Roche, Ramsay Santé, and Schneider Children's Medical Center revolutionize healthcare with AI-driven copilots
Roche, Ramsay Santé, and Schneider Children's Medical Center of Israel have embraced Microsoft Azure AI Health Bot, combining generative AI and health-specific safeguards to develop advanced healthcare copilot solutions. These organizations are integrating protocol-based workflows and AI-powered chat interfaces, tailored to clinicians' and patients' needs, improving access to medical information and support. The solution combines generative answers from Azure OpenAI Service grounded on authoritative sources and organizations' own medical guidelines. Customizable workflows, compliance controls, audit trails, and healthcare-focused quality checks ensure safety and privacy. Early pilots have demonstrated reductions in clinician workload, better adherence to protocols, and an improved ability to deliver secure and actionable medical guidance in real time. Implementations are already being tailored regionally across Europe and Israel. With the integration of Microsoft Copilot Studio, these health systems can create customized copilots aligned to organizational and geographic protocols, offering comprehensive conversational AI capabilities. The unique combination of AI and protocol-driven automation allows each organization to address both complexity of medical data and the necessity of compliance, helping realize the promise of trustworthy medical AI across diverse healthcare journeys.
- Organization
- Roche
- Industry
- Healthcare
- Location
- Global
- Published
- March 2024
Reported outcomes
Strategic outcomes
Primary read
Use case focus
Showing 3 of 3
- 1AI-powered conversational copilot for clinician and patient support
- 2Automated protocol-based healthcare workflows with integrated generative AI
- 3Clinical decision support with secure, compliant conversational agents
- Healthcare organizations faced increasing demand for AI-powered chat experiences providing reliable, accurate medical information.
- Managing complex workflows, large volumes of clinical documentation, and diverse protocols was burdensome for healthcare staff.
- Clinicians needed timely access to accurate medical guidance and up-to-date protocol adherence without excessive administrative workload.
- Ensuring compliance, privacy, and minimizing risk of hallucinated or incorrect answers from AI systems was essential for safe healthcare delivery.
- Deployed Azure AI Health Bot with generative AI and protocol-based workflows customized for healthcare.
- Integrated Microsoft Copilot Studio to allow organizations to build bespoke copilots for clinicians and patients.
- Used Azure OpenAI Service to ground generative answers on authoritative healthcare sources, guidelines, and organizational content.
- Implemented healthcare-oriented safeguards such as clinical evidence checks, customizable disclaimers, and audit trails.
- Enhanced clinician and patient access to medical information, reducing documentation-related workload.
- Improved compliance with diagnostic and treatment protocols.
- Enabled rapid, secure delivery of AI-powered medical guidance at the point of care.
- Organizations report a transformative, intuitive user experience resulting in time savings and better patient support.
Architecture
The solution combines Azure AI Health Bot (with built-in generative AI from Azure OpenAI Service) as the conversational front-end, integrating protocol-based flows and custom healthcare-centric skills via Microsoft Copilot Studio. Generative answers are grounded on customer content and external authoritative medical sources. Additional governance is provided by audit trails, clinical evidence checks, consent management, and abuse monitoring supporting compliance and custom workflows.
Implementation partners1
Sources & evidence1
The same organization appears in newer AI deployment evidence.
- Same organization re-documented as recently as 2025.
Measures whether this deployment's public evidence persists — not whether the system is still in production.
AI-generated summary. Verify important details with the linked sources before relying on this case.