PolyMarket Agent Trading: Master Execution Plan

Project: PolyMarket Agent Trading
Lead Coordinator: Agent Zero (Manager)
Assigned Specialists: Zion (Architecture/Infrastructure), Zaya (Interface/Monitoring)
Status: Phase 1 - Initiation & Planning

1. Executive Summary

The goal of this project is to establish an autonomous trading agent within the OpenClaw environment capable of evaluating prediction markets on Polymarket, executing trades via the official Rust-based Polymarket CLI, and managing a dedicated USDC portfolio on the Polygon network.

2. Market Survey: Polymarket's Ecosystem

Polymarket offers predictive shares that resolve to $1.00 if correct and $0.00 if incorrect. To trade effectively, an AI agent must match market types with its analytical strengths.

2.1 Available Market Types

1. Binary Markets (Yes/No): The most common. E.g., "Will Candidate X win the election?" or "Will BTC cross $100k by Nov?".
2. Categorical / Multiple Choice: E.g., "Who will win the Oscar for Best Director?"
3. Scalar: Betting on numeric ranges/outcomes (less common, requires complex pricing mathematical models).

2.2 Most Popular / Suitable for Agent Trading

Based on current prediction market trends, agent-based trading performs best in environments with high data frequency and clear resolution criteria.

• Crypto Price & Technical Markets (Highly Recommended):
  • Why: AI agents can easily ingest quantitative data (price feeds, volume) and execute statistical arbitrage or momentum strategies.
• Political & Macroeconomic Events (Recommended):
  • Why: OpenClaw's LLM capabilities excel at parsing massive amounts of news feeds, Twitter sentiment, and poll aggregations to calculate probabilistic edges against human sentiment.
• Pop Culture / Sports (Not Recommended for V1):
  • Why: High volatility, difficult to parse qualitative "insider" data, and unpredictable human variables.

Initial Strategy Target: A dual-approach focusing on Crypto Event Resolution (binary questions around ETF approvals, tech upgrades, or price thresholds) and Macro Sentiment (using the web_search and LLM reasoning to score probability vs. the current order book price).

3. Step-by-Step Implementation Plan (The ZORC Protocol)

Phase 1: Infrastructure & Authentication (Assigned to: Zion)

• Step 1: Set up an isolated EVM wallet on the Polygon network funded with USDC and MATIC (for gas).
• Step 2: Install and configure the official Rust-based Polymarket CLI tool within the OpenClaw environment.
• Step 3: Establish secure credential management using the CLI's native wallet management (polymarket wallet import or via POLYMARKET_PRIVATE_KEY env variable) stored securely in /home/node/.openclaw/workspace-zion/secrets/.
• Step 4: Develop OpenClaw sub-agent protocols to execute and parse CLI terminal commands (e.g., polymarket search, polymarket position, polymarket buy).

Phase 2: Intelligence & Strategy Engine (Assigned to: Zero)

• Step 1: Market Filtering: Create a loop to periodically run CLI commands fetching open markets and filter them for our targeted categories (Crypto / Macro).
• Step 2: The "Oracle" Prompting: Design a sub-agent inference chain. The agent will read a specific market's CLI output, ingest its current implied probability, run a web_search for the latest 24h news, and return an independent probability score.
• Step 3: Execution Logic: If OpenClaw's calculated EV (Expected Value) exceeds the current market price by a defined threshold (e.g., > 5% edge), trigger a polymarket buy command.

Phase 3: Autonomous Loop & Risk Management (Assigned to: Zero & Zion)

• Step 1: Implement strict position sizing (e.g., never allocate more than 5% of the portfolio to a single market).
• Step 2: Establish cron jobs (or a persistent node daemon) to poll for market status and re-evaluate positions every hour via the CLI.
• Step 3: Implement an "Emergency Stop" rule to cancel all open orders if the system load spikes or execution errors exceed safety thresholds.

Phase 4: Interface & Telemetry (Assigned to: Zaya)

• Step 1: Design a monitoring dashboard for Master Optimus.
• Step 2: Expose active positions, PNL (Profit and Loss), and recent agent rationale/decisions via a .md status file or a lightweight local web UI.

4. Next Actions Required (Awaiting Master's Approval)

1. Approval to proceed to Phase 1, allowing Zion to begin installing and configuring the Polymarket CLI environment.
2. Funding strategy: Master Optimus will need to securely provide the private key for the designated PolyMarket trading wallet when Zion is ready to import it.