deepc.ai: Revolutionizing Radiology with Secure, Scalable AI Integration

deepc.ai is a cutting-edge, cloud-native Radiology AI Operating System (deepcOS®) designed to streamline and enhance radiology workflows through intelligent automation, secure data handling, and seamless integration. Tailored for healthcare institutions and professionals, it empowers radiologists, IT teams, and healthcare management with a comprehensive platform that centralizes AI deployment, enables real-time reporting automation via deepcOS® AIR®, and supports clinical decision-making with AI-based triage and prioritization. The system ensures data privacy and regulatory compliance with GDPR adherence, on-premise de-identification, encryption, and strict vendor validation. With an AI Marketplace offering over 80 certified solutions from 30+ global vendors, deepc.ai provides a vendor-neutral environment for independent evaluation, benchmarking, and performance testing through its AI Evaluator. Its orchestration engine automatically routes scans to the best-suited AI tools, while clinical integrations ensure smooth compatibility with existing PACS, RIS, and EHR systems—making it a powerful, future-ready solution for healthcare innovation.

Key Features:

• deepcOS® AIR®: Automates radiology reporting with generative AI, supporting natural speech dictation, real-time guideline integration, and fully automated workflows.
• deepcOS® Hub: Centralized control and management console for deepcOS® environments.
• deepcOS® Gate: Secure, compliant gateway for connecting to Healthcare IT systems and the AI Marketplace.
• Cloud-Native Deployment Platform: Scalable, cost-effective access to Radiology AI with no maintenance required.
• Orchestration: Automatically routes medical scans to the most appropriate AI solution based on clinical needs.
• AI Marketplace: Access to over 80 clinically validated, regulatory-cleared AI solutions from more than 30 global vendors.
• Clinical Integrations: Seamless embedding of AI results into existing clinical interfaces (PACS, RIS, EHR) without workflow disruption.
• Data Privacy & Security: PHI remains private and under institutional control; data is pseudonymized before processing and deleted afterward; GDPR-compliant with ISO 27001-certified infrastructure.
• AI Evaluator: Enables vendor-neutral, head-to-head comparison of AI solutions using real organizational data and radiologist feedback.
• AI Safety Framework (RAISE): Supports safe, secure, and trustworthy AI deployment across pre-, peri-, and post-deployment stages.
• Regulatory Compliance: AI solutions are CE marked (EU MDR/MDD) and FDA-cleared (US), with deepcOS AIDA (v2.0) under CE certification review.
• Flexible AI Output Formats: Deliver results as DICOM objects (heatmaps, bounding boxes) or structured text for integration into worklists and reports.
• Scalable & Universal Compatibility: Works across all imaging modalities and PACS providers with minimal setup and modality-specific adaptability.
• Automated Study Triage & Prioritization: AI identifies urgent cases for faster clinical response.
• Research & Development Support: Allows export of pseudonymized data at scale for training and research, including non-regulatory cleared models for academic use.
• Personalized Consultations & Rapid Onboarding: New AI solutions can be deployed within hours after contract amendment.

Pricing: deepc.ai offers a flexible, subscription-based model tailored to healthcare institutions, with pricing determined through personalized consultations. The platform supports both enterprise and research use cases, and its infrastructure simplifies procurement with a single agreement replacing multiple vendor contracts and security reviews.

Conclusion: deepc.ai stands as a transformative force in radiology, combining powerful automation, rigorous safety standards, and seamless integration into clinical workflows—making it an essential platform for healthcare providers aiming to adopt trustworthy, scalable, and compliant AI solutions.