Battle-tested rules-based investing expertise, packaged into next-generation strategies
Anything rules-based
We bring outstanding implementation to anything rules-based
Start with our AI semantic investing capabilities, bridging human ideas and systematic strategies through semantic discovery and rules-based design.
Then explore our next-generation AI-powered thematic classification to uncover meaningful investment universes.
Leverage MCFT’s founders’ battle-tested experience in factor investing or build your own factor by combining the stock characteristics you choose.
Apply sophisticated optimized weighting schemes, fast and intuitive.
Tap into our extensive experience in quantitative investing for event-driven or long/short strategies.
Or bring your own data and benefit from our systematic, transversal know-how and processes.
Whatever you envision, we make it happen.
AI semantic investing
Our platform truly brings human investment ideas to life.
By combining proprietary AI semantic discovery with our rules-based framework, we translate complex qualitative insights into transparent and actionable index methodologies.
This unique integration maps human ideas onto an auditable, observable, data-driven, and ever-growing rule set.
We believe this is the only viable path toward AI semantic investing — where artificial intelligence enhances creativity and discovery while preserving the discipline and traceability expected by investors.
Thematics investing 2.0
Powered by the latest advances in AI, we’ve developed a next-generation approach to thematic classification that lets you craft custom themes in seconds.
Our proprietary taxonomy spans 14 mega-clusters, 132 thematic clusters, and 845 sub-thematics. Each company is labeled on two levels: either in-theme (member) or pure player at the theme or sub-theme level. Through Folio, users can explore this taxonomy and design, test, and launch focused indexes in seconds.
Alternatively, describe in plain language the exposures you want. Our proprietary large-language-model (LLM) framework maps your concept to the relevant sub-thematics and selects the investable universe. The result: brand-new themes – even ones no one has imagined – can be implemented in seconds.
Factor investing
MCFT’s founders have long, successful experience in factor investing.
We’ve designed a flexible index-design framework that captures users’ views while avoiding common pitfalls.
- Smart weighting. Overweight or underweight securities based on selected characteristics, starting from a base portfolio (e.g., market-cap or equal-weight). A robust alternative to hard quantile cuts that can introduce arbitrary sector or idiosyncratic tilts.
- Composite metric (bottom-up factor/blend). Create a single score as a weighted linear combination of multiple stock characteristics, with user-defined loadings.
- Advanced normalization and winsorization. Cross-sectional sector-neutral normalization, choice of z-scores or ranks, cross-sectional winsorization, etc.
- Open and extensible. Add your own metrics and bring your own data within the same framework.
Optimized weightings
We rely on best-in-class existing libraries for convex optimization.
In MCFT Folio, users can design and backtest indexes with optimized weightings in seconds. Built-in methods include Minimum Variance, Max Sharpe, Minimum CVaR, and Risk Parity, with more advanced schemes available on demand.
- Single-name exposure limits
- Group constraints (country, sector, factor, etc.) across all algorithms
- Non-convex constraints such as cardinality and UCITS-style rules
- Advanced algorithm (HRP, NCO, etc.) upon request
Hedge fund-style rules-based strategies
Drawing on our extensive experience in quantitative investing, we can package the following as indexes or rules-based strategies.
- Long/short factor indexes
- Merger arbitrage
- Event-driven arbitrage (signals around dividend actions, buybacks, and other corporate events)
- Insider filings-based strategies
- Analyst-driven strategies (recommendations, price targets, earnings forecasts — consensus or broker-level)
