Advancing Cancer Detection with Next-Gen AI

NextgenAI ensures earlier, smarter, and more precise cancer detection.

Revolutionizing Cancer Detection

Seeing the Signs Before
Cancer Advances

Transforming cancer detection by identifying risks earlier. NextgenAi ensures no critical signs go unnoticed.

GI cancer is one of the most common cancers worldwide, yet its early signs are often too subtle to notice. Stomach cancer, in particular, is highly treatable when detected early, but many cases go unnoticed until it advances. NextgenAi acts as a co-pilot for healthcare providers, using advanced AI trained on 1,000,000+ GI endoscopy images to identify early indicators of stomach cancer, providing actionable insights to intervene sooner.

Why Early Detection Matters

Minimally Invasive Treatment:

Early detection of stomach cancer enables minimally invasive procedures like EMR, preserving nearly full stomach function for better outcomes, faster recovery, and enhancing quality of life.

Severe Consequences of Late Detection:

Advanced stomach cancer often requires the removal of 50%-80% of the stomach, resulting in a significant loss of quality of life and a longer recovery process.

Early Detection View

Thin layer removal – early-stage intervention

Late Detection View

50%-80% of stomach removed – advanced stage treatment

Disclaimer: These images are for illustrative purposes only and does not represent actual medical procedures or outcomes. The visuals are conceptual and should not be interpreted as real medical imagery or treatment results.

Revolutionizing Cancer Detection

Seeing the Signs Before
Cancer Advances

Why Early Detection Matters

Minimally Invasive Treatment:

Early detection of stomach cancer enables minimally invasive procedures like EMR, preserving nearly full stomach function for better outcomes, faster recovery, and enhancing quality of life.

Severe Consequences of Late Detection:

Advanced stomach cancer often requires the removal of 50%-80% of the stomach, resulting in a significant loss of quality of life and a longer recovery process.

Early Detection View

Thin layer removal – early-stage intervention

Late Detection View

Disclaimer: These images are for illustrative purposes only and does not represent actual medical procedures or outcomes. The visuals are conceptual and should not be interpreted as real medical imagery or treatment results.

Why Early Detection Matters

Minimally Invasive Treatment:

Early detection of stomach cancer enables minimally invasive procedures like EMR, preserving nearly full stomach function for better outcomes, faster recovery, and enhancing quality of life.

Severe Consequences of Late Detection:

Advanced stomach cancer often requires the removal of 50%-80% of the stomach, resulting in a significant loss of quality of life and a longer recovery process.

Early Detection View

Our Journey So Far

2018

The Beginning

Founded with the vision to revolutionize cancer diagnostics through AI-driven precision.

2020

Patents & Certifications

Secured foundational patents for AI-based cancer risk prediction systems, establishing leadership in medtech.

2021

AI Database Integration

Deployed advanced AI models powered by 1 million+ GI endoscopy images, enabling diagnostic accuracy of 95%+.

2025

Scaling Impact

NextgenAi's cutting-edge technology is trusted by over 1,000 medical institutions, setting a new standard for early cancer detection and diagnostic precision worldwide.

Redefining Cancer Diagnostics:

The NextgenAi Advantage

Unmatched precision. Revolutionary technology. Empowering healthcare providers with AI-driven early detection.

Unmatched precision. Revolutionary technology. Empowering healthcare providers with AI-driven early detection.

Unmatched precision. Revolutionary technology. Empowering healthcare providers with AI-driven early detection.

Cancer Risk Prediction Performance

NextgenAi combines the world’s largest dataset of GIendoscopy images with groundbreaking AItechnology to deliver the future of cancerdiagnostics—today.

Prediction Area

Accurary

Sensitivity

Specificity

Precision

F1 Score

Stomach

95%

94%

99%

95%

95%

Colon

99%

98%

99%

98%

98%

Cancer Risk Prediction Performance

Prediction Area

Accurary

Sensitivity

Specificity

Precision

F1 Score

Stomach

95%

94%

99%

95%

95%

Colon

99%

98%

99%

98%

98%

Trust the system that outperforms 

in every metric that matters

NextgenAi sets the new benchmark for AI diagnostics, delivering superior accuracy and reliability.

95%+ Diagnostic Accuracy Across GI Cancer Types

NextgenAi achieves industry-leading accuracy with cutting-edge AI-driven diagnostics.

Powered by proprietary AI models trained on over 1,000,000 GI endoscopy images.

Unmatched Sensitivity and Specificity

NextgenAicombines high sensitivity (detecting cancer cases) with unparalleled specificity (avoiding false positives), ensuring precise, actionable results.

The Only AI Covering Both Stomach and Colon Cancers

Unlike competitors offering partial diagnostics, NextgenAi provides a comprehensive solution for both stomach and colon cancer detection.

Trust the system that outperforms 

in every metric that matters

95%+ Diagnostic Accuracy Across GI Cancer Types

Powered by proprietary AI models trained on over 1,000,000 GI endoscopy images.

Unmatched Sensitivity and Specificity

The Only AI Covering Both Stomach and Colon Cancers

Shaping the Future of GI Cancer Diagnostics

At NextgenAi , we leverage cutting-edge artificial intelligence and medical expertise to enhance early cancer detection with unmatched accuracy and precision.

NextgenAi has pioneered AI-driven cancer
diagnostics by leveraging the world’s
largest GI endoscopy image dataset and
collaborating with leading medical
institutions.
With 95%+ accuracy, NextgenAi detects
cancer risks at their earliest stages
through precise, condition-specific
analysis across all areas of GI cancer.

1 000 000+

GI endoscopy images 

analyzed

By the

Numbers

1 000+

Healthcare facilities in the process of integrating NextgenAi

95%+

Cancer detection accuracy

Docs

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NextGenAi