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1 year
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Founder & MQL4/MQL5 Developer
at
Quantum Labs
Founder of Quantum Labs and MQL4/MQL5 developer focused on practical, configurable trading tools. I build custom Expert Advisors, indicators, utilities, dashboards, alert systems, risk controls, and trade-management logic for MetaTrader.
My work emphasizes documented rules, maintainable code, sensible configuration, robust testing, and straightforward support. All tools are designed to support analysis and execution; trading involves risk, and no profit is guaranteed.
My work emphasizes documented rules, maintainable code, sensible configuration, robust testing, and straightforward support. All tools are designed to support analysis and execution; trading involves risk, and no profit is guaranteed.
Guad Bibar
Thank you for the continued interest and support.
Development will continue with a focus on stability, clarity, and long-term improvement across all products.
Development will continue with a focus on stability, clarity, and long-term improvement across all products.
· 1
Guad Bibar
Precision Quantum EA does not trade in isolation on a single timeframe.
Instead, it uses a multi-timeframe decision structure designed to filter out low-probability trades and align entries with broader market context.
🔹 Higher-Timeframe Trend Context (H1)
The EA evaluates trend structure using Ichimoku components on a higher timeframe.
This helps define whether the market environment is directional or unfavorable, reducing exposure during choppy or counter-trend conditions.
🔹 Lower-Timeframe Execution (M15)
Once higher-timeframe conditions are aligned, entries are evaluated on a lower timeframe, allowing for more precise execution without ignoring the broader trend.
🔹 Configurable Confirmation Layers
Users can enable or disable individual Ichimoku confirmations (Tenkan/Kijun relationship, cloud structure, span alignment), allowing the EA to adapt to different market regimes.
The goal of this structure is not to maximize trade frequency, but to prioritize trade quality and avoid unnecessary exposure during unfavorable conditions.
⚠️ Note:
Conservative presets use stricter confirmations, while aggressive presets relax some filters to allow higher risk and higher potential return.
This approach allows users to choose how selective the system should be, while keeping the core logic consistent across presets.
Instead, it uses a multi-timeframe decision structure designed to filter out low-probability trades and align entries with broader market context.
🔹 Higher-Timeframe Trend Context (H1)
The EA evaluates trend structure using Ichimoku components on a higher timeframe.
This helps define whether the market environment is directional or unfavorable, reducing exposure during choppy or counter-trend conditions.
🔹 Lower-Timeframe Execution (M15)
Once higher-timeframe conditions are aligned, entries are evaluated on a lower timeframe, allowing for more precise execution without ignoring the broader trend.
🔹 Configurable Confirmation Layers
Users can enable or disable individual Ichimoku confirmations (Tenkan/Kijun relationship, cloud structure, span alignment), allowing the EA to adapt to different market regimes.
The goal of this structure is not to maximize trade frequency, but to prioritize trade quality and avoid unnecessary exposure during unfavorable conditions.
⚠️ Note:
Conservative presets use stricter confirmations, while aggressive presets relax some filters to allow higher risk and higher potential return.
This approach allows users to choose how selective the system should be, while keeping the core logic consistent across presets.
· 1
Guad Bibar
This image shows an example backtest of Precision Quantum EA using an Aggressive / High-Risk preset.
The purpose of this configuration is to illustrate how the strategy behaves under elevated risk conditions, including recovery logic and dynamic position sizing.
⚠️ Important:
This is not the default Marketplace configuration.
Default settings use conservative risk with significantly lower drawdown.
▶️ The EA is designed with:
• Adaptive money management
• Recovery logic with hard daily loss limits
• Volatility-aware trade management
• Trend filtering to avoid low-quality conditions
This example is shared for transparency and educational purposes, allowing users to understand the risk/return spectrum available within the system.
👉 Conservative and balanced presets are available in the product for users who prefer lower risk.
The purpose of this configuration is to illustrate how the strategy behaves under elevated risk conditions, including recovery logic and dynamic position sizing.
⚠️ Important:
This is not the default Marketplace configuration.
Default settings use conservative risk with significantly lower drawdown.
▶️ The EA is designed with:
• Adaptive money management
• Recovery logic with hard daily loss limits
• Volatility-aware trade management
• Trend filtering to avoid low-quality conditions
This example is shared for transparency and educational purposes, allowing users to understand the risk/return spectrum available within the system.
👉 Conservative and balanced presets are available in the product for users who prefer lower risk.
· 1
Guad Bibar
Precision Quantum EA – Example Backtest
This post shows an aggressive / high-risk recovery configuration used to illustrate strategy behavior under elevated risk.
⚠️ Shown for illustration only.
Default Marketplace settings use conservative risk with lower drawdown.
EURUSD · M15 · H1 trend filter
This post shows an aggressive / high-risk recovery configuration used to illustrate strategy behavior under elevated risk.
⚠️ Shown for illustration only.
Default Marketplace settings use conservative risk with lower drawdown.
EURUSD · M15 · H1 trend filter
· 1