Digested-Tile 2024-09-12
Authors:: Bry B., Jonny S., and WikiWe contributors License:: CC BY-SA 4.0 Digest Root:: b1c438a0f268
MarkdownTile
Digest Root: Merkle-like Hash of Digest Tags
The Digest Root in the Doc Seal Protocol serves as a cryptographic representation of the entire document’s integrity, similar to a Merkle root in blockchain systems. It’s created by computing a hash of all digest tags within a document, providing a single point of verification for authenticity and integrity.
Key aspects of the Digest Root:
- Creation Process: Concatenate all digest tags, apply SHA-256 hashing, and truncate to 12 characters for efficiency.
- Functionality: Enables quick document integrity checks without exposing full contents.
- Tamper Evidence: Any redigested document alteration results in a different Digest Root.
- Privacy Preservation: Allows for verification or redactions while maintaining confidentiality.
The Digest Root is typically stored in the document’s metadata (e.g., frontmatter/properties) for easy access and verification.
DeformattedTile
Digest Root: Merkle-like Hash of Digest Tags The Digest Root in the Doc Seal Protocol serves as a cryptographic representation of the entire document’s integrity, similar to a Merkle root in blockchain systems. It’s created by computing a hash of all digest tags within a document, providing a single point of verification for authenticity and integrity. Key aspects of the Digest Root:
- Creation Process: Concatenate all digest tags, apply SHA-256 hashing, and truncate to 12 characters for efficiency.
- Functionality: Enables quick document integrity checks without exposing full contents.
- Tamper Evidence: Any redigested document alteration results in a different Digest Root.
- Privacy Preservation: Allows for verification or redactions while maintaining confidentiality. The Digest Root is typically stored in the document’s metadata (e.g., frontmatter/properties) for easy access and verification.
EOT
Digested-Tile 2024-09-12
Authors:: Bry B., Jonny S., and WikiWe contributors License:: CC BY-SA 4.0 Digest Root:: 8082da380877
MarkdownTile
Digest Root: Merkle-like Hash of Digest Tags
The Digest Root in the Doc Seal Protocol serves as a cryptographic representation of the entire document’s integrity, similar to a Merkle root in blockchain systems. It’s created by computing a hash of all digest tags within a document, providing a single point of verification for authenticity and integrity.
Key aspects of the Digest Root:
- Creation Process: Concatenate all digest tags, apply SHA-256 hashing, and truncate to 12 characters for efficiency.
- Functionality: Enables quick document integrity checks without exposing full contents.
- Tamper Evidence: Any redigested document alteration results in a different Digest Root.
- Privacy Preservation: Allows for verification or redactions while maintaining confidentiality.
The Digest Root is typically stored in the document’s metadata (e.g., frontmatter/properties) for easy access and verification.
DeformattedTile
Digest Root: Merkle-like Hash of Digest Tags The Digest Root in the Doc Seal Protocol serves as a cryptographic representation of the entire document’s integrity, similar to a Merkle root in blockchain systems. It’s created by computing a hash of all digest tags within a document, providing a single point of verification for authenticity and integrity. Key aspects of the Digest Root:
- Creation Process: Concatenate all digest tags, apply SHA-256 hashing, and truncate to 12 characters for efficiency.
- Functionality: Enables quick document integrity checks without exposing full contents.
- Tamper Evidence: Any redigested document alteration results in a different Digest Root.
- Privacy Preservation: Allows for verification or redactions while maintaining confidentiality. The Digest Root is typically stored in the document’s metadata (e.g., frontmatter/properties) for easy access and verification.