Algorithmic systems
Distinct decision engines with explicit entry, position and exit logic. Research and implementation form one connected process.
LANGUAGES
QUANTITATIVE INVESTMENT ENGINEERING
We develop algorithmic systems and professional capital and risk-management modules for digital assets and U.S. markets. Investors can inspect every trade in their own account.
Research. Risk. Engineering.
From a research question to an executable process.
THE CMA APPROACH
We engineer more than entry signals. Our work connects algorithmic decision engines with professional capital-management modules, portfolio risk controls and a detailed investor interface.
Explore our approachDistinct decision engines with explicit entry, position and exit logic. Research and implementation form one connected process.
Define operating capital, allocation and position budgets. Make the relationship between sizing, reserves and capital usage visible.
Develop exposure, drawdown and exit controls alongside the strategy. Read realized and open outcomes in a shared portfolio context.
OUR SYSTEMS
UBS, PHOENIX, PHOENIX L/S and FUSION lead a family of distinct CMA decision frameworks.
LONG-ONLY · LAYERED ALLOCATION
A long-only system combining staged entries, ATR-based exit management and capital recycling within a defined allocation framework.
Explore the systemLONG-ONLY · FINITE-BUDGET CYCLES
A long-only architecture that separates the initial position, recovery allocations and favorable-move additions inside a finite capital budget.
Explore the systemLONG / SHORT · REGIME SELECTION
The PHOENIX lifecycle extended to long and short participation, with EMA-based direction assessment after an actual complete position closure.
Explore the systemMULTI-ENGINE · CAPITAL ATTRIBUTION
A modular framework connecting QUANTUM, PRIME and TCS, with separate virtual capital and engine-level open and realized P&L attribution.
Explore the systemSystem overviews focus on methodology and design. Research & risk notes
RISK ARCHITECTURE
Professional capital-management and risk-control modules connect position budgets, open-position value, exposure and drawdown with the strategy configuration.
Allocation & margin usage
Positions & concentration
Realized & open P&L
CROSS-MARKET ENGINEERING
We develop and run scalable systematic technologies across digital assets and U.S. markets. The implementation is adapted to the instrument and its trading environment.
Explore the engineeringMulti-asset systems configured for the venue’s trading rules, liquidity and cost structure.
Scalable systems with market-specific sessions, order conventions and instrument requirements.
System selection and configuration depend on the market, instrument and execution environment.
PERSPECTIVES
What a historical result can tell us, what it leaves open and why the assumptions deserve as much attention as the curve.
Read the noteWhy realized profit, open positions and capital usage need to be read together.
Read the noteA trading decision becomes an operational process when it meets an exchange, an order and a real position.
Read the noteSTART A CONVERSATION
Talk to us about algorithmic systems, capital and risk modules, investor visibility or a tailored software product.