Abstract: A method and system for enhancing computational consistency between a distributed ledger and a semantic database in which a semantic database probability landscape representing expected state changes associated with the execution of a digital protocol and a distributed ledger and a distributed ledge probability landscape representing actual execution results of the digital protocol on the distributed ledger are iteratively varied to arrive at mutually consistent data and information sets. Weightings are returned to the semantic database and a revised digital protocol is returned to the distributed ledger for execution, both of which are derived from the mutually consistent data and information set. A processor and system arranged to provide communication between the distributed ledger and the semantic database are also disclosed.

Abstract: The present disclosure provides a self-adaptive sharding engine, SASE, which is configured to dynamically adapt the configuration of connected DL T platforms to ensure that their operational performance is maintained within target levels. The SASE is provided with a decision and optimisation, DO, module that is configured to receive and process a set of configuration parameters obtained from a sensor module to determine a set of corresponding performance metrics indicative of the operational performance of the target DLT platform. The DO module is configured to compare the values of the performance metrics with corresponding target values. Accordingly, when at least one of the performance metrics is within a value range from at least one corresponding target value, the DO module is configured to adjust an aspect of the DLT configuration of the DLT platform to optimise its operational performance.

Abstract: The present disclosure provides a self-adaptive sharding engine, SASE, which is configured to dynamically adapt the configuration of connected DL T platforms to ensure that their operational performance is maintained within target levels. The SASE is provided with a decision and optimisation, DO, module that is configured to receive and process a set of configuration parameters obtained from a sensor module to determine a set of corresponding performance metrics indicative of the operational performance of the target DLT platform. The DO module is configured to compare the values of the performance metrics with corresponding target values. Accordingly, when at least one of the performance metrics is within a value range from at least one corresponding target value, the DO module is configured to adjust an aspect of the DLT configuration of the DLT platform to optimise its operational performance.

Abstract: The present invention relates to a system and a method for performing exchanges of digital data records among a plurality of distributed databases. More specifically, the present invention relates to a technology agnostic atomic swap system platform configured to perform atomic swap transactions of digital data records among a plurality of distributed ledger technology platforms.

Abstract: Systems and methods are used for generating and managing digital data files. More specifically, the system and method generate and manage digital contracts that execute the contractual terms of corresponding underlying legal contracts agreed between the parties. The system and method generate, for each digital contract, a corresponding master document data file representing the underlying physical legal contract document containing the contractual terms and conditions agreed between the parties.