Holonic Automation Logic - Holonic Automation Engine
Capability: Orchestrate full-system behavior using agent-mediated triggers and programmable automation rules. Orchestrate intelligent system behavior using agent-mediated triggers, programmable rule sets, and semantic awareness—activating a reflexive automation layer across the holonic stack.
Automatically activate or deactivate modules based on user role, holon state, or simulation outcomes Example: If org.type = 'DAO' and proposal.type = 'Funding', activate Treasury Tracker module Dynamically enable or disable modules based on user roles, holon states, or systemic conditions. Example: If org.type = DAO and proposal.type = Funding, auto-enable the Treasury Tracker module. Agent-Driven API Orchestration: Each holon connects with its external tools (finance, governance, tasks) via automation agents Agents manage token authorization, schema mapping, and event triggers Enables decentralized configuration of platform integrations without developer intervention Each holon is equipped with an automation agent that manages integration with external platforms (e.g., governance, finance, task tools). Agents handle token auth, schema alignment, and event synchronization—allowing decentralized configuration without developer dependency. Signal Routing & Trigger Framework: Standardize automation pathways across modules Define triggers, conditions, and actions (e.g., if X → then Y) Example: if milestone = complete → release funds + notify comms system Define standardized automation flows using trigger-condition-action logic. Example: if milestone = complete → release funds + notify communication system. Semantic Automation Layer (via LikeInMind): Future enhancement: Use contextual cues, semantic intent, or task classifications to trigger module behaviors Example: Smart recognition of "launch campaign" auto-enables workflows for tasks, comms, funding, and reporting Future extension: Use natural language intent, contextual signals, or task classification to trigger automated module responses. Example: Recognizing “launch campaign” activates comms, task coordination, funding, and reporting modules simultaneously. Outcome:
Holonic systems gain a programmable nervous system—where organizational workflows, decision paths, and inter-tool actions can be orchestrated dynamically. This supports intelligent, adaptive operations across decentralized and federated ecosystems.
Holonic Automation Logic