Predictive Strength

Negligible
Ethereum historically had -6.82% 30 days returns when Short Term Holder Trading Activity was▆ Very Low (0 - 0.2). It indicates negative expected returns.
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ETH Price with Short Term Holder Trading Activity

Factor Plot

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▆ Very Low▆ Low▆ Moderate▆ High▆ Very High

Predictive Strength

Negligible

Measures short-term investor behavior.

Potential Edge

Market Sentiment Amplification

STH behavior acts as a real-time sentiment gauge, with their profit-taking (STH SOPR >1) and panic selling (STH SOPR <1) creating self-reinforcing cycles. Their shorter time horizons make them first movers in reacting to news/price swings, creating leading signals before institutional flows adjust.

Liquidity Proxy for Retail Participation

STHs dominate 63-78% of exchange inflows during volatility spikes, making their activity a direct measure of retail liquidity.

Data Collection Methodology

The data is sourced through tracking wallet addresses categorized as short-term holders (STHs) based on holding periods under 14 days. After analyzing address activity, and realized profits/losses to quantify short term holder behavior, we normalize metrics against historical averages to create a comparative index.

Read more about our methodology

Track this predictive factor on your dashboard

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Scatter plot - Short Term Holder Trading Activity and ETH 30 and 90 Day Average Returns

Backtest - Strategy Performance

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To understand a predictive factors predictive power, we create a simple long/short strategy and simulate its past performance (with daily rebalancing):

  • 100% Long when the predictive factor is close to 1, with a position size equivalent to the predictive factor value.
  • Flat when the predictive factor is close to 0, with a position size equivalent to the predictive factor value.

The strategy is rebalanced daily, on a continuous basis. There are 0.5% transaction costs applied on each position adjustment.

API

Get started by validating the historical performance of the strategy with our transparent code snippets.
Copy and paste the code snippets below into your Python environment or download the files below.

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Our Methodology