Bitwise operations manipulate individual bits within a binary number. These low-level computational functions include AND, OR, XOR, NOT, and bit shifts, directly operating on the binary representation of data. They are crucial for optimizing data storage, performing efficient cryptographic calculations, and managing permissions within digital systems. Bitwise operations are particularly relevant in contexts where resource efficiency and direct hardware control are important.
Context
In cryptocurrency and blockchain development, bitwise operations are frequently employed in hashing algorithms, digital signatures, and certain smart contract optimizations. Their precise control over data at the most granular level aids in ensuring data integrity and security within decentralized networks. Ongoing research seeks to leverage these operations for further improvements in cryptographic proofs and protocol efficiency.
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