R&D

finance

FINTECH

AI Investments - Applied R&D for stable financial time-series forecasting

Client:

Industry:

Finance & Fintech

WHAT WE DID:

Built and scaled an automation-driven forecasting system for financial time-series prediction

RESULTS:

59.94% cumulative return since inception, with 92% positive months

OVERVIEW

The project was delivered as a joint R&D effort with AI Investments, an established fintech company operating in Europe and the United States. The goal was to strengthen investment algorithms by improving the accuracy and stability of financial time-series predictions across a broad range of instruments. The research phase included structured evaluation of multiple forecasting techniques before converging on a final ensemble-based approach.

The work focused on adapting advanced machine learning architectures to the specific characteristics of financial data. This included extensive experimentation with Transformer-based models such as Temporal Fusion Transformer, Conformer, and Fedformer, adapted and validated for financial time-series prediction.

To support research at scale, 7bulls designed and operated a dedicated, multi-cloud machine learning platform. It enabled cost-aware experimentation and continuous retraining, supporting an average of approximately 3,000 models whose predictions were ensembled at one-hour intervals, without compromising operational efficiency.

THE CHALLENGE

7bulls combined applied machine learning expertise with long-term experience in financial-market R&D delivery. The team’s background in building and operating research-grade ML platforms enabled rapid experimentation, objective comparison of approaches, and a controlled transition from research to production.

A key differentiator was the design of automation-first research workflows, allowing thousands of models to be trained, evaluated, and retrained continuously without excessive infrastructure costs. This reduced research risk and ensured that outcomes were measurable and repeatable rather than isolated experiments.

By pairing technical depth with experience in managing complex R&D initiatives, 7bulls acted as a reliable partner in advancing a data-intensive fintech product from research hypotheses to stable production performance.

See our approach

Results

The R&D effort contributed to a production-ready systematic investment solution that has achieved a cumulative return of 59.94% since inception, with 92% positive months and a maximum drawdown of only 3.00%.These results point to a forecasting and investment framework designed not only for performance, but also for consistency and downside control.

These results were achieved through a proprietary, auto-adaptive ensemble approach combining multiple forecasting models and data transformations. Continuous retraining and validation enabled the system to adapt to changing market conditions while preserving prediction quality across successive periods.

The outcome provided AI Investments with a validated, scalable forecasting foundation suitable for use in live investment algorithms, balancing accuracy, stability, and operational feasibility.

59.94%

cumulative return since inception

Why 7bulls

Engineering expertise behind the solution

7bulls combined applied machine learning expertise with long-term experience in financial-market R&D delivery. The team’s background in building and operating research-grade ML platforms enabled rapid experimentation, objective comparison of approaches, and a controlled transition from research to production.

A key differentiator was the design of automation-first research workflows, allowing thousands of models to be trained, evaluated, and retrained continuously without excessive infrastructure costs. This reduced research risk and ensured that outcomes were measurable and repeatable rather than isolated experiments.

By pairing technical depth with experience in managing complex R&D initiatives, 7bulls acted as a reliable partner in advancing a data-intensive fintech product from research hypotheses to stable production performance.

Looking to improve prediction quality and stability in data-intensive financial systems? Let’s discuss how a similar R&D-driven approach could be applied to your product.

Our Clients

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