SEZ2_5.8_Tecniche per valorizzare le proprie potenzialità in azienda_DQ3
FORMACONF – CONSORZIO PER LA FORMAZIONE E IL LAVORO
Giovanni Debellis
08/08/2024
08/08/2026
Assertion
NOTARIZED IN BLOCKCHAIN
Polygon (0x89)
0x086757953eba853ec1d0547249ab804448b941a9
545073
15e78008e06a54bb1596adf67aa747c25505e7a802bd7c8650e245cb4391cbc6
15e78008e06a54bb1596adf67aa747c25505e7a802bd7c8650e245cb4391cbc6
Vedi sul block Explorer
Cos'è
Notarizzazione
Blockchain notarization is a process that allows you to guarantee the authenticity and integrity of a piece of data through immutable registration on a decentralized network, ensuring its traceability and making it inviolable.
Notarization of a hash allows the confidentiality of the unencrypted data to be preserved as the hash is a one-way cryptographic representation that cannot be converted back into the original data, thus protecting its confidentiality during the registration and validation process on the blockchain.
Json e Hash
Json
JSON is a lightweight data format used to represent structured information, such as objects and arrays. It is easily readable by machines and widely used for data exchange between applications.
The JSON of a C-BOX assertion is retrievable at the following address. This URL is saved in blockchain at this address.
https://api.cboxiqc.com/api/v1.0/Blockchain/NotarizedAssertion/545073
Hash
The SHA-256 hash (Secure Hash Algorithm 256-bit) is a cryptographic algorithm that converts a data input of any size into a fixed-length hash of 256 bits. The hash generated by SHA-256 is unique for each specific input and offers high security, as even the slightest change to the input data results in a completely different hash.
For this reason, it can be considered a fingerprint of the unencrypted data.
This algorithm is widely used to protect data integrity and ensure confidentiality, due to its resistance to reversibility and its ability to withstand brute force attacks.
Assertion
Assertion JSON
Evaluating hash
Comparison
Blockchain comparison