Decentralized dynamic policy learning and implementation system

A system comprising:

• a first computing device comprising:
• a first processor;
• and
• non-transitory memory storing first instructions that, when executed by the first processor, cause the computing device to:
• receive, from a data storage device, a data log comprising a plurality of records comprising information associated with a newly reported incident;
• generate, based on an analysis of the plurality of records by a weighting engine, an electronically implemented policy via weights and historical compliance data fed to a graph node format engine;
• format, by a policy generation engine, a property graph comprising nodes, relationships, and properties comprising key-value pairs to connect and structure the nodes and communicate, to a digital twin computing system, the electronically implemented policy;
• a digital twin computing system comprising:
• at least one second processor;
• and
• second non-transitory memory storing second instructions that, when executed by the at least one second processor, cause the digital twin computing system to:
• implement the electronically implemented policy to monitor operation of the digital twin computing system that consumes asset data received via a plurality of sensors providing data in real-time, wherein implementation of the electronically implemented policy comprises managing connectivity of the plurality of sensors and wherein each sensor is associated with a physical asset;
• receive, via a digital twin mesh network, operational data at least partially processed by an asset-level computing device contingent on a volume, nature, and speed of computation required, wherein the operational data corresponds to operation of the electronically implemented policy;
• generate, based on processing of the operational data, information generated during operation of the digital twin computing system;
• and
• communicate, to an extended reality (XR)-environment system, the electronically implemented policy and information generated during operation of the digital twin computing system;
• and
• the XR-environment system comprising:
• a third processor;
• and
• third non-transitory memory storing third instructions that, when executed by the third processor, cause the XR-environment system to:
• generate, based on the electronically implemented policy generated from the electronically implemented policy, an immersive XR-environment visualization of electronically implemented policy operation and comprising a plurality of nodes;
• update, via a user interface, the electronically implemented policy;
• and
• cause, based on the information generated during operation of the digital twin computing system and an input received via the XR-environment system, a new node to be displayed in the immersive XR-environment visualization of the electronically implemented policy operation.