Mathematical Precision in Digital Markets

Biscayne Capital is a systematic investment manager focused on digital asset markets. Our approach is grounded in academic research and advanced statistical methods, seeking to generate uncorrelated returns through quantitative strategies that exploit structural inefficiencies in cryptocurrency market microstructure.

We operate at the intersection of financial economics, computer science, and applied mathematics, maintaining a research-driven culture that prioritizes empirical evidence over intuition and systematic processes over discretionary decisions.

Core Differentiators

  • Academic Foundation

    Strategies grounded in peer-reviewed research and statistical theory

  • Interdisciplinary Expertise

    Team combining PhD-level research with industry trading experience

  • Systematic Methodology

    Rules-based approaches emphasizing reproducibility and scalability

  • Institutional Risk Framework

    Multi-layered risk management designed for volatile markets

Investment Approach

Systematic
Strategy Type
Digital Assets
Asset Class
>1.0
Target Sharpe
<0.2
Target Beta
24/7
Market Coverage
Global
Venue Coverage

Scientific Approach to Strategy Development

Our research process follows established scientific methodology, emphasizing hypothesis testing, statistical validation, and robustness checks.

01

Literature Review & Hypothesis Formation

Academic foundations and economic intuition

We begin with comprehensive review of relevant academic literature in market microstructure, statistical arbitrage, and quantitative finance. Each research initiative starts with a testable hypothesis grounded in economic theory and empirical observation.

  • Review of seminal papers in quantitative finance
  • Analysis of market microstructure literature
  • Formulation of testable statistical hypotheses
  • Economic intuition validation
02

Data Exploration & Feature Engineering

Systematic analysis of market data

Our researchers analyze high-frequency market data, on-chain metrics, and alternative data sources to identify predictive relationships. Feature engineering focuses on creating statistically robust signals with economic justification.

  • High-frequency order book analysis
  • On-chain data feature extraction
  • Cross-asset correlation studies
  • Statistical significance testing
03

Model Development & Statistical Validation

Rigorous testing and validation

Models undergo extensive statistical testing with careful attention to data snooping, look-ahead bias, and overfitting. We employ cross-validation techniques and maintain strict separation between training and test datasets.

  • Out-of-sample performance testing
  • Monte Carlo simulation analysis
  • Robustness checks across market regimes
  • Transaction cost modeling
04

Implementation & Performance Monitoring

Production deployment and ongoing validation

Successful strategies are implemented in production with careful attention to execution costs and market impact. We continuously monitor performance against benchmarks and maintain real-time risk controls.

  • Phased capital allocation
  • Real-time performance attribution
  • Continuous risk monitoring
  • Regular strategy review cycles

Interdisciplinary Research Organization

Our team is organized around core research disciplines, promoting collaboration while maintaining methodological rigor.

Quantitative Research

PhD researchers specializing in statistics, applied mathematics, and financial economics. Responsible for signal research, model development, and strategy design.

Time Series Analysis Statistical Arbitrage Machine Learning Market Microstructure

Systems Engineering

Software engineers and systems architects with experience in low-latency trading systems, distributed computing, and exchange connectivity.

High-Performance Computing Exchange Connectivity Data Infrastructure System Architecture

Risk Management

Risk specialists focusing on portfolio construction, exposure management, and regulatory compliance. Responsible for maintaining our risk framework.

Portfolio Construction Value-at-Risk Modeling Stress Testing Compliance Monitoring

Academic & Industry Background

Academic Institutions

Massachusetts Institute of Technology Computer Science, Mathematics, Finance
Stanford University Statistics, Computational Mathematics
Princeton University Operations Research, Financial Engineering

Previous Affiliations

Jane Street Quantitative Trading, Market Making
Two Sigma Systematic Strategy Development
Citadel Securities Execution Algorithms, Risk Management

Guiding Research Philosophy

Core principles that guide our research and investment decisions.

Empirical Evidence Over Intuition

We prioritize statistical evidence and empirical testing over intuition or market consensus. Every decision must be supported by rigorous analysis.

Systematic Over Discretionary

Our strategies are fully systematic, removing human emotion and bias from investment decisions while ensuring consistency and scalability.

Risk Management as Foundation

Risk consideration precedes return potential. We design strategies with explicit risk budgets and maintain real-time monitoring of exposures.

Continuous Research & Adaptation

We maintain active research pipelines and continuously evaluate our models' performance, adapting to evolving market structures and conditions.

Scientific Foundation

Our research draws from established academic work in quantitative finance, including:

  • Market Microstructure Theory: Building on work by Glosten, Milgrom, and others to understand price formation and liquidity dynamics
  • Statistical Arbitrage: Applying cointegration analysis and error correction models to identify relative value opportunities
  • Optimal Execution: Utilizing Almgren-Chriss and related frameworks to minimize transaction costs
  • Risk Management: Implementing Value-at-Risk, expected shortfall, and stress testing methodologies

Institutional Infrastructure

Operational and compliance framework designed for institutional standards.

Security & Custody

  • Multi-signature wallet architecture
  • Cold storage for long-term holdings
  • Regular security audits and penetration testing
  • Insurance coverage for digital assets

Compliance & Reporting

  • Regular regulatory reporting
  • Independent third-party audits
  • Transparent fee structures
  • Comprehensive investor reporting

Operational Resilience

  • Redundant infrastructure across multiple regions
  • Disaster recovery and business continuity planning
  • 24/7 monitoring and support
  • Exchange relationship management

Compliance Standards

Adherence to SEC regulations for investment advisors
Anti-Money Laundering (AML) and Know Your Customer (KYC) procedures
Regular third-party compliance reviews
Transparent reporting of conflicts of interest

Research & Publications

Selected research contributions and market insights.

Market Commentary

Cryptocurrency Market Microstructure Analysis

Analysis of liquidity fragmentation and price discovery mechanisms across major cryptocurrency exchanges, with implications for cross-venue arbitrage strategies.

Q4 2023 Market Research
Academic Research

Statistical Arbitrage in Digital Asset Markets

Empirical study of cointegration relationships among major cryptocurrencies and development of statistical arbitrage strategies with controlled risk parameters.

Q3 2023 Strategy Research
Technical Analysis

On-Chain Metrics as Predictive Signals

Investigation of blockchain-derived metrics as potential factors in predictive models for cryptocurrency price movements, with statistical significance testing.

Q2 2023 Data Research