With the increase in the number of devices connected to the Internet, the need to maintain
and harden information security in Internet systems has significantly increased. This has led …

Developing flexible, high-processing-rate, and low-power BLAKE/BLAKE2 hardware is
extremely necessary for maintaining dependability, safety, and security in blockchainbased …

In decentralized IoT platforms, high flexibility, per-formance, and hardware efficiency are the
requirements for cryptographic hardware for maintaining data security. This paper proposes …

Ensuring security in modern domains such as blockchain and IoT requires developing
hashing hardware that is low-power, high-performance, and flexible with massive message …

Efficient cryptographic hardware architectures must exhibit both high performance and
flexibility to effectively meet the diverse demands of data security in multi-domain …

SHA-256, BLAKE-256, and BLAKE2s are cryptographic hash functions widely used in data
security for Blockchain-enabled IoT systems to ensure the integrity of data and transactions …

In decentralized IoT ecosystems, four cryptographic algorithms, including SHA256,
BLAKE256, BLAKE2s, and Chacha20, are principal to ensure data integrity and …

Cryptographic hash functions play a pivotal role in ensuring the security and integrity of data
in various applications such as online banking, secure communications, and digital …