Ai-powered enforcement and rollback of executable directives

A computer-implemented method comprising:

• receiving a source directive from a source platform;
• normalizing the source directive, by a common intermediate representation (CIR) generation engine, into a CIR object that expresses conditions, actions, resources, and metadata of the source directive in a platform-agnostic schema;
• augmenting the CIR object with a rollback section that identifies a baseline directive and one or more rollback mechanisms selected from a rollback taxonomy maintained in a platform capability database;
• storing the CIR object including the rollback section in a CIR store;
• consulting the platform capability database to (i) select a target-specific actuation channel and (ii) map the rollback mechanisms in the rollback section to target-native implementations;
• translating the CIR object into a target-native, machine-executable directive for a target platform together with one or more target-native constructs that implement the mapped rollback mechanisms;
• validating the target-native directive prior to deployment;
• atomically activating the target-native directive by performing a single commit that enables the target-native directive with higher precedence while disabling or deprioritizing a baseline directive;
• and
• upon satisfaction of at least one rollback trigger encoded in the rollback section, invoking the mapped rollback mechanisms to withdraw the target-native directive and restore the baseline directive while recording audit artifacts for the activation and withdrawal.

A computer-implemented method comprising:

• receiving, from one or more source platforms, a plurality of source directives;
• for a first subset of the source directives:
• normalizing each source directive into a CIR object in a platform-agnostic schema;
• and
• consulting a platform capability database and translating each CIR object into one or more target-native, machine-executable directives for corresponding target platforms;
• for a second subset of the source directives:
• directly translating each source directive, by a direct semantic mapping engine that consults the platform capability database, into one or more target-native, machine-executable directives for corresponding target platforms without constructing the CIR objects and without performing normalization;
• for each target-native directive produced for the first and second subsets:
• associating the target-native directive with a rollback plan or rollback section that designates a baseline directive to be restored, references one or more rollback mechanisms selected from a rollback taxonomy maintained in association with the platform capability database, and defines a scope of application;
• assigning the target-native directive a precedence that ephemerally supersedes the baseline directive for the scope;
• validating the target-native directive and the associated rollback plan or rollback section prior to deployment;
• atomically activating the target-native directive by performing a single commit that enables the target-native directive with higher precedence while disabling or deprioritizing the baseline directive;
• and
• upon satisfaction of an expiry condition or other rollback trigger defined in the rollback plan or rollback section, executing the referenced rollback mechanisms to withdraw the target-native directive and restore the baseline directive while recording audit artifacts for the activation and withdrawal.