Get the latest federal technology news delivered to your inbox. Incorporating a Secure by Design framework is just the start to engineering a threat-resilient digital environment, per officials ...

Software that prioritizes security at its most foundational level means designing it with customer security as a key goal rather than a tacked-on feature. And that concept — secure by design — is ...

Software architecture has never been more essential as organizations navigate complex cloud adoption, distributed architectures, growing security demands, and rapid product cycles. Today’s software ...

From continuous diagnostics and mitigation to Zero Trust to Secure by Design, the federal government’s approach to cybersecurity is constantly evolving as we learn more about the threats.

Overview Coursera software architecture courses focus on real system design, covering how large applications are structured, ...

Customer satisfaction is key to product success. That’s why development teams are often tempted to prioritize application performance and functionality, hoping to introduce necessary cybersecurity ...

Network-as-a-service promises agility and efficiency, but its shared, dynamic nature demands a fundamentally new approach to cybersecurity. Learn how to secure your distributed NaaS environment.

It’s no surprise that demand for more secure software is rising and these two approaches claim to outline the best way forward. As cybersecurity professionals, we need to know that the software ...

Security is shifting both left and right in the design flow as chipmakers wrestle with how to build devices that are both secure by design and resilient enough to remain secure throughout their ...

Starts with OpenTitan “root-of-trust” components ...

A hardware root of trust (HRoT) serves as the system’s foundational, immutable source of trust. Implemented directly in silicon – via a secure boot ROM or a dedicated security controller – it executes ...