Abstract: A transport stack may control identity information that may be owned by a user. An information record of the identity information may be stored on a distributed ledger. Transactors may request a viewing-share for the identity information to support transactions with the user. The transport stack may generate a grant record when a transactor is provided with a viewing-share of the identity information. The grant record may be stored on the distributed ledger. The distributed ledger may provide a verifiable record of the identity information content and history of viewing-share grants.

Abstract: Implementations include actions of providing a first transaction hash including a digital representation of a digital record between a first peer and a second peer within a digital records platform, the platform provided by the first peer as a host peer, and the transaction hash being generated based on one or more documents underlying the digital record, receiving one or more edits to at least one document from the second peer, updating the first transaction hash to provide: a second transaction hash, and a transaction hash history including the first transaction hash and the second transaction hash, receiving approval of the digital record from each of the first peer and the second peer, and executing a consensus protocol by a notary service of a third node to update transaction objects across the first node and the second node, the updating indicating that the transaction objects are consistent.

Abstract: A system includes profile control circuitry that may receive a sovereign onboarding command. The sovereign onboarding command may be issued on behalf of a sovereign associated with a profile. The sovereign onboarding command may update a status value in the profile. The profile may be recorded on a data-tamper-protected distributed ledger. Arbitration circuitry may review the recorded profile status value and ensure that status values are enforced against the sovereign during exchanges.

Abstract: A transport stack may control identity information that may be owned by a user. An information record of the identity information may be stored on a distributed ledger. Transactors may request a viewing-share for the identity information to support transactions with the user. The transport stack may generate a grant record when a transactor is provided with a viewing-share of the identity information. The grant record may be stored on the distributed ledger. The distributed ledger may provide a verifiable record of the identity information content and history of viewing-share grants.

Abstract: A system includes profile control circuitry that may receive a sovereign onboarding command. The sovereign onboarding command may be issued on behalf of a sovereign associated with a profile. The sovereign onboarding command may update a status value in the profile. The profile may be recorded on a data-tamper-protected distributed ledger. Arbitration circuitry may review the recorded profile status value and ensure that status values are enforced against the sovereign during exchanges.

Abstract: A system includes profile control circuitry that may receive a sovereign onboarding command. The sovereign onboarding command may be issued on behalf of a sovereign associated with a profile. The sovereign onboarding command may update a status value in the profile. The profile may be recorded on a data-tamper-protected distributed ledger. Arbitration circuitry may review the recorded profile status value and ensure that status values are enforced against the sovereign during exchanges.

Abstract: Implementations include actions of providing a first transaction hash including a digital representation of a digital record between a first peer and a second peer within a digital records platform, the platform provided by the first peer as a host peer, and the transaction hash being generated based on one or more documents underlying the digital record, receiving one or more edits to at least one document from the second peer, updating the first transaction hash to provide: a second transaction hash, and a transaction hash history including the first transaction hash and the second transaction hash, receiving approval of the digital record from each of the first peer and the second peer, and executing a consensus protocol by a notary service of a third node to update transaction objects across the first node and the second node, the updating indicating that the transaction objects are consistent.