Independent Analytical Consulting Service
Designing structured decision systems focused on risk intelligence, consistency, and data-driven performance optimization.
(!) No recommendations regarding any instruments or assets are provided. All decisions remain the sole responsibility of the client. Participation in markets involves risk, including the potential loss of capital. No guarantees of outcomes or performance are provided. Past performance is not indicative of future results.
Structured system design focused on risk control, consistency, and performance-driven execution.
Position sizing frameworks and drawdown control mechanisms designed to preserve capital and stabilize performance.
Rule-based architecture with defined entry, exit, and execution logic to eliminate discretionary inconsistencies.
KPI-driven evaluation systems for measuring efficiency, identifying weaknesses, and enabling data-based decisions.
Iterative improvement process based on structured reviews and continuous system refinement.
Selected cases focused on system design, risk stabilization, and performance optimization.
Country: Malta
Context: Independent analyst operating on core derivatives with unstable equity curve and inconsistent risk exposure.
Approach: Designed structured risk framework including fixed risk-per-position model, volatility-adjusted position sizing, and daily/weekly loss limits.
Metrics: Max drawdown reduced from ~28% to ~14%. Equity curve volatility significantly decreased.
Result: Stabilized performance, improved capital preservation, and predictable downside risk.
Country: Cyprus
Context: Discretionary activity across high volatility derivatives with inconsistent execution and reliance on subjective decisions.
Approach: Transformed discretionary logic into rule-based system with defined entry/exit criteria, execution checklist, and decision validation framework.
Metrics: Rule adherence improved from ~60% to ~90%. Significant reduction in impulsive positions.
Result: Standardized execution process with improved consistency and reduced emotional bias.
Country: UAE
Context: Multi-asset activity without structured performance tracking or feedback loop.
Approach: Designed KPI-based evaluation system including risk/reward metrics, drawdown tracking, and weekly/monthly review cycles.
Metrics: Improved average risk/reward profile. Clear identification of underperforming strategies.
Result: Enabled continuous optimization and increased long-term performance consistency.
(!) No recommendations regarding any instruments or assets are provided. All decisions remain the sole responsibility of the client. Participation in markets involves risk, including the potential loss of capital. No guarantees of outcomes or performance are provided. Past performance is not indicative of future results.
Build a structured and reliable dataset for analysis and system development.
Identify inefficiencies and behavioral patterns in activity logic and market interaction.
Design a rule-based execution framework to eliminate discretionary inconsistency.
Construct risk management architecture for capital preservation and stability.
Continuously measure system performance and improve based on data feedback loops.
$2,000
Strategic guidance and system design advisory.
Best for early-stage system structuring.
$9,000
End-to-end position-based system architecture and optimization framework.
For professionals building structured position-based systems.
$5,000
Deep analytical review with structured system breakdown.
Recommended for active analysts optimizing performance.
Hello, I'm Roman, an independent digital consultant with over 15 years background in product and project management, focused on building structured systems and applying product thinking to financial markets.
Over the past years, I have worked on complex digital products and operational environments, designing scalable processes, decision-making frameworks, and performance-driven systems. This experience has shaped a systematic approach to problem-solving, prioritizing structure, clarity, and measurable outcomes.
I apply these principles to position-based system design — transforming discretionary processes into rule-based frameworks with defined risk parameters, execution logic, and performance evaluation models.
My work focuses on consistency, risk control, and repeatability, ensuring that all systems are designed with a clear structure, measurable performance metrics, and iterative optimization cycles.
Dimosthenous 3, Larnaca 6058, Cyprus