for becoming and remaining a supplier of the most European car manufacturers. Because of the continuously evolving international interweaving of the supplier relations, the application of the standard has been expanded to Asia and the USA.
Logic Technology provides tools and services to support ASPICE for both MBSE and native C/C++ software development.

The State of Open Source Vulnerabilities 2021

WhiteSource’s annual report on the state of open source vulnerabilities found that a record-breaking number of new open source security vulnerabilities was published in 2020.

In the research, WhiteSource focused on open source security’s weakest and strongest points in the hopes of bringing some clarity to the fast-paced and complex space of known open source security vulnerabilities.