CITADEL Key Provisioning

CITADEL is world’s first key provisioning system based on SRAM PUF. The availability of SRAM in every chip enables affordable key provisioning at different stages in manufacturing, even for low-end devices.

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Latest Blog: Hot at CeBIT?

At CeBIT 2017 the Intrinsic ID team met with potential users and partners, saw innovative technology such as robotics, IoT, AI and cybersecurity, and met with two very important visitors from the European Commission.

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Most Innovative EU Company

Intrinsic ID’s work on SRAM PUF was awarded both the overall winner‘s prize and the prize in the “Excellent Science” category for its scientific achievement and the potential value it represents to the economy and society.

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Our solutions enable authentication and encryption on IoT semi-conductor components such as microcontrollers, connectivity chips and memories and bring those to the IoT devices such as sensors, wearables, smart meters …Learn more ...
Intrinsic ID’s solutions enable trust platforms for anchoring security sensitive applications such as payment transactions. Our security solutions are in products that are EMVCo, Visa and CC EAL6+ certified.Learn more ...
Intrinsic ID’s products are used in the most demanding environments. Our government security solutions are designed with the most serious attack scenarios in mind and are built on advanced ASIC and FPGA designs.Learn more ...

SRAM PUF Solutions

Our SRAM PUF-based solutions reconstruct on-chip secret keys without ever storing those keys. The keys are not present on the device when it is powered off, but generated only when needed.Learn more ...
Intrinsic ID’s authentication solutions are used for Anti-Counterfeiting, Anti-Cloning, Trusted Storage, Secure Payments, Device to Host, Machine to Machine, and Device to Cloud authentication.Learn more ...
Flexible provisioning of secure keys across the entire product life cycle, from the manufacturing of silicon, to the building of products, and out to the services from the System OEM.Learn more ...
“Our collaboration with Intrinsic ID provides designers with an advanced security solution that enables them to combine Intrinsic ID’s SRAM PUF solution and Synopsys’ ARC EM Processors with SecureShield technology for a faster, easier path to securing their IoT devices”

John Koeter, Vice president of marketing for IP and prototyping at Synopsys

“Microsemi is committed to providing the best security solutions in the FPGA market, and we’re pleased to partner with Intrinsic ID to integrate their industry leading SRAM PUF technology into our SmartFusion®2 SoC FPGAs”

Esam Elashmawi, Executive Vice President & General Manager, Integrated Circuits and Solutions, Microsemi

“Intrinsic ID are industry leaders in offering PUF technology and our partnership with them enables us to build into our high-performance FPGAs and SoCs security features that are unmatched in the industry”

Dan McNamara, General Manager Programmable Solutions Group at Intel

“Adding PUF technology to SmartMX2 chips helps to alleviate user doubts as we bring more security and trust to smart life solutions and provide our customers with a key competitive edge. As such, we’re very happy to have entered into this contract with Intrinsic ID, the undisputed leader in PUF”

Ruediger Stroh , EVP and general manager, Identification business at NXP Semiconductors

“We have one of the best equipped laboratories to help protect our clients’ credibility and brand image so new approaches to hardware security are of vital interest to us. After a set of experiments using voltage contrast techniques, we found none of the attacks to be successful against an SRAM – based PUF solution”

John Walker, Laboratory Manager at SiVenture

“This extensive security evaluation of SRAM PUFs at 65 nm, in which Thales Communications & Security has taken part, is the first of its kind to go public. Beyond the protection against counterfeiting, PUFs can be used to securely conceal cryptographic keys used by functions such as local memory protection”

Jérôme Quévremont, Head of a SoC/SoFPGA development lab at Thales


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