SHIELD
Systematic Beta Optimisation
SHIELD is engineered for capital preservation through systematic beta management. Rather than absorbing the full volatility of passive market exposure, it applies a regime-conditioned overlay that participates in upside phases while actively suppressing downside variance through rule-based exposure control.
SHIELD
Key Features
SHIELD is built for structural capital protection - its defining characteristic is an exceptionally contained drawdown profile maintained alongside a strongly positive return asymmetry. The return distribution is right-tailed by design: the framework limits downside exposure during adverse regimes while preserving meaningful participation in non-linear upside movements. Full performance metrics are presented in the analysis section below.
0.99
sharpe
2.01
sortino
0.26
alpha
Architecture
HMM Regime Segmentation
Multi-factor hidden Markov model classifying latent market states to modulate beta exposure
—
Momentum-Breadth Divergence
Forward-looking regime breakdown identification via momentum divergence and breadth decay
—
Vol Surface Conditioning
Exposure scaled dynamically against realised and implied volatility surfaces, compressing participation as risk premia exceed structural thresholds
—
Asymmetric Payoff Construction
Non-linear sizing preserving upside optionality through convex participation, compressing the left tail of the realised return distribution
—
Drawdown-Constrained Sizing
Deterministic sizing enforced by rule-based drawdown containment, fully immune to behavioural override
—
Skewness Persistence Capture
Return distribution tilting methodology accumulating positive skewness through selective upside exposure
—
Confidence-Gated Execution
Entry conditioned on posterior regime classification probability, suppressing low-integrity signals
Request Access
SHIELD is available via subscription for investors seeking to de-risk market exposure without foregoing upside participation. Contact us to review full technical documentation and subscription terms.