world-model-runtime

Executes a persistent world-model loop of prediction, observation, and model revision for complex tasks.

3|Updated Feb 13, 2026
One-click install
npx skills add https://github.com/ooooooooooooooooooop/personal-ai --skill world-model-runtime-ooooooooooooooooooop
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: world-model-runtime
Source: https://github.com/ooooooooooooooooooop/personal-ai/tree/main/skills/world-model-runtime
Command: npx skills add https://github.com/ooooooooooooooooooop/personal-ai --skill world-model-runtime-ooooooooooooooooooop

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve? Complex, multi-step, or cross-session tasks often fail because the agent acts on unstated assumptions, never tests its beliefs against real evidence, and loses all reasoning state when the session ends. This Skill enforces a disciplined world-model loop so predictions are made before observations, failed predictions actually revise the model, and durable conclusions persist across sessions. ## Core Features & Use Cases - Nine-ring execution protocol: Restore state, build competing models, make falsifiable predictions, gather real observations, evaluate predictions, revise models, and persist results, with CORE and FULL modes gated by task risk. - Persistent state contract: Canonical YAML stores (current model, operators, open loops) plus a runtime append-only ledger and per-session traces, so a new session can mechanically recover every prior conclusion. - Prediction-gated actions: Consequential or high-risk tool calls are blocked unless bound to a specific falsifiable prediction, preventing unexamined mutations. - Use Case: While debugging a recurring cross-session encoding bug, you record two falsifiable predictions before reproducing it; the refuted prediction triggers a structural model revision that is written to the ledger and operators table for future sessions. ## Quick Start Ask the agent to use the world-model-runtime skill to run the full world-model loop on your current high-risk task and persist the resulting state.

Frequently Asked Questions about world-model-runtime

High-intent search queries and answers about installing and using this skill.

FAQPage Schema
How do I run a world-model loop on a complex task?

Activate the protocol by declaring CORE or FULL mode, restore prior state from the canonical current.yaml and ledger, write falsifiable predictions before acting, then record real observations and evaluate each prediction. Persist results to the ledger and runtime state before ending the session.

What is the difference between CORE and FULL mode?

CORE covers the basic closed loop: observation, state, world model, prediction, uncertainty, action, revision, and persistence. FULL adds competing models, active learning, value-decision analysis, Goodhart checks, and meta-evaluation for high-uncertainty or long-horizon tasks.

When should I not use a world-model protocol?

Skip it for simple one-shot tasks, which the gate classifies as OFF mode. The protocol's prediction, evidence, and persistence overhead only pays off on multi-step, high-risk, cross-session, or contested-explanation work.

Why are predictions required before taking actions?

Writing an expected observation and falsifier before acting prevents hindsight rationalization and ensures observations actually test the model. Consequential or high-risk tool calls are mechanically blocked unless bound to a specific prediction.

How does state persist across sessions?

The runtime appends events to a dated JSONL ledger and updates a materialized current.json, while canonical YAML files hold the current model, operators, and open loops. A new session runs STATE_RESTORE to rebuild working state from the watermark forward.