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SRAM PUF-based key provisioning system to secure IoT

Intrinsic ID's newly announced CITADEL is an SRAM Physical Unclonable Function (PUF)-based key provisioning system, delivered in a package that includes hardware or software IP, manufacturing tools and an OEM management suite. These features come bundled in a new business…

EDN Europe e1491588603768

More on PUF-security through software only, from Intrinsic ID

Last week, we posted news from security and key-management technology provider Intrinsic ID that the company can now provide its unique-to-every-chip physically unclonable function or PUF, on any SoC using only software. That report is <a href="https://www.edn-europe.com/news/puf-security-now-possible-through-software-only-says-intrinsic-id">here</a>; we now have to…

Semiconductor Engineering

IoT Security Ratings Needed

Concerns about security have been growing alongside adoption of the IoT, and it seems to be making some headway. This is good news, if it continues, because one of the biggest concerns about buying connected devices is that they can…

Chip Design

Towards Securing Medical IoT

Embedded Systems Engineering | By Michael Takamoto The case for adopting SRAM PUF for medical and other devices Personal medical information is definitely something we want kept private. Perhaps no other information besides financial and military can have such profound…

Secure element From NXP employs Intrinsic ID’s PUF technology

EDN Europe | By Graham Prophet Intrinsic ID has disclosed that its SRAM physical unclonable functions technology is being deployed in NXP's recently-announced SmartMX2 P60 Step-Up! Secure Element, enabling provision of Secure authentication and confidential data exchange; the combination is…

The Birth of Chip-Level Security

Electronics 360 | Tom Kevan A little-known technology called physical unclonable functions (PUFs) stands poised to change the fundamental nature of security processes like authentication and cryptographic key generation.

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