Home»News»‘Unclonable’ security IP on Flash-based cSoCs

‘Unclonable’ security IP on Flash-based cSoCs

Pinterest Google+

Intrinsic-ID’s security Quiddikey IP includes the company’s patented physical unclonable function (PUF) technology, enabling an added level of security in secure government applications as well as in commercial markets including the financial, energy, automotive and mobile industries.”Integrating Intrinsic-ID’s physically unclonable function IP with our ProASIC3 and other flash FPGAs allows our customers to deliver more secure products with simpler key management requirements,” said Rich Kapusta, vice president terrestrial products, SoC Products Group at Microsemi. “In addition, it allows them to accelerate the design of secure embedded products, which can provide their organizations with a competitive edge.”Security solutions for embedded applications rely on a secret key to guard secure data. Intrinsic-ID’s PUF technology extracts a unique secret key directly from the cSoC and FPGA’s silicon hardware, as opposed to other solutions that require loading an externally generated key in on-chip non-volatile or battery-backed memory.”Security demands of electronic systems are undergoing a tectonic shift,” said Tony Picard, vice president business development at Intrinsic-ID. “The trend to application convergence and Internet connectivity fuels the requirements to substantially raise the level of security in many electronic systems today. We’re pleased to offer Microsemi and its customers solutions that meet the need for increased security requirements.”

Electronicsfeed.com is a participant in the Amazon Services LLC Associates Program, an affiliate advertising program designed to provide a means for sites to earn advertising fees by advertising and linking to Amazon.com. For a full list of the affiliate programs we utilize to help serve unique, ad-free content, take a look at our Advertising Disclosure statement.
Previous post

Sony Ericsson with one 3D phone and one Cortex A8-phone?

Next post

Source code for Micriµm’s µC/OS-III Real-Time Kernel available