PUFsecurity Insights
PUFsecurity
We focus on developing effective and economical PUF-based security IPs based on NeoPUF and NeoFuse OTP in this AIoT era.
Securing System-on-Chips: Hardware Protection in the Age of Chiplets
The resurgence of the "System in Package" (SiP) or "Heterogeneous Integration" (HI) approach, using standardized "Chiplets" assembled into complex designs, is gaining traction. Chiplets offer a flexible, scalable, and cost-effective solution that meets the demands of modern systems.
However, their adoption raises security concerns, as the number of attack surfaces multiplies with multiple chiplets from different sources. Integrating Physically Unclonable Function (PUF) protection into chiplets provides a unique identity derived from a PUF Chip Fingerprint, ensuring trust in SiP designs. As chiplets become more prevalent, PUF-based security measures will play a crucial role in mitigating risks and ensuring the security of chiplet-based architectures.
Explore this insightful article to discover how PUFs effectively unify the fragmented nature of chiplet-based designs and bolster the four central security functions.
Check Out Our Fireside Chat with Arm!
In today's innovation-driven world, OEMs face formidable challenges in implementing robust security measures amidst fragmented global standards and regulations. We are excited to present an exclusive interview where we discuss and present the solution:
Arm Corstone with PUF-based security IP.
The integrated solution offers OEMs a revolutionary "secure by design" reference subsystem. It further empowers device makers to rapidly develop secure devices, reducing time to market and minimizing costs.
By leveraging PSA Certified, Arm Corstone with PUF-based security IP addresses the complexity of fragmented security standards and regulations. It offers a unified framework with different security levels, ensuring fast alignment with legislation and standards without compromising on security.
Learn More PUFsecurity Solutions Build on Arm
This groundbreaking article unveils a cutting-edge solution for safeguarding the Arm ecosystem. In this exclusive piece, we delve into the realm of PSA Certified PUF-based crypto coprocessors, a game-changing technology that revolutionizes security measures.
Explore how this innovative solution offers unparalleled protection against sophisticated threats while maintaining a seamless user experience. With the integration of PUF-based technology, OEMs can now ensure secure boot, secure key storage, and robust cryptographic operations, delivering a comprehensive security framework.
Join us in this enlightening read to stay ahead in the realm of secure system development.
Solve Security Issues with PUF-based Solutions
PUF-based Root of Trust: PUFrt
PUFrt is designed to secure the semiconductor supply chain, eradicate counterfeiting, combat reverse engineering, and revolutionize how we authenticate our devices. PUFrt offers the essential features required for establishing a secure Hardware Root of Trust, including a TRNG, UID, Secure OTP, and a resilient anti-tamper shell to protect against attacks.
PUF-based Crypto Coprocessor: PUFcc
PUFcc is the only Crypto Coprocessor available today that builds on the HRoT (PUFrt) with a comprehensive Crypto Accelerator providing Secure Boot, OTA, TLS, and Key Management. PUFcc offers a hassle-free SoC design process, with a standard APB control interface and a DMA with a standard AXI4 control interface to provide quick access to a greater amount of data.
Flash Protection Series based on PUFrt/PUFcc
PUFsecurity’s Flash Protection Series provides compatible protection for various flash solutions, such as embedded Flash, external NAND Flash, and external NOR Flash. These solutions allow PUF-based chip fingerprinting across an SoC, extending the secure boundary into upper architecture layers to protect other hardware components and the software assets.
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