Unlock superior
decision making
with trustworthy AI

The Exaia platform delivers research-backed and explainable AI-powered solutions for real-world natural language processing and machine learning applications

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Trustworthiness and explainability

are key to AI adoption in high-stake domains

Data-driven machine learning based on LLMs faces hurdles in real-world applications due to lack of transparency and black-box nature, hindering their widespread adoption.
In high-stake domains like healthcare or finance, where outcomes have a direct impact on lives, the implementation of transparent decision systems is not just beneficial but imperative, ensuring optimal outcomes and safeguarding against potential risks.
Our first mission is to accelerate precision medicine for neurodegenerative and psychiatric diseases based on digital biomarkers an ML technologies.
Research-backed, 100%

What makes the Exaia platform unique

There is no place for pseudoscience in AI-powered solutions for high-stake real-world applications.

State-of-the-art ML/DL architectures integrating feature engineering, hybrid/ensemble models, fusion models and beyond.

Check-out our latest papers

Cymo

Next-Generation Text Mining and Analytics

Why settle for opaque black-box ML models? Elevate your insights with transparency and explainability

What makes CYMO unique

Elevate Precision with High-Resolution Measurements

Embrace CYMO's dynamic sliding window technique to surpass mere aggregate statistics. Delve into the nuanced time dimension inherent in text and speech for in-depth analysis, generating high-resolution measurement textual contours.

Unlock a Wealth of Carefully Engineered Features

Harness an extensive suite of carefully engineered features, spanning grammatical complexity, lexical sophistication and diversity, stylistic nuances, readability metrics, coherence, and more. Take advantage of their predictive potential, as demonstrated in our peer-reviewed research.

Enhance Model Explainability and Interpretability

Leverage CYMO's sequential contours of high-resolution measurements to train Bidirectional Long Short-Term Memory (BiLSTM) networks, promoting interpretability within ML models and clarity in their decision-making processes.

Reinforce ML Models for Unmatched Generalizability

Combine the strengths of LLMs with BiLSTMs trained on CYMO's feature set, empowering the creation of ML models that are robust and generalizable, poised to excel across diverse tasks, use cases, and datasets

Metis

Revolutionizing Predictive Analytics with Research-Backed Excellence

METIS is a suite of predictive analytics, harnessing the formidable capabilities of our advanced ML/DL models, marked by their ability to consistently deliver high accuracy while maintaining robustness, generalizability, and enhanced explainability.

Personality Assessment
Sentiment Analysis/Opinion Mining
Emotion Recognition
CEFR-Level & Readability Assessment
Deception Detection
Digital Biomarkers for Precision Diagnostics and Disease Monitoring
Generalizability & Robustness
LLMs & Hybrid/Ensemble ML Models
Fine-Tuning for Performance
Benchmark Performance Evaluation
Feature Ablation Techniques
Trustworthy & Research Backed Products
Explainable AI (XAI) Methods
Our Team
We’re on a mission to augment decision-making by prioritizing trustworthiness and explainability in hybrid scenarios integrating the best of human and artificial intelligence.

Co-Founders

Advisor-Team

  • PD Dr. Ralf Schlüter's avatar

    PD Dr. Ralf Schlüter

    Academic Director of Chair Machine Learning and Human Language Technology (i6), RWTH Aachen University

  • Dr. Kevin Dolan's avatar

    Dr. Kevin Dolan

    Principal Scientist at Oxford Nanopore Technologies

  • Prof. Dr. Dr. Ulrich Sprick's avatar

    Prof. Dr. Dr. Ulrich Sprick

    Head Physician Alexius/Josef Hospital, Neuss

Get started with Exaia

Experience the power of Exaia's groundbreaking platform, engineered to revolutionize decision making through trustworthy AI solutions.

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