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Expanding the Frontiers of Artificial Intelligence for Financial Market Modelling.

Envisioning a future where financial markets are understood through the lens of advanced machine learning

Gemini_Generated_Image_qs540rqs540rqs54 (1)_edited.jpg

Expanding the Frontiers of Artificial Intelligence for Financial Market Modelling.

Envisioning a future where financial markets are understood through the lens of advanced machine learning

Gemini_Generated_Image_qs540rqs540rqs54 (1)_edited.jpg

About us

What we do....

We’re a newly established research lab dedicated to advancing machine learning for systematic arbitrage. Lean, independent, and focused, our work centres on developing neural models that power trading systems — systems built to infer structure, adapt to shifting market conditions, and uncover predictive signals on a large scale.

Our goal is simple: to build a new breed of neural intelligence for financial markets — the first generation of foundation models designed to power systematic trading systems.​​

Some are bulls, others bears. We are foxes, we craft intelligent systems to discover opportunities in all markets

We envision a future where financial markets are understood through the lens of advanced machine learning

Explore our vision

Some are bulls, others bears. We are foxes, we craft intelligent systems to discover opportunities in all markets

Building the next generation of trading systems, powered by our proprietary neural arbitrage engine

Abstract Futuristic Background

Embracing Complexity

Markets are not just  a collection of independent prices; they are adaptive webs of interaction. Our models capture interdependencies and transient relationships, uncovering mispricings that emerge when complex equilibria are temporarily disrupted.

Signal in the Noise

Market data is a living record of human behaviour under uncertainty. Every price change reflects decisions shaped by emotion, expectation, and the reflexive cascade of reactions to others’ reactions. Fear and greed play their part, but so too do envy, anticipation, hesitation, and collective momentum. While predicting exact price moves is notoriously difficult, predicting behaviour is far more tractable. The essential information is already embedded in the data — our task is to design models capable of interpreting it.

Nets not Trees

For years, financial data was viewed as too noisy, unstable, and heterogeneous for deep learning methods to be effective. Tree-based models dominated. But recent advances — in representation learning, contextual modelling, and generative architectures — have changed that. With the right approach, neural methods are no longer impractical; they are essential.

Slow, Not Shallow

We don’t try to compete with strategies chasing microseconds for an edge. Our forecasts span minutes to days. Our advantage lies in scientific rigour—identifying statistical patterns in market behaviour—not in being faster, but in being smarter.

A Model for All Markets

We hesitate to use the F-word --we're not quite there yet, but our design philosophy of behavioural modelling is deliberately agnostic to any single asset or market.

Rather than fitting to surface patterns, our models seek the latent structures that govern how systems evolve and adapt — a framework capable, in principle, of generalising across the entire market ecology.

In this view, behaviors form the vocabulary of the market's language, and their interactions are the conversations through which structure emerges, followed by comprehension.

​​​

Dare we suggest, it is a first step toward a foundation model for financial markets.

Experience and Expertise

15+

Years of Experience in quantitative financial market modelling

11+

Years of Experience in Machine Learning

100s

Trading Models Developed

100%

of researchers are PhDs

1

Objective

10+

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Join the Team

We are looking for exceptional machine learning experts to join our small but growing team of research scientists at a founding level. In particular, we seek specialists in representation learning and probabilistic / generative modelling — in other words, wizards with the ability to bend neural architectures to their will.

 

If you hold a PhD in computer science or a related field (theorists included) and want to tackle some of the hardest problems humanity has ever faced, we’d love to hear from you.

+44 7768 596 022
contact@autonomous-fox.ai
8 Devonshire Square
London, EC2M 4YJ

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