#ArbitrageTradingStrategy

An Arbitrage Trading Strategy exploits price discrepancies of the same asset across different markets or forms. The core idea is to buy low in one market and sell high in another simultaneously or nearly simultaneously to lock in a risk-free or low-risk profit.

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šŸ” Key Types of Arbitrage Strategies

1. Spatial Arbitrage (Cross-Exchange)

Buy an asset on one exchange where the price is lower

Sell on another where the price is higher

Common in crypto (e.g., BTC on Binance vs. Coinbase)

2. Triangular Arbitrage

Happens within the same exchange

Exploits pricing inefficiencies between three currencies

E.g., USD → EUR → GBP → USD

3. Statistical Arbitrage

Uses quantitative models and algorithms to detect temporary mispricings

Pairs trading is an example: Long one stock, short a correlated one

4. Merger Arbitrage

Involves buying stock of a company being acquired and shorting the acquirer

Profit from the spread between market price and acquisition price

5. Convertible Arbitrage

Involves long convertible bonds and short underlying stocks

Profits from volatility and pricing mismatches

6. Crypto Arbitrage (High-Frequency)

Automated bots execute trades at sub-second speeds

Volatility and fragmented markets create frequent inefficiencies

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āš™ļø Basic Workflow for a Cross-Exchange Arbitrage Bot

1. Monitor prices across exchanges (e.g., Binance and Coinbase)

2. Detect arbitrage opportunity: Price_A < Price_B - Fees

3. Execute:

- Buy asset on Exchange A

- Sell asset on Exchange B

4. Transfer funds if needed

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šŸ“‰ Key Risks

Latency – Delays can eliminate the price difference

Fees – Trading and withdrawal fees can wipe out profits

Slippage – Order execution price may differ from expected

Regulatory – Some arbitrage strategies may be restricted or banned

Capital inefficiency – Ties up funds across multiple platforms

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āœ… Tools for Arbitrage

APIs of exchanges (e.g., Binance API, Kraken API)

Python Libraries: ccxt, pandas, numpy

Data Feeds: Real-time pricing data (low latency is critical)

Bots: Automation to reduce human error and improve speed