Rayscape

Radiology AI for chest X-ray and lung CT decision support

Intermediate
Screenshot of Rayscape, Radiology AI for chest X-ray and lung CT decision support

What is Rayscape?

Rayscape is an image analysis tool. Radiology AI for clinical teams: chest X-ray analysis across 140+ findings, lung CT nodule detection and tracking, and a separate multi-organ oncology CT product. Built for hospitals, screening programs and emergency settings.

Rayscape is a radiology AI platform built around two core imaging products: chest X-ray analysis and lung CT. The chest X-ray module covers more than 140 findings with structured outputs and visual overlays, so a reading radiologist gets a highlighted region and a written impression rather than a raw probability score. The lung CT module focuses on nodule detection, measurement and tracking over time, which supports lung cancer screening programs and long term follow-up of oncological patients. The tool is aimed at clinical rather than consumer use. Hospital radiology departments, emergency and ICU settings, tuberculosis screening programs and oncology teams are the stated audiences, and the product is positioned as decision support that slots into an existing picture archiving and reporting workflow. Rayscape also offers a separate CT product, TAP CT, which reads chest, abdomen and pelvis oncology scans and surfaces findings across multiple organs inside one pass. In practice the platform does three jobs. It flags abnormalities and draws attention to suspicious areas, it produces quantitative measurements, and it prioritizes worklists so urgent cases surface first while structured reports are drafted automatically. The training base is described as over 104 million images collected internationally, and the vendor reports deployments with public and private clinics across more than 18 countries. Among radiology AI vendors, Rayscape is narrower than general purpose imaging suites: it concentrates on thoracic imaging (chest X-ray, lung CT, lung cancer screening, incidental findings and oncological tracking) rather than covering neuro, musculoskeletal or cardiac studies. That focus is useful for departments that mainly need chest triage and nodule management, but it means the platform is a complement to, not a replacement for, a broader diagnostic AI portfolio. There is a public demo for hands-on evaluation.

How do you use Rayscape?

  1. 1Open the public demo
    Load the demo environment to see how a chest X-ray or CT study is presented with overlays, findings and measurements before any procurement conversation.
    Rayscape — Open the public demo
  2. 2Review the chest X-ray product scope
    Read the CXR page to check the finding list, structured output format and the emergency, ICU and tuberculosis screening variants.
    Rayscape — Review the chest X-ray product scope
  3. 3Compare the lung CT workflow
    Use the lung CT section to see how nodules are identified, measured and tracked between studies, plus the related screening and oncological tracking pages.
    Rayscape — Compare the lung CT workflow
  4. 4Check the pricing and plans page
    Review published plan information to understand what is offered per product before requesting a quote for a department.
    Rayscape — Check the pricing and plans page
  5. 5Submit a demo and integration request
    Fill in the contact form with institution details, country and imaging needs so the vendor can scope a pilot and discuss PACS and reporting integration.

Pros and cons

Pros

  • Covers 140+ chest X-ray findings with structured outputs and visual overlays rather than bare scoresAI
  • Lung CT module measures and tracks nodule evolution, which suits screening and oncology follow-upAI
  • Worklist prioritization and automated structured reporting target real departmental bottlenecksAI
  • Dedicated sub-products for tuberculosis screening, emergency and ICU, and incidental findingsAI
  • Public demo and published clinical evidence let a department assess fit before committingAI

Cons

  • Scope is essentially thoracic imaging, so neuro, MSK and cardiac reads are out of reachAI
  • No self-serve signup: access runs through a demo request and institutional sales processAI
  • Pricing is not published on the homepage, so budgeting requires contacting the vendorAI
  • Integration effort with hospital infrastructure is real work, not a plug-in installAI
  • Questionable value outside radiology departments; individual clinicians cannot simply adopt itAI

How much does Rayscape cost?

Support

Support runs through a contact form and a frequently asked questions page; onboarding and infrastructure integration are handled with the vendor during a demo and pilot rather than through self-service documentation.

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Features

Chest X-ray analysis covering 140+ findings with visualizations and structured outputs; lung CT nodule detection, measurement and longitudinal tracking; TAP CT multi-organ oncology reads across chest, abdomen and pelvis; worklist prioritization by urgency; automated structured reporting; variants for emergency and ICU, tuberculosis screening, radiology departments, incidental findings, lung cancer screening and oncological tracking.

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Frequently asked questions about Rayscape

  • How do you use Rayscape?
    The walkthrough on this page covers 5 steps: 1. Open the public demo 2. Review the chest X-ray product scope 3. Compare the lung CT workflow 4. Check the pricing and plans page 5. Submit a demo and integration request.
  • What platforms does Rayscape support?
    Rayscape is available on Web App.
  • What are the limitations of Rayscape?
    Scope is essentially thoracic imaging, so neuro, MSK and cardiac reads are out of reach. No self-serve signup: access runs through a demo request and institutional sales process. Pricing is not published on the homepage, so budgeting requires contacting the vendor.

Status

StatusActive
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Added10/21/2026

Platforms

Web App

Pricing

PaidSubscription