Technical Development of
System Logic
A transparent view into how technical system logic
is designed, tested, and refined over time.
Verified Performance
Public account data independently verified through Myfxbook for transparency and technical reference only.
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Go to MyFXBookScientific Methodology Over Assumptions
System logic is developed through structured analysis, quantitative validation, and disciplined implementation.
▋Monte Carlo Scenario Simulation
Monte Carlo simulation examines system behavior across thousands of market scenarios. It provides an objective framework for assessing stability and risk.
What is the MonteCarlo-Simulation?* Disclaimer: All results shown are based on simulated Monte Carlo runs. 'Win Rate' refers to the percentage of simulations ending above the starting capital.
Evolutionary System Development
Continuous Integration. Constant Adaptation.
Foundation
Core logic setup
Foundation
Core logic setup
Technical Filter
Trend detection
Technical Filter
Trend detection
Inflation Patch
Adaptive position sizing
Inflation Patch
Adaptive position sizing
News / Volatility Filter
Macro events and volatility avoidance
News / Volatility Filter
Macro events and volatility avoidance
Live Data Feed
Live data feed is processed and imported
Live Data Feed
Live data feed is processed and imported
Anatomy of an Execution
A step by step view of how an order is evaluated and executed within the system.
Market Scan
System scans markets for suitable conditions.
Validation Check
Validation across 20+ system parameters.
Execution
Latency < 20ms via FIX Protocol.
Exit & Profit Lock
Target condition met. Position closed.
Evaluate your next steps
Based on your requirements and technical constraints.
Technical FAQ
This page provides insight into methodology, system architecture, and core logic. It is intended for technical context, not for performance representation.
Extreme scenarios are addressed through simulation and system-level filters. In certain situations, execution is deliberately suspended.
Core logic and safety mechanisms are fixed. Selected parameters can be configured within predefined limits.
