Abstract: Systems and methods for providing collision-free unique versioned identifiers using a distributed ledger are provided herein. An example system may include a unique identifier provider that is configured to provide evolving, backward compatible, unique versioned identifiers from semi-structured data such as forms or claims to various in a decentralized fashion.

Abstract: A contract provider provides a distributed ledger that has a node for each payor, provider, and the contract provider. Each entity controls its own node and has access to private and public keys associated with their node. When a provider desires to create a contract with a provider, the provider uses an application provided by the contract provider. The application has access to various contract related templates, forms and workflows associated with the contracts. The application includes an iframe that connects to the node of the provider. The provider may create a draft contract using the application that is stored on the distributed ledger by the nodes of the provider via the iframe. The payor may then similarly use the application to access the contract via the iframe by contacting to their node. The provider and payor may continue to edit the contract via the application until it is complete.

Abstract: In one embodiment, a real-time claim processing system is provided that quickly settles received claims. At each stage of the claim processing, the real-time processing system may write some or all of the claim to a distributed ledger, which may be later retrieved and used as evidence of the claim processing. In addition, the claim may be verified by a smart contract associated with the claim that may also control the pricing and settlement of the received claim. The use of a smart contract may allow the claim to be verified and settled in real, or near-real time, which is an improvement over current methods for processing claims which are slow and costly. Smart contracts also provide consistency and transparency to claims processing.

Abstract: The present disclosure relates to a system for determining the eligibility of a digital asset associated with a unique identifier for a transaction. The system may include a first computer node including a first processing device and memory, the computer node including program instructions that, when executed: send a proposed automated tagging request associated with the digital asset, the proposed automated tagging request including an algorithm configured to determine one or more eligibility tags based on input data from one or more input data sources; receive, from a second node, an acceptance notification indicating acceptance of the proposed automated tagging request; and validate that program instructions including the algorithm are recorded to a distributed ledger associated with the digital asset.