Automated TNM Staging & Survival Prediction in Lung Cancer

This project combines CT/PET-based multi-modal data in lung cancer management to produce segmentation, benign-malignant characterization, automated TNM staging, and survival prediction. A system architecture is being developed that can be integrated into clinical workflows and brought to market. The goal is to build a reliable platform that reduces dependence on specialists while enabling faster, more consistent decision support.

R&D work is in progress.
Features

Key Features

Multi-Modal CT/PET Analysis

Automated Tumor & Lymph Node Segmentation

Explainable Rule-Based TNM Staging

Personalized Survival Prediction

Benefits

Why Choose This Solution?

Our Automated TNM Staging & Survival Prediction in Lung Cancer solution provides key advantages to healthcare institutions, improving patient care quality while optimizing operational efficiency.

  • Faster, More Consistent Clinical Assessment
  • Reduced Workload for Specialists
  • Data-Driven Treatment Planning
  • Transparency in Clinical Decision-Making
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Oncology & Radiology Units

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University Hospitals

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Clinical Research Centers

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Digital Health Decision-Support Platforms

Process

How It Works?

1

Integration

Connects to your system

2

Data Upload

Medical data is securely transferred

3

AI Analysis

AI performs the analysis

4

Result

Detailed report is provided

FAQ

Frequently Asked Questions about Automated TNM Staging & Survival Prediction in Lung Cancer

Answers to the most common questions about our Automated TNM Staging & Survival Prediction in Lung Cancer solution.

It provides end-to-end decision support, from segmentation outputs to lesion characterization, automated staging, and prognosis.

Yes — the aim is seamless incorporation via DICOM/PACS-compatible integration with clinical processes.

Because components are currently in development and prototyping, the project is being run as active R&D.