πŸ—³οΈTrust through blockchain

  • Decentralization: data is not controlled by a central entity, but distributed over a peer-to-peer network. This prevents the monopolization of IoT data by cloud giants.

  • Immutability: transaction history is immutable once recorded on the blockchain. Data cannot be falsified, modified or deleted, reinforcing trust.

  • Trust: the blockchain's cryptographic and consensus mechanisms guarantee the integrity of transactions without the need for a trusted third party.

  • Transparency: all network participants can transparently verify and audit transactions on the public blockchain.

  • Resilience: the distribution of data across multiple nodes makes the blockchain resistant to censorship and failure. There is no single point of failure.

  • Security: end-to-end encryption and digital signature techniques secure transactions against cybercrime.

  • Sovereignty: users retain full control over access to their data, thanks to cryptographic keys.

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