# Building Conviction Through Higher Timeframe Confluence
This chart is not intended to predict the future.
Instead, it represents my current Bitcoin thesis and the process I use to build conviction by stacking multiple independent confluences across higher timeframes.
Over the years I have found that many traders become obsessed with finding the perfect entry. The reality is that the highest-probability trades rarely come from a single signal. They emerge when multiple pieces of evidence begin pointing in the same direction.
The objective is not certainty.
The objective is increasing probability.
My approach is therefore less about predicting individual candles and more about understanding where Bitcoin sits within a broader market cycle and identifying locations where multiple confluences overlap.
The primary confluences I currently monitor include:
ā¢ Weekly, Daily, 4H and 1H Market Structure
ā¢ Accumulation, Manipulation and Expansion (AMD)
ā¢ Liquidity Pools and Liquidity Sweeps
ā¢ Fair Value Gaps (FVGs)
ā¢ Optimal Trade Entry Zones (OTE)
ā¢ Premium and Discount Arrays
ā¢ Market Structure Shifts (MSS)
ā¢ Inversion Fair Value Gaps
ā¢ Volume Weighted Average Price (VWAP)
ā¢ Higher Timeframe Support and Resistance
ā¢ Historical Bitcoin Cycle Behaviour
ā¢ Macro Market Conditions
ā¢ Time-Based Cycles
ā¢ Sentiment Extremes
ā¢ Fundamental Repricing Events
I have become increasingly fascinated by the idea that markets are fractal.
Whether analysing Bitcoin on the Weekly chart or the 1-Hour chart, the same behavioural patterns appear repeatedly:
Accumulation
ā Manipulation
ā Displacement
ā Rebalancing
ā Expansion
These cycles can be observed throughout Bitcoin’s history and across multiple market environments.
One of the most important lessons I have learned relates to Fair Value Gaps.
FVGs are often misunderstood as simple support and resistance levels. I view them differently.
A Fair Value Gap represents evidence of aggressive repricing. The market moved so quickly that value was not fully negotiated. As a result, price often revisits these areas to determine whether that repricing was accepted or rejected by market participants.
Sometimes those gaps are filled.
Sometimes they remain open indefinitely.
In strong trends or during genuine fundamental repricing events, markets can leave inefficiencies behind and never return to them. Understanding this distinction is critical when analysing higher timeframe charts.
Another tool I monitor is VWAP.
VWAP often acts as a dynamic measure of fair value and can provide additional confirmation when it aligns with other technical structures such as Fair Value Gaps, OTE retracements, liquidity zones or higher timeframe support and resistance. In isolation VWAP means little. In conjunction with multiple other factors it can significantly strengthen a thesis.
I also remain open-minded regarding non-traditional forms of analysis.
Throughout Bitcoin’s history there have been numerous discussions around cyclical behaviour, halving cycles, macroeconomic cycles, sentiment cycles and even astronomical cycles such as Blood Moons and lunar events.
I do not treat these observations as predictive tools in isolation.
However, if a major cycle date aligns with significant technical structure, liquidity, market sentiment and higher timeframe objectives, I consider it another potential layer of confluence worth observing.
No single factor drives my decision-making.
The power comes from the alignment of multiple independent factors.
As additional confluences begin to stack, conviction increases.
As conviction increases, patience becomes easier.
And patience is ultimately the lesson that this framework continues to teach me.
My recent swing trades have reinforced a simple truth:
The analysis is often the easy part.
The difficult part is sitting through the retracements while the thesis remains intact.
The goal is not to predict every move.
The goal is to identify high-probability locations where multiple higher timeframe factors converge, define risk clearly, and then allow the market enough time to prove the thesis right or wrong.
The edge is rarely found in a single indicator.
The edge is often found where multiple confluences intersect.