Build designs with PUF-based hardware security technology

Here, we provide free IP resources that you can integrate into your designs so you can try out our security solutions.
Tutorial Course: Introduction to Hardware Security (Update to Ch6)
Tutorial Course: Introduction to Hardware Security (Update to Ch6)
February 12, 2020

In the course of ” Introduction to Hardware Security “, we will discuss the role of system security function and the operation practice through market application overview and system service cases such as cryptocurrency, mobile payment, secure supply chain. Chapter 6 : Physical Unclonable Function (PUF) 6-1 What is PUF? 6-2 Different kinds of On Chip PUFs 6-3 Applications of PUF #course

Use casesView all

The Internet of Things

The Internet of Things

March 11, 2019

The Internet of Things is the concept of connecting devices with the Internet, allowing them to collect and share data that would otherwise be scattered and disorganized in a shared environment.
Artificial Intelligence

Artificial Intelligence

March 10, 2019

Incorporating Big Data, deep learning, and machine learning, Artificial Intelligence (AI) seeks to enable machines to work and learn like humans do. In the field of information security
Fintech

Fintech

March 9, 2019

The Bank, Financial Services, and Insurance (BFSI) industries are currently going through some drastic changes. AI, IoT, blockchain, and other newer technologies compounded with changes of client expectations and preferences

Getting Started

Signing up for a new developer account
Signing up for a new developer account
To start a hardware develop journey, you can sign in PUFsecurity developers site with PUFsecurity accounts or supported social accounts.
Creating a new repository
Creating a new repository
After signing in to PUFsecurity code repository, now you can create a new repository to build an amazing project.
Documentation
Documentation
The project contains comprehensive documentation of all IPs and tools. You can either access it online
Development guidelines
Development guidelines
Build a high quality app with these design and behavior guidelines

Featured ProjectsView all

Advanced Encryption Standard Hardware Cryptographic Engine

June 11, 2020

The AES algorithm is an encryption and decryption algorithm that operates on a block-by-block basis, with an input data block of 128 bits in length, and output data block of 128 bits in length. If the input data is over 128 bits in length, it must be broken up into blocks of 128 bits each. AES is a symmetric block cipher algorithm, meaning the same key is used for both encryption and decryption. This design has been synthesized using Cadence Genus with UMC’s 40nm cell library.

Secure Hash Algorithm 2

June 11, 2020

SHA256 is a cryptographic hash function designed by the United States National Security Agency (NSA) and first published in 2001. Message blocks are 512 bits each and the engine uses 65 rounds to process each message block, returning a digest of 256 bits. This design is synthesized using Cadence Genus with UMC’s 40nm cell library.

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