An institutional-grade breakout and burst recovery engine powered by bio-inspired Dendritic Cell immune filtering, Dandelion Optimization, and multi-model probability fusion.
GunX & Roses MT5 is an institutional quantitative trading system engineered around a dual-engine execution model: GUNX (Structural Base Breakouts) and ROSES (Directional Burst Recovery). The system identifies clean institutional structural breaks and failed-auction reclaims without curve-fitting or artificial trade generation. Rather than relying on simple indicators, the system integrates a deterministic AI probability fusion metamodel featuring categorical decision trees and quantum-inspired scenario lattices.
Risk governance is governed by a bio-inspired Deterministic Dendritic Cell Algorithm (dDCA) acting as an adaptive market immune layer, alongside a smoothed Hull Momentum Oscillator. Live micro-price action on sub-minute horizons validates institutional liquidity flow, ensuring the host execution is never starved while maintaining strict veto authority against adverse market dynamics.
The system features an online counterfactual Dandelion Optimizer (DO) that dynamically evolves execution parameters in real time, accompanied by a multi-tiered profit-locking mechanism, automated R:R position planning, and strict daily/drawdown circuit breakers—making it exceptionally suited for prop firm challenges and high-capital institutional deployments.
Estimate potential monthly returns and drawdown margins based on your starting capital.
Free algorithmic calculation tools to manage your position sizing, leverage, and drawdown.
Calculate exact lot sizes based on account balance & risk %.
Calculate exact dollar value per pip for Forex, Gold & Indices.
Project monthly compound returns over 1 to 5 years.
Master key terminology: Drawdown, Profit Factor, Sharpe Ratio.
Everything you need to know about GUNX & ROSES EA setup, licensing, and trading performance.
Download the complete quantitative guide: Position Sizing Formulas, Prop Firm Drawdown Rules, and MQL5 Parameter Cheat Sheets.