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• Immutability. Blockchain supports immutability, meaning it is impossible to erase or replace recorded data. Therefore, the blockchain prevents data tampering within the network.

Traditional data do not exhibit immutability. The conventional database uses CRUD (create, read, update and delete) at the primary level to ensure proper application operation, and the CRUD model enables easy erasing and replacing of data. Such data can be prone to manipulation by rogue administrators or third-party hacks.

• Transparency. Blockchain is decentralized, meaning any network member can verify data recorded into the blockchain. Therefore, the public can trust the network.

On the other hand, a traditional database is centralized and does not support transparency. Users cannot verify information whenever they want, and the administration makes a selected set of data public. Still, however, individuals cannot verify the data.

• Censorship. Blockchain technology is free from censorship since it does not have control of any single party. Therefore, no single authority (including governments) can interrupt the operation of the network.

Meanwhile, traditional databases have central authorities regulating the operation of the network, and the authority can exercise censorship. For instance, banks can suspend users’ accounts.

• Traceability. Blockchain creates an irreversible audit trail, allowing easy tracing of changes on the network.

The traditional database is neither transparent nor immutable; hence, no permanent trail is guaranteed.