Cryptographic work verification system for pattern-based risk detection

A computer program product comprising one or more non-transitory computer readable media storing program instructions for verifying organizational responses to detected safety patterns using role-dependent authentication with user-specific cryptographic wallets and immutable blockchain-anchored audit trails, the program instructions which, when executed by one or more processors, cause the one or more processors to:

• receive pattern metadata for a detected pattern, the pattern metadata including a unique pattern identifier;
• authenticate, via a first authentication flow, a first user with authorization privileges and generating, based on the received pattern metadata, a work order associated with the detected pattern and linked to the unique pattern identifier, the work order specifying temporal, geospatial, procedural, and evidentiary parameters;
• authenticate, via a second authentication flow distinct from the first authentication flow, a second user to perform tasks of the work order associated with the detected pattern;
• update states of the work order as the tasks and evidentiary requirements are completed, wherein updates are reflected as a cryptographically signed modification linked to a cryptographic wallet of the second user and recorded as an on-chain event on a distributed ledger while storing corresponding collected evidence in secure off-chain storage referenced by the on-chain event;
• and
• generate an exportable, cryptographically verifiable evidence package comprising the received pattern metadata, the work order with its specified parameters associated with the detected pattern, and the cryptographically signed modification linked to the cryptographic wallet.

A computer system for verifying organizational responses to detected safety patterns using role-dependent authentication with user-specific cryptographic wallets and immutable blockchain-anchored audit trails, the computer system comprising:

• one or more processors;
• one or more computer-readable storage media;
• and
• program instructions stored on the one or more computer-readable storage media that, when executed by the one or more processors, cause the one or one or more processors to:
• receive pattern metadata for a detected pattern, the pattern metadata including a unique pattern identifier;
• authenticate, via a first authentication flow, a first user with authorization privileges and generating, based on the received pattern metadata, a work order associated with the detected pattern and linked to the unique pattern identifier, the work order specifying temporal, geospatial, procedural, and evidentiary parameters;
• authenticate, via a second authentication flow distinct from the first authentication flow, a second user to perform tasks of the work order associated with the detected pattern;
• update states of the work order as the tasks and evidentiary requirements are completed, wherein updates are reflected as a cryptographically signed modification linked to a cryptographic wallet of the second user and recorded as an on-chain event on a distributed ledger while storing corresponding collected evidence in secure off-chain storage referenced by the on-chain event;
• and
• generate an exportable, cryptographically verifiable evidence package comprising the received pattern metadata, the work order with its specified parameters associated with the detected pattern, and the cryptographically signed modification linked to the cryptographic wallet.