Built for markets as they are.
Finance-first AI, by design Axyon IRIS is our proprietary AI prediction framework - purpose-built to navigate the complexity, noise, and non-stationarity of real financial markets.
The Axyon IRIS Framework
IRIS processes data through four sequential, rigorously controlled stages — each designed to eliminate bias and maximise signal quality.
"Garbage in, garbage out"
High-quality data is the foundation of any successful AI application, as algorithms cannot turn noise into signal. Our approach is inherently data-centric, with an automated AI factory designed to continuously enhance data breadth, depth and quality.
10+ Data Sources
Morningstar · FactSet · LSEG · FTSE Russell · RavenPack · CUSIP Global Services
Market Data
End-of-day and intraday prices, indices, commodities, VIX, and currency exchange rates.
Fundamentals & Macro
Corporate fundamentals, macroeconomic indicators, analyst forecasts, and options data.
Sentiment & Alternative
Sentiment indicators extracted from news and social media. Proprietary client data is supported in select partnerships.
Up to 1bn data points per model
The processing pipeline starts by ingesting, cleaning, and organising diverse data streams so our models learn from reliable, high-quality information. It transforms raw inputs into ML-ready features while eliminating lookahead bias.
Point-in-time validation
+2 Millions Rows of Data ingested per day (Annual average data in 2025)
Lookahead bias correction
Handling survivorship bias and corporate actions
Feature normalisation and z-scoring
Outlier detection and treatment
Engineered for rigour, automation and scale
The engine identifies persistent patterns across markets and generates predictive signals on the relative future performance of securities. It leverages Learning-To-Rank (LTR) models, ensemble methods and scalable AutoML architectures.
10,000-100,000 AI models trained for each new investable universe
+1000 Heterogeneous AI models in production
~2 ^ 10000 AI ensembling search space size
Scalable hybrid infrastructure leveraging High Performance Computing (HPC) and cloud clusters
Translating predictive relative performance signals into systematic, investable strategies.
AI-based signals are analysed and used to build systematic investment strategies (e.g. long-only, long/short), supporting bottom-up aggregation and end-to-end explainability.
Smart rebalancing — threshold-based (signal-driven) or calendar (weekly, monthly, quarterly)
Simulated fees & transaction costs modeled directly in the backtest
Investable universe — sector, geography, long-only or long-short
Position limits, sector caps, ESG overlays and other mandate constraints
How Predictions Are Made
Our approach is grounded in a fundamental truth: markets cannot be "solved." They are adaptive, complex, and constantly evolving. Our technology reflects this reality.
The engine that learns to rank
Axyon IRIS uses Learning-to-Rank (LTR) — a family of ML techniques originally developed for search engine ranking, here applied to rank assets by expected relative performance.
A Models Factory Approach
Rather than relying on a single all-encompassing algorithm, we develop and manage a diverse factory of AI models - each designed to capture different signals across different market conditions.
No black box
Every prediction is decomposed via SHAP into 12 feature categories. Investment managers can see exactly why an asset ranked high or low. Supports regulatory audit trails under MiFID II. Examples:
The foundation behind the signal.
Axyon AI's compute infrastructure was architected in partnership with CINECA, one of EU's largest high-performance computing centre - providing the raw GPU power needed for AutoML at institutional scale.








Research & Development

Research|Resource|15.03.2026
EARL: Embracing amnesic replay for learning with noisy labels

Research|Resource|19.12.2025
Parameter-Efficient Domain Adaptation via Dual-Adapter Training and Merging: Methods and Evaluation for LLM-Based Financial Analysis Tasks

Research|Resource|13.04.2025
A Second-Order Perspective on Model Compositionality and Incremental Learning

Research|Resource|30.01.2025
A Practical Study of Ensemble Learning for Multi-Horizon Financial Forecasting

Research|Resource|28.11.2024
May the Forgetting Be with You: Alternate Replay for Learning with Noisy Labels

Research|Resource|10.11.2024
Machine Learning and HAR Models for Realised Volatility Forecasting. An Application in Brent Crude Front Month Futures Market

Research|Resource|26.06.2024
Listwise Learning to Rank Models with Transformer for Financial Strategies.

Research|Resource|14.04.2024