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AI-powered pathology intelligence for cancer diagnostics

Paige is an AI platform that assists pathologists in detecting and analyzing cancer in digital pathology slides.

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About Paige

Paige is a clinical-grade artificial intelligence platform designed to support pathologists in the detection, diagnosis, and analysis of cancer through digital pathology. The platform uses deep learning models trained on large datasets of pathology images to identify clinically significant findings. Paige is FDA-authorized and targets use in hospital and laboratory settings.

Paige is an AI-driven digital pathology company that develops software tools to assist pathologists in analyzing whole slide images (WSIs) for cancer detection and diagnosis. The platform applies deep learning algorithms trained on extensive repositories of annotated pathology data to help identify areas of concern in tissue samples, with a focus on improving diagnostic accuracy and workflow efficiency in clinical environments. The company's flagship product, Paige Prostate, was the first FDA-authorized AI product for use in surgical pathology, designed to help pathologists detect prostate cancer in biopsy slides. Paige has since expanded its portfolio to include tools targeting other cancer types and diagnostic workflows, positioning itself as a comprehensive AI solution for anatomic pathology labs. Paige is primarily aimed at pathologists, health systems, academic medical centers, and reference laboratories seeking to integrate AI assistance into their diagnostic workflows. The software works alongside existing digital pathology infrastructure, including whole slide image scanners and laboratory information systems, rather than replacing existing processes. In the broader digital pathology market, Paige competes with other AI-assisted pathology platforms and traditional image analysis tools. Its FDA authorization distinguishes it from many research-only tools, as it is cleared for use in clinical decision support. The company has partnerships with major healthcare institutions and pathology equipment manufacturers to expand adoption. Pricing and deployment terms for Paige are typically negotiated directly with healthcare institutions and are not publicly listed, reflecting the enterprise and clinical nature of the product. Organizations interested in the platform would engage with Paige's sales team for evaluation and implementation details.

Features

AI

  • Paige Alba™

    A multi-modal co-pilot that integrates AI with voice and text commands to streamline pathologists' cancer detection and diagnosis workflows and provide real-time insights.

  • Paige Breast Suite

    A set of AI applications designed to support pathologists in the identification and classification of breast cancer on H&E-stained whole-slide images from breast biopsy and excision specimens.

  • Paige GI Suite

    A portfolio of AI-powered applications designed to support pathologists in the detection and classification of benign and malignant conditions across the entire gastrointestinal tract.

  • Paige PanCancer Suite

    An AI suite trained on over 1.5 million slides that helps pathologists identify subtle complexities of cancer in multiple tissue types, including rare cancers.

  • Paige Prostate Suite

    A group of comprehensive AI applications that aid in the detection and diagnosis of prostate cancer on H&E-stained whole-slide images of prostate needle biopsies.

  • PanCancer AI Modules

    Pre-built pan-cancer modules that enable precise therapeutic targeting, novel biomarker identification, and optimized clinical trial design.

Analytics

  • Molecular Biomarker Discovery

    AI technology that reveals multiple molecular biomarkers directly from tissue samples without requiring separate molecular testing.

Core

  • Foundation Models (Virchow)

    Proprietary foundation models including Virchow, Virchow2, Virchow2G, and Virchow2G-Mini that eliminate the need for task-specific training to accelerate computational pathology AI development.

  • PRISM

    A foundation model technology developed by Paige as part of its suite of computational pathology AI models for cancer research and diagnostics.

Customization

  • Custom AI Development Services

    Services for developing customized prognostic or predictive AI models leveraging Paige's foundation model technology while adhering to privacy, security, and clinical standards.

Support

  • Regulatory Strategy Services

    Comprehensive services that help partners navigate regulatory hurdles and develop a strategy for bringing computational pathology AI applications to market.

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Features

What types of cancer does the Paige PanCancer Suite cover, and does it support rare cancer detection beyond the common tissue types?

The Paige PanCancer Suite is trained on over 1.5 million slides (using the Virchow foundation model) and helps pathologists identify cancer across multiple tissue types. It explicitly supports rare cancer detection, described as able to "identify the most subtle complexities of cancer in multiple tissue types including rare cancers." Specific tissue types covered are not enumerated in the content.

Security

What privacy and security standards are built into the foundation models like Virchow2 when licensing Paige's AI technology for custom model development?

The content states that licensing Paige's foundation models enables custom AI model development that adheres to "the highest standards of privacy, security, and clinical excellence," but no specific privacy frameworks, certifications, or security standards are detailed.

Product Information

  • Company

    Paige.ai
  • Pricing

    Contact for pricing

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About Paige.ai

Paige is a New York-based healthcare AI company that builds diagnostic tools for cancer pathology.

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