ATR-VWAP Alpha Breakout System

Family: volatility · Regime: trending · Complexity: high · Asset classes: FX (Major Pairs), Indices, Crypto (Large Caps) · Timeframes: H1, H4

Thesis

Market momentum is best captured when price breaks a volatility-adjusted barrier (UTBot) while simultaneous institutional demand (VWAP alignment) and statistical momentum expansion (GAS Alphas) are present. Because human traders cluster orders at round numbers, exiting at fixed grid intervals (Grid Points) provides superior liquidity for taking profits than purely dynamic exits.

Components

Indicator Base Template (regime) — Ensures a minimum data history and stable memory allocation for array-heavy volatility calculations before allowing trade signals.
Unsupported table.new modes Test Indicator (direction) — Provides the primary price direction bias; even though the UI component is broken, the price mapping (y=close) serves as the raw directional filter.
UTBot Alerts (entry) — Acts as the primary entry trigger when price crosses the volatility-adjusted trailing stop.
Grid Points Utility (exit) — Identifies horizontal psychological barriers to manage partial exits and front-run liquidity clusters.
VWAP + EMA Cross Pullback (risk) — Defines the hard stop-loss based on recent volatility and the risk-reward ratio for the trade.
GAS Price Levels (volatility_filter) — Filters out entries in low-volatility environments where UTBot is prone to whipsaws by requiring EMA/BB expansion.

Known failure conditions

Price remains pinned to the VWAP/EMA crossover point for extended periods, generating high-frequency signal noise.
Grid levels (InpP1) are too tight for the current ATR, causing premature exits before the trend matures.
GAS Alphas generate conflicting signals during regime transitions (e.g., Alpha238 indicating mean reversion while UTBot signals trend).

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