Trusted — Risk Score 5/100
Last scan:1 day ago Rescan
5 /100
polymarket-24h-weather-distribution-trader
Trades mispricings in weather temperature-bin markets by detecting sum violations and monotonicity breaks in probability distributions
A legitimate Polymarket trading bot that detects probability distribution violations in weather temperature markets. Clean implementation with no malicious behavior detected.
Skill Namepolymarket-24h-weather-distribution-trader
Duration26.9s
Enginepi
Safe to install
This skill is safe to use. Ensure SIMMER_API_KEY is stored securely and review position limits before enabling live trading.
ResourceDeclaredInferredStatusEvidence
Filesystem NONE NONE No file read/write operations in trader.py
Network READ READ ✓ Aligned Uses simmer-sdk for Polymarket API calls only
Shell NONE NONE No subprocess, os.system, or shell commands found
Environment READ READ ✓ Aligned trader.py:85-93 only reads SIMMER_* env vars
Skill Invoke NONE NONE No skill invocation logic present
Clipboard NONE NONE No clipboard access in code
Browser NONE NONE No browser automation
Database NONE NONE No database operations

File Tree

3 files · 28.5 KB · 729 lines
Python 1f · 522L Markdown 1f · 120L JSON 1f · 87L
├─ 📋 clawhub.json JSON 87L · 1.9 KB
├─ 📝 SKILL.md Markdown 120L · 5.8 KB
└─ 🐍 trader.py Python 522L · 20.7 KB

Dependencies 1 items

PackageVersionSourceKnown VulnsNotes
simmer-sdk * pip No Official Simmer Markets SDK; version not pinned

Security Positives

✓ Safe defaults: paper trading mode enabled by default (venue='sim')
✓ Explicit --live flag required for real trades with real USDC
✓ Single dependency on official simmer-sdk from PyPI
✓ No subprocess, shell commands, or raw network calls
✓ No credential harvesting beyond required SIMMER_API_KEY
✓ No sensitive path access (~/.ssh, ~/.aws, .env files)
✓ No obfuscation, base64 payloads, or encoded commands
✓ No persistence mechanisms (cron, startup hooks, backdoors)
✓ Clean, readable code with clear documentation
✓ All behavior declared in SKILL.md matches implementation