Editor's Note: For more information on Verayo's PUF technology, check out the associated "How To" design article (#212400171).
The folks at Verayo, who specialize in providing security and authentication solutions, have announced the availability of their new Soft PUF technology for FPGAs and FPGA-based systems (PUF stands for "Physical Unclonable Function").
Soft PUF extracts chip-unique signatures to authenticate the FPGA silicon and the underlying board or system. These chip-unique signatures can also be used as dynamic, unique, and volatile secret encryption/decryption keys to enable new security applications not previously possible on FPGA platforms.
PUF, a kind of "silicon biometrics" technology, extracts unique signatures of a silicon chip for authentication and security applications. The Soft PUFs are PUFs implemented in existing off-the-shelf FPGA devices to extract the unique signatures of the FPGA silicon. Soft PUFs do not require any modifications to the FPGA silicon or design tools.
The chip-unique signatures extracted by Soft PUFs enable a strong protection against counterfeiting and over-building of FPGAs and/or FPGA-based systems. The same chip-unique signatures are also used as dynamically-generated, unique and volatile cryptographic keys to provision secure applications, or to control access to features and functions tied to the individual FPGA silicon. This enables Soft PUFs to elevate security, flexibility and reduce cost of product development, which are particularly useful where market pressures or production volumes do not justify spinning an ASIC.
Verayo is introducing the application of its PUF technology for FPGAs at the FPGA Summit in San Jose this week. Verayo's Senior Design Engineer, Mandel Yu, will deliver his presentation "Exploiting Uniqueness of FPGA Silicon for Security Applications" on December 11.
www.verayo.com was founded in Silicon Valley in 2005. The company is focused on building security and authentication solutions based on Silicon Physical Unclonable Function (PUF) technology, which was invented and first implemented at MIT by Prof. Srini Devadas and his team.
Since its founding, the Verayo team has designed, built, and tested ICs using PUFs and built-up a growing body of additional IP and substantive know-how beyond the initial IP that Verayo licensed exclusively from MIT. In addition to developing commercial products, the company is working on projects for various U.S. Defense Agencies.