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Solutions

Track an index efficiently

Replicate any benchmark with fewer assets and lower cost.

Beat the benchmark, without losing control of it

Consistent excess return with tightly managed tracking error.

Go fully market-neutral

A selective technology partnership for decorrelated returns.

Plan complex logistics and routing operations at scale

Get an operational plan computed for you.

New space: plan missions across an entire constellation

Satellite mission planning and multi-body route optimization.

Get more out of every renewable asset and battery

Siting and storage optimization for energy assets.

Interpretable credit scoring, without the accuracy penalty

Meet Basel III / IFRS 9 without sacrificing accuracy.

Products

iQ Index Tracking

A solution for building personalized index funds

iQ Index Tracking Plus

A solution for hybrid passive-active management

iQ Alpha

Fully market-neutral strategies, built with you

iQ Xtreme

Solve optimization problems classical solvers can't

iQ ML

Interpretable machine learning, without the accuracy trade-off

iQ ML

Interpretable machine learning,
without the usual accuracy trade-off

Models a human can genuinely follow, at accuracy levels usually reserved for black-box models.

Built for regulated industries

Regulated industries need models whose predictions a human can actually follow, not a black-box prediction explained after the fact. The problem is that standard interpretable models, a basic logistic regression, a shallow decision tree, sacrifice real accuracy to get that clarity, and standard tools like scikit-learn use basic heuristics for feature selection that settle for a locally optimal model, leaving real accuracy on the table.

iQ ML solves this with the same engine behind iQ Xtreme: optimal, systematic feature selection instead of a locally optimal shortcut, closing the gap between interpretable and black-box accuracy.

Credit scoring and credit risk

Credit scoring and credit risk

Meet Basel III and IFRS 9 interpretability requirements without giving up accuracy.

Fraud detection

Fraud detection

Flag suspicious transactions with a model your team can actually audit.

Healthcare decision support

Healthcare decision support

Recommendations a clinician can follow and justify, not just trust.

Time series forecasting

Time series forecasting

Understand which variables actually drive the forecast, not just the number itself.

These are examples, not the full list, of where interpretable, high-accuracy models matter most.

What makes iQ ML different?

In every regulated industry, teams face the same trade-off: interpretable models that are easy to justify but leave accuracy on the table, or black-box models that perform well but can't be explained.

Training a genuinely interpretable model is itself a combinatorial optimization problem: which features to use, and how to combine them, out of a space too large to search by hand.

Locally optimal models

Locally optimal models

Standard tools converge to a locally optimal model, leaving real accuracy behind.

Slow, manual tuning

Slow, manual tuning

Manually tuning feature selection can take weeks and still miss the best combination.

With iQ ML, we apply the same quantum-inspired optimization behind iQ Xtreme to find the optimal set of features and structure for your interpretable model, closing the gap with black-box accuracy instead of relying on post-hoc explainability layered on top of a black box.

Our platform

iQ ML is an API and SDK for training interpretable machine learning models: optimal linear and logistic regression, autoregressive time series models, and advanced feature selection, with a familiar scikit-learn-style input and output. Built for data science teams at financial institutions and the consultancies that support them.

Python code snippet using the Inspiration-Q API for interpretable machine learning

Key advantages for your enterprise

Three things that come standard with iQ ML.

Backed by the Bank of Spain

Backed by the Bank of Spain

One of our approaches was developed through a research collaboration with the Bank of Spain, building enriched, interpretable linear models for real regulatory use cases.

Accuracy close to black-box models

Accuracy close to black-box models

Optimal feature selection, not a locally optimal shortcut, closing the gap with black-box accuracy.

Deployed as SaaS or on-premise

Deployed as SaaS or on-premise

A cloud-based API by default, with an on-premise option for teams that need it.

Benchmarked against standard interpretable models

Accuracy compared against standard interpretable baselines like scikit-learn logistic regression, not just claimed to close the gap with black-box models. Comparative results below.

Comparative benchmark of iQ ML against a standard interpretable baseline
Sailboat and lighthouse illustration

Step into the future

See what's possible with a free demo