Abstract
This publication discloses methods and systems for interposing between computational components operating within a determination-side partition and an external effect boundary service, such that all action proposals are routed through the interposition path and no component possesses the authentication material, network routes, or process-level capabilities to produce external effects directly. In one embodiment, the interposition component captures the component’s proposed action at the framework integration surface — whether a command-line tool invocation, an agent communication protocol service call, or a framework lifecycle callback — translates the proposal into a request directed at the effect boundary service, and returns the execution outcome. The interposition component performs no interpretation of the component’s intent; action parameters are relayed without modification to schema validation at the effect boundary service. In one embodiment, the effect boundary service accepts only a registered set of action types with declared parameter schemas; the component cannot register new action types or modify existing schemas. In one embodiment, authentication material required for effect production is confined to the effect boundary service’s trust domain and does not exist in the component’s operating environment. The publication discloses multiple deployment topology variants including command-line binary interposition, protocol service wrapping, framework lifecycle callback interception, persistent daemon processes, adjacent isolated processes with network-policy-enforced isolation, transparent request interception, and communication channel delegation. The structural separation between partitions is a prerequisite described in a separate publication; this disclosure addresses how components connect their proposals to the effect boundary service through interposition mechanisms using available integration surfaces.
Creative Commons License
This work is licensed under a Creative Commons Attribution-Noncommercial-No Derivative Works 4.0 License.
Recommended Citation
Winchester, Jayson, "Interposition Mechanisms for Routing Computational Component Action Proposals to External Effect Boundary Services", Technical Disclosure Commons, ()
https://www.tdcommons.org/dpubs_series/9765