Today’s semiconductor chips run cloud infrastructure, automotive controllers, industrial robots, and edge AI processors, so effectively the entire technology market. Engineers must now ensure that ...

An international team is collaborating on a 3.5-year mission to revolutionize how we protect data at the processor level.

Software bugs can be fixed with a simple update, but hardware flaws are physically built into the devices themselves. The chips inside our devices harbor 98 different ways they can be hacked. And ...

Hardware security protects user authentication and system integrity by working outside of the operating system, in ways that ...

Physical security has changed dramatically in a short period of time. Advanced analytics and automation now play a meaningful role in how organizations detect risk, respond to incidents and protect ...

The U.S. military urgently needs to change the current systems and processes for information technology (IT) inventory, compliance and account management to include a means for the two systems to ...

The Hardware Bill of Materials Framework looks to standardize how vendors and customers communicate about the capabilities and use of hardware systems. The Cybersecurity and Infrastructure Security ...

When consumers think about security for their electronic gadgets, financial applications probably spring first to mind. Identity theft and unauthorized access to bank and investment accounts are a ...

Hardware security and intellectual property protection have become critical research areas as the semiconductor industry increasingly relies on a globally distributed design and fabrication ecosystem.

Imagine buying a hundred-year-old house. To keep your family safe, you need to update the antiquated plumbing and electrical systems to meet current building standards. But there's no existing ...