AI for Prostate Cancer Detection
deepc supports the fight against prostate cancer with leading AI solutions
Transforming Prostate Cancer Screening with AI
Prostate cancer, the second most common cancer in men (1), is driving increased demand for MRI screenings (2). AI-powered solutions are revolutionizing this field by enhancing diagnostic accuracy and efficiency. They automate tasks such as segmentation, lesion detection, and report generation, which improves MRI interpretation precision while managing growing demand through streamlined workflows and reduced diagnostic times. The integration of AI promises to significantly improve patient care and healthcare resource management.
Our vendor-neutral AI platform, deepcOS®, integrates state-of-the-art AI solutions, enabling seamless and scalable prostate cancer screening across diverse healthcare settings.
Tailored AI selection and testing
Secure access to AI outputs directly in HIT system
Significant time savings via automated report population
The customizable Radiology AI Operating System to support radiologists with leading prostate MRI AI
Evaluate prostate MRI AI solutions with local ground truth data to determine the most optimal choice for your organization.
Deploy AI solutions seamlessly in your workflow with customizable configurations.
Automatically populate reports with AI-generated findings and easily modify and finalize the report with additional clinical context.
Leading AI Solutions for Prostate Cancer Detection
Keep Exploring
Find more insights, updates, and resources to help you stay ahead

Video
Prostate MRI Reporting with AI Integration
Featured demonstration of findings from mdProstate integrated into prostate report via SmartReports.

Article
EJR Paper Assessing Fully-Automated Prostate AI
Retrospective study shows ruling out of prostate cancer in low-risk lesions,with potential to better standardize MRI readings, reducing variability

Article
ESR Paper on Robust & Generalizable Prostate AI Model
A multi-center study of men from diverse demographics demonstrates high performance in detecting clinically significant prostate cancer