Decentralized blockchain-based transactions benefit users through their openness,
transparency, and immutability, which may come at the expense of privacy concerns. This …

Due to the advancing digitalization, the importance of data is constantly increasing.
Application domains such as smart cars, smart cities, or smart healthcare rely on the …

Blockchains have become immensely popular and are high on the list of national and
international research and innovation agenda's. This is partly caused by the numerous …

Blockchain is a decentralized distributed ledger that combines multiple technologies,
including chain data structures, P2P networks, consensus algorithms, cryptographic …

Blockchain is a revolutionary technology that enables the secure recording and storage of
transactions without the need for a trusted third-party intermediary. This distributed ledger …

Blockchains are distributed systems that allow mutually distrusting parties to process
transactions in a censorship-resistant way while establishing an immutable transaction …

Blockchain technology has evolved beyond the use case of electronic cash and is
increasingly used to secure, store, and distribute data for many applications. Distributed …

Blockchain uses a peer-to-peer (P2P) network, rather than a central authority (eg, a central
bank or financial institution), to conduct transactions (eg, financial transactions). Due to the …

This study investigates how decentralization and transparency offered by blockchain
technology could revolutionize traditional finance. Even with the rise of well-known …

Privacy in blockchains is rather complicated as it contradicts with some highly praised
properties of blockchain such as immutability. Immutability is considered a cornerstone of …