DEV Community

ItsRagnar
ItsRagnar

Posted on

I Built an AI-Powered Polymarket Wallet Scanner and Copy Trading Workflow

I Built an AI-Powered Polymarket Wallet Scanner and Copy Trading Workflow

Prediction markets have become one of the most interesting areas in crypto, and platforms like Polymarket have created a new category of traders who consistently generate profits by identifying market inefficiencies.

One question many traders ask is:

What if instead of trying to outperform everyone, you simply found the best traders and copied them?

In this article, I'll break down an AI-powered workflow that scans hundreds of Polymarket wallets, ranks the most profitable traders, and helps identify potential wallets for copy trading.

This article is inspired by the following YouTube experiment:

YouTube Video: https://www.youtube.com/watch?v=sPhZqKYUFLQ


The Idea

The system automatically analyzes hundreds (or even thousands) of Polymarket wallets every day and ranks them based on:

  • Historical profitability
  • Consistency
  • Trading activity
  • Risk profile
  • Market specialization
  • Win rate
  • Position sizing behavior

Instead of manually researching thousands of traders, the AI narrows the list down to the top candidates.

The workflow looks like this:

Polymarket Wallets
        ↓
AI Wallet Scanner
        ↓
Wallet Ranking System
        ↓
Top 10 Candidates
        ↓
Manual Review
        ↓
Copy Trading Selection
Enter fullscreen mode Exit fullscreen mode

The key insight is that AI isn't making the trades.

It's filtering data and helping identify traders worth following.


Why Use AI for Wallet Discovery?

The biggest challenge in copy trading isn't execution.

It's finding traders who:

  • Have a proven track record
  • Are consistently profitable
  • Don't rely on a single lucky trade
  • Manage risk appropriately
  • Trade markets you understand

Reviewing hundreds of wallets manually can take hours.

AI can do it in minutes.


Daily Wallet Scanning Process

A typical daily workflow might look like:

Step 1: Collect Wallet Data

Gather:

  • Wallet addresses
  • Historical positions
  • Closed trades
  • Open positions
  • P&L history
  • Market categories

Step 2: Apply Filters

Remove wallets that:

  • Have insufficient trading history
  • Show extremely high risk
  • Have low activity
  • Demonstrate inconsistent performance

Step 3: Score Wallets

Example scoring metrics:

score = (
    profit_score * 0.4 +
    consistency_score * 0.3 +
    activity_score * 0.2 +
    risk_score * 0.1
)
Enter fullscreen mode Exit fullscreen mode

Step 4: Generate Report

The AI produces a ranked list:

Rank Wallet Score
1 Wallet A 95
2 Wallet B 92
3 Wallet C 90
... ... ...

Only the highest-ranked wallets are reviewed manually.


Example Trading Categories

One interesting observation is that profitable traders often specialize.

Examples include:

Geopolitics

Traders focused on:

  • Elections
  • International conflicts
  • Government decisions

Sports

Specialists in:

  • NBA
  • NFL
  • Soccer
  • Tennis

Crypto Markets

Prediction markets related to:

  • Bitcoin
  • Ethereum
  • ETF approvals
  • Regulatory developments

Rather than following generalists, many successful copy traders focus on specialists.


Risk Management Lessons

One of the biggest takeaways from the experiment was position sizing.

A trader being copied might place:

  • A $5 trade
  • A $50 trade
  • A $5,000 trade

all within the same day.

Blindly mirroring trade size can create problems.

A safer configuration includes:

Fixed Position Sizes

Example:

Wallet A → $7 per trade
Wallet B → $10 per trade
Wallet C → $6 per trade
Enter fullscreen mode Exit fullscreen mode

Maximum Exposure Per Market

Maximum Per Market = $50
Enter fullscreen mode Exit fullscreen mode

This prevents over-allocation to a single prediction market.

Ignore Tiny Trades

Example:

Ignore trades under $5
Enter fullscreen mode Exit fullscreen mode

This reduces noise and unnecessary execution costs.


Results of the Experiment

During the experiment:

  • Starting balance: ~$490
  • Mid-experiment peak: ~$610
  • Final balance after one week: ~$400

At one point the portfolio was up more than $100.

Later, several large sports favorites lost unexpectedly, causing a significant drawdown.

This highlights an important reality:

Even when copying profitable traders, losses are inevitable.

Copy trading is not a guaranteed strategy.

The quality of the wallets matters, but risk management matters even more.


Scaling Beyond 500 Wallets

A more advanced system could scan:

  • 5,000 wallets
  • 50,000 wallets
  • Entire prediction market ecosystems

Additional metrics could include:

  • Sharpe ratio
  • Market specialization score
  • Drawdown analysis
  • Trade timing accuracy
  • Liquidity impact
  • Correlation between wallets

This is where AI becomes particularly powerful.

Humans can review 20 wallets.

AI can review 20,000.


Open-Source Projects for Inspiration

If you're interested in building your own Polymarket bot, here are several open-source repositories worth exploring.

Polymarket Copy Trading Bot

GitHub:

https://github.com/phoneixtrade/polymarket-copy-trading-bot

Features:

  • Copy trading automation
  • Wallet monitoring
  • Position replication

Polymarket Copytrading

GitHub:

https://github.com/ducksybils/polymarket-copytrading

Features:

  • Automated trade mirroring
  • Wallet tracking
  • Event-driven execution

Polymarket BTC / ETH Trading Bot

GitHub:

https://github.com/nahuelvivas/Polymarket-Trading-BTC-ETH-M-Bot

Features:

  • Market-making strategies
  • BTC/ETH prediction trading
  • Automated execution

Future Improvements

Some enhancements I'd add:

AI Wallet Classification

Automatically categorize traders into:

  • Sports experts
  • Political experts
  • Crypto experts
  • Macro experts

Performance Forecasting

Use historical behavior to estimate:

  • Future risk
  • Expected profitability
  • Drawdown probability

Multi-Wallet Portfolio Optimization

Instead of copying individual traders:

Wallet A → 30%
Wallet B → 25%
Wallet C → 20%
Wallet D → 25%
Enter fullscreen mode Exit fullscreen mode

This creates diversification across trading styles.


Final Thoughts

The most interesting takeaway isn't the profit or loss.

It's that AI can dramatically reduce the research required to discover high-quality traders.

Rather than spending hours searching through wallets manually, AI can:

  • Analyze thousands of traders
  • Filter out poor performers
  • Rank the strongest candidates
  • Present only the best opportunities for human review

In my opinion, this is one of the most practical applications of AI in prediction markets today.

The AI isn't replacing the trader.

It's helping the trader focus on the most valuable information.

Have you built any Polymarket bots or copy trading systems? I'd love to hear about your approach in the comments.

AI #Polymarket #Crypto #PredictionMarkets #TradingBots #MachineLearning #Automation #Python #OpenSource #Web3

Top comments (0)