Welcome to Accentedge Health

In Pursuit of a Future Without Fatal Cancer

We stand on the frontline of the battle against cancer — armed with artificial intelligence, breakthrough science, and compassion. Our vision is bold yet simple: a future where cancer no longer claims lives.

Innovation Leaders Summit 2021 Winner

Digital Biomarker Cancer Detection · Tokyo, Japan

Cancer Types Detected
0 +
Model Accuracy
0 %
Omics Modalities
0
Cloud Accessibility
Global

“Cancer treatment is too painful, too expensive, and too ineffective because the focus of the care is on the END and NOT THE BEGINNING of the disease.”

— Syed Alam, Founder & CEO, Accentedge Health

Our Company

A Company on the Forefront of Early Cancer Detection

We believe that the key to defeating cancer lies in understanding it from every angle. Our team of world-class researchers is dedicated to unraveling the mysteries of cancer at the molecular level — identifying new targets for treatment and uncovering the complex mechanisms that drive cancer progression.

Early Detection, Not Late Intervention

We shift the focus from end-stage treatment to early-stage detection — where AI has the greatest power to save lives.

Molecular-Level Understanding

Through cutting-edge genomic and multiomics studies, we uncover the deep biological signals that cancer leaves behind long before symptoms appear.

Global Access to Breakthrough Science

Headquartered in Chicago with a presence in Washington, DC — and built on scalable cloud infrastructure accessible anywhere in the world.

Trusted by Government & Industry

Our clients include leading pharmaceutical companies and the United States Federal Government — validating our technology at the highest levels.

Introducing ABCD

AI Biomarker Cancer Detection — Our Foundational AI Model

ABCD is Accentedge Health’s breakthrough foundational AI model for the early detection and classification of cancer. Using deep learning, radiomics, and an integrated multiomics engine, ABCD achieves up to 93% accuracy across multiple cancer types — giving clinicians a faster, more reliable path to diagnosis.

Introducing ABCD

Digital Input

Pathological image or multiomics data submitted

AI Examination

Cloud model extracts and analyzes tumor features

Automated Classification

Deep learning assigns tumor class and labels

Clinical Report

Detailed report delivered to any device or PDF

Validated testing accuracy on thousands of multi-class tumor image datasets

How It Works

From Sample to Diagnosis in Minutes

ABCD transforms a complex clinical workflow into a fast, automated five-step pipeline accessible to clinicians worldwide.

Identify Patient

Any patient presenting with potential tumor growth is eligible for ABCD analysis.

Submit Data

Clinical staff submits a digital pathological image or multiomics sample through the platform.

AI Analysis

ABCD's deep learning engine analyzes the data and extracts key tumor features in real time.

Classification

The model classifies the tumor type — benign or malignant — with up to 93% accuracy.

Clinical Report

A detailed report is delivered instantly to any device, enabling informed treatment decisions.

Integrated Multiomics

Six Biological Layers. One Unified Picture.

ABCD goes far beyond imaging. Our integrated multiomics engine combines six biological data layers to give clinicians the most complete and accurate molecular view of cancer available today.

🧬

Radiomics

Quantitative feature extraction from pathological images — analyzing tumor size, position, shape, and texture to build a precise imaging profile.

🔬

Genomics

Maps germline and somatic mutations known to increase cancer propensity. Deep learning enables molecular subtyping, prognosis, and precision oncology from genomic data.

🔗

Transcriptomics

Analyzes RNA and other genetic material beyond the genome. Transcriptomic machine learning predicts cancer status and enables differential diagnosis without requiring expert manual input.

⚗️

Metabolomics

Quantitative feature extraction from pathological images — analyzing tumor size, position, shape, and texture to build a precise imaging profile.

 

🧫

Proteomics

Analyzes protein signatures correlated with cancer symptoms. ML-based predictive models use these signatures to forecast prognosis and proactively monitor patient health over time.

🔭

Glycomics

Explores post-translational glycosylation to identify cancer-associated sites in the human proteome — one of the least researched and most promising frontiers in oncology AI.

Recognition & Partnerships

Validated at the Highest Levels

🏆

Innovation Leaders Summit 2021 Winner

Winner in the Digital Biomarker Cancer Detection category at the ILS 2021 in Tokyo, Japan — one of the world’s premier innovation competitions.

🏥

Leading Comprehensive Cancer Center

Selected by a leading comprehensive cancer center for AI-powered multiomics research to improve patient outcomes in MDS and AML.

🏛️

US Federal Government Client

Trusted by the United States Federal Government alongside major pharmaceutical organizations — a testament to the rigor and reliability of our platform.

Who We Serve

Built for Every Corner of Healthcare

🩺

Clinicians & Radiologists

AI-assisted diagnosis that integrates into your workflow — faster, more accurate tumor classification at your fingertips.

🔬

Research Institutions

Access to a continuously expanding multiomics dataset and a best-in-class AI platform to accelerate oncology research.

💊

Pharmaceutical Companies

Analyzes RNA and other genetic material beyond the genome. Transcriptomic machine learning predicts cancer status and enables differential diagnosis without requiring expert manual input.

🏛️

Government & Health Agencies

Population-scale cancer screening, policy-grade data, and a globally accessible platform built to meet the highest compliance standards.