A quantitative analysis platform that scores publicly available market data and produces numerical outputs for cash-secured put contracts.
StratosIQ is a quantitative analysis model that applies mathematical algorithms to publicly available options-market data.
The platform systematically scores option contracts across the equity options market using consistent mathematical criteria rather than discretionary methods.
Each contract is scored through a standardised framework that measures premium received, downside buffer, and key contract characteristics. The model produces numerical scores and supporting metrics so users can review standardised outputs.
Every contract passes through a multi-stage quantitative pipeline before receiving a numerical score.
First, structural gates verify that each contract meets minimum tradability requirements — sufficient market depth, executable pricing, and defined event timing. Contracts that fail any gate are excluded entirely.
Contracts that pass are scored on a 0–10 composite scale. The model evaluates three primary dimensions: downside buffer distance from a statistically derived risk floor, the degree to which current implied volatility exceeds forward estimates, and bid-ask spread quality. Each dimension is normalised, weighted, and combined into a single score.
Market regime detection adjusts scoring thresholds based on current volatility conditions. In elevated-volatility environments, only higher-scoring contracts are published.
Every score includes a full set of model-calculated fields. Values below are examples only.
All values shown are examples only. StratosIQ produces numerical scores from publicly available market data. Not financial advice.
StratosIQ is a quantitative analysis model. It applies mathematical algorithms to publicly available market data and produces numerical scores.
It does not provide financial advice, investment advice, or personalised recommendations. The platform does not execute trades or manage positions. All trading decisions remain the sole responsibility of the user.