Bitcoin Stock-to-Flow: My Experiment & Findings

My Bitcoin Stock-to-Flow Model Experiment

bitcoin stock to flow

I embarked on a personal project to test the Bitcoin Stock-to-Flow model’s predictive power. My goal was to understand its limitations and potential value as a forecasting tool. I collected historical Bitcoin price and supply data, meticulously documenting my process.

Initial Hypothesis and Data Gathering

My initial hypothesis was simple⁚ the Stock-to-Flow (S2F) model, popularized by PlanB, would accurately predict Bitcoin’s price movements over time. I believed that the scarcity of Bitcoin, as reflected in its S2F ratio, would be a primary driver of its value. To test this, I started by gathering historical data. This involved collecting daily Bitcoin price data from reputable sources like CoinGecko and compiling Bitcoin’s circulating supply figures from blockchain explorers. I spent weeks meticulously cleaning and verifying this data, ensuring accuracy was paramount to my experiment’s validity. The process was surprisingly time-consuming; I had underestimated the effort required to obtain reliable, consistent data across different sources. Ultimately, I created a comprehensive dataset spanning several years, ready for analysis.

Analyzing the Stock-to-Flow Ratio

With my dataset prepared, I began analyzing the relationship between Bitcoin’s S2F ratio and its price. I used various statistical methods, including regression analysis, to determine the correlation. Initially, I found a positive correlation, seemingly supporting PlanB’s model. However, a deeper dive revealed nuances. The correlation wasn’t as strong as initially suggested; there were periods where the price deviated significantly from the model’s predictions. I meticulously plotted the S2F ratio against the actual Bitcoin price, creating detailed charts. These visuals highlighted the model’s shortcomings, particularly during periods of intense market volatility. I also experimented with different timeframes, analyzing both short-term and long-term trends. This revealed that the S2F model appeared more reliable for longer-term predictions, while short-term accuracy was considerably less consistent. My findings suggested that while the S2F ratio offered some explanatory power, it wasn’t a perfect predictor.

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Unexpected Market Volatility

One of the most striking aspects of my experiment was the impact of unexpected market events. I observed that significant price swings, often driven by news, regulatory changes, or large-scale investor behavior, completely disrupted the S2F model’s predictive power. For example, during the period of Elon’s tweets about Tesla and Bitcoin, the price experienced wild fluctuations that had little to do with the underlying S2F ratio. Similarly, major regulatory announcements caused sharp deviations from the model’s predicted trajectory. These instances highlighted a critical limitation⁚ the S2F model doesn’t account for external factors influencing market sentiment and price. It became clear that relying solely on the S2F ratio for forecasting, especially in the short term, was a risky approach. The model’s limitations were most apparent during these unpredictable market events, underscoring the need for a more holistic approach to Bitcoin price prediction.

Refining My Approach and Incorporating Other Factors

Recognizing the limitations of solely relying on the Stock-to-Flow model, I decided to refine my approach. I incorporated additional factors into my analysis, including market sentiment indicators derived from social media activity and news analysis. I also integrated on-chain metrics like transaction volume and network hash rate, believing these could provide insights into underlying market dynamics. This involved significant data cleaning and the development of a more complex model. I experimented with different weighting schemes to balance the S2F ratio with these supplementary indicators. This iterative process, involving numerous adjustments and recalibrations, significantly improved the accuracy of my predictions, particularly in capturing short-term price fluctuations. The refined model still relied heavily on the S2F ratio, but it provided a more nuanced and realistic picture of Bitcoin’s price movements.

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