FlowOS transition types and inscription language documentation
The Pass transition is the foundational routing primitive in AgetnticOS Petri nets. It examines token data and decides where each token should go – without transforming it, without calling external systems, without side effects. Think of it as a railway switch operator: tokens arrive, get … …
While Pass transitions route tokens unchanged, Map transitions transform token data through templates. They’re the workhorses of data reshaping – adding fields, removing fields, restructuring, enriching, and preparing data for downstream processing. Map transitions take input token data, apply a template transformation, and emit the … …
AgenticOS introduces a revolutionary capability: Agent Transitions – transitions powered by LLMs that can reason, query, create structures, and even deploy new transitions autonomously. This guide explores the full spectrum of agent capabilities, from simple token processing to self-improving meta-agents. Agent transitions operate under a … …
Pass and Map are the two foundational transition types in AgetnticOS. Understanding their differences is crucial for building effective agentic processes. This guide compares them side-by-side to help you choose the right one. This is the most critical difference: what the when condition evaluates. A … …
AgetnticOS provides six distinct transition types, each designed for specific agentic patterns. Understanding when to use each type is fundamental to building effective agentic processes. Purpose: Route tokens without transforming them – pure decision logic. Purpose: Transform token data through templates – reshape, enrich, restructure. …
Agentic Nets are executable Petri nets that combine traditional process modeling with intelligent automation. They transform static process diagrams into living systems that can route, transform, integrate, analyze, decide, and execute – all orchestrated through six fundamental building blocks. Each building block is a transition … …
The Command transition enables Petri nets to execute shell commands, scripts, and file system operations through the agentic-net-executor service. While LLM transitions process AI prompts and Agent transitions enable autonomous reasoning, Command transitions provide direct system execution – running bash commands, scripts, and file operations … …
Agent Transitions – The Complete Guide to Autonomous AI Execution in Agentic Nets The Agent transition is the most powerful and flexible transition type in Agentic Nets. While LLM transitions execute single prompts and return responses, Agent transitions enable autonomous,
LLM Transitions – The Complete Guide to AI-Powered Token Processing in Agentic Nets The LLM transition is the intelligence engine in Agentic Nets. While Pass and Map transitions handle simple routing and transformation, and HTTP transitions communicate with external APIs,
The HTTP transition is the integration powerhouse in Agentic Nets. While Pass and Map transitions handle internal token routing and transformation, HTTP transitions enable your agentic processes to communicate with the outside world – calling REST APIs, webhooks, microservices, and any HTTP endpoint. In this … …
