Security and trusted computing, at the end of the day, really are all about the system. While the pieces and parts, such as the individual modules, operating system, and boot software, all are important, system security is not an additive process; it can’t simply be bolted-on to make the system secure.

We look at Trusted Computing in application development, testing, and analysis for optimal security.

Many software applications run on “least privilege,” which means that software only receives minimal access to hardware, other applications, and other system resources.

We look at the hardware features built-in to the most popular defense and aerospace processor architectures to ensure the continued cyber security of a trusted computing system.

Steve Edwards looks at how Trusted Boot is a key strategy for ensuring the trustworthiness of an embedded computing system against cyber attacks.

Curtiss-Wright Debuts Industry’s First 8th Gen Intel Xeon-based 3U OpenVPX Single Board Computer.

Trusted computing involves technologies protect mission-critical embedded electronics from physical and remote attacks and from hardware and software failures.

Aaron Frank looks at how security must be implemented at every layer of each solution to create a system that can be fully trusted.