Eugen Soloviov

Eugen Soloviov

Trading-systems engineer

Trading-systems engineer building bots since 2017: cross-exchange arbitrage (connected up to 30 venues), cointegration-based pairs arbitrage across spot and futures, scalping, news and sentiment-driven strategies, trend algorithms, and portfolio management and balancing algorithms. Also builds sub-millisecond order execution, big-data warehouses, backtesting engines, AI agents, and trading interfaces (incl. open-source profitmaker.cc). Stack: JS/TS, Python, Rust/Zig/Go, DevOps, backend, frontend, architecture.

Articles

From Turbulence to Trading: How Navier-Stokes Equations Revolutionize Algorithmic Trading

From Turbulence to Trading: How Navier-Stokes Equations Revolutionize Algorithmic Trading

Part 2. Practical application of hydrodynamics in algorithmic trading. How quantum hedge funds use fluid physics to predict markets, model liquidity, and manage risks.

The Navier-Stokes Problem: Why Your Coffee Cup Could Run Doom

The Navier-Stokes Problem: Why Your Coffee Cup Could Run Doom

How fluid dynamics equations became one of mathematics' greatest unsolved problems. Turing-completeness of turbulence, Clay Institute's million-dollar prize, and why AI still can't predict your morning coffee.

Trading Signals: Why It Doesn't Work the Way You Think

Trading Signals: Why It Doesn't Work the Way You Think

Breaking down the mechanics of trading signals and copy trading: why these tools more often enrich their creators rather than subscribers.

Diffusion Models vs Cryptocurrency Anarchy: Why DDPM Can Predict Bitcoin Crashes Better Than Your Astrologist

Diffusion Models vs Cryptocurrency Anarchy: Why DDPM Can Predict Bitcoin Crashes Better Than Your Astrologist

How diffusion models are revolutionizing cryptocurrency forecasting, overcoming volatility chaos and creating new opportunities for algorithmic trading.

Jim Simons: From Differential Geometry to the Most Profitable Algo-Fund in History

Jim Simons: From Differential Geometry to the Most Profitable Algo-Fund in History

Biography, math insights, and systematic secrets behind Renaissance Technologies and its elusive Medallion Fund.

Complex Manifolds in Algorithmic Trading: The Geometry of Financial Markets

Complex Manifolds in Algorithmic Trading: The Geometry of Financial Markets

Multidimensional surfaces that deform over time, and Renaissance-style pattern discovery in high-dimensional spaces

CCXT: How WebSocket Orderbook Methods Really Work

CCXT: How WebSocket Orderbook Methods Really Work

Detailed breakdown of CCXT WebSocket methods for orderbooks: watchOrderBook, watchBidsAsks, watchOrderBookForSymbols. Real tests on 75+ exchanges.

Bill Williams Fractals: A Simple Tool for Spotting Extremes and Reversals

Bill Williams Fractals: A Simple Tool for Spotting Extremes and Reversals

A practical guide to Bill Williams fractals: how they work, why they're effective, how to combine them with the Alligator, and how to avoid common pitfalls.

Attractors in HFT: When Mathematics Meets the Market

Attractors in HFT: When Mathematics Meets the Market

How the concept of attractors and cointegration helps build market-neutral strategies and understand market dynamics.

Bill Williams: How a Maverick with a Psychology Degree Changed Trading Forever

Bill Williams: How a Maverick with a Psychology Degree Changed Trading Forever

Biography, philosophy, and inventions of Bill Williams — from engineering psychology to indicators that changed the market.

The Principle of Multiplicative Composition: A Four-Tier Synergy Model in Investment Strategies

The Principle of Multiplicative Composition: A Four-Tier Synergy Model in Investment Strategies

A systematic approach to capital management through sequential application of diversification, portfolio rebalancing, trend following, and algorithmic enhancement.

Portfolio Balancer: Hierarchical Investment Management System

Portfolio Balancer: Hierarchical Investment Management System

An overview of the Portfolio Balancer investment management system, which organizes assets into a hierarchical structure similar to a file system to simplify complex investment processes.