MCP

by Model Context Protocol (MCP) — The universal connector for AI in healthcare, enabling secure, structured access to external tools and data.
Family Medicine Internal Medicine nurse-practitioner

Regulatory Status Disclosed

Overview

Keragon’s MCP (AI Integration Layer) provides a secure and compliant bridge between your chosen AI models (such as ChatGPT, Claude, or voice AI) and over 300 healthcare applications. Designed specifically for the healthcare industry, this platform ensures that sensitive patient data is handled with the utmost security and privacy, operating under a Business Associate Agreement (BAA).

Physicians and healthcare organizations can leverage MCP to integrate advanced AI capabilities into their existing workflows without compromising compliance. Whether it’s automating documentation, enhancing clinical decision support, or streamlining administrative tasks, MCP acts as the foundational layer for secure AI adoption.

The platform is built to facilitate rapid innovation, allowing healthcare providers to experiment with and deploy AI solutions that improve efficiency, reduce burnout, and ultimately enhance patient care. Its robust integration capabilities mean that AI can be applied across a wide spectrum of healthcare operations, from front-office tasks to complex clinical analyses.

Reviewed by Pouyan Golshani, MD — Interventional Radiologist

Key Features

  • Secure AI integration
  • 300+ healthcare tool connectors
  • HIPAA-compliant infrastructure
  • Business Associate Agreement (BAA)
  • Custom AI model integration (ChatGPT, Claude, voice AI)
  • Workflow automation
  • Data privacy and security
  • Scalable for healthcare organizations

Use Cases

  • Automating medical documentation with AI
  • Integrating AI for clinical decision support
  • Streamlining administrative tasks with AI
  • Enhancing patient communication with AI
  • Securely connecting AI to EHRs and other healthcare systems
  • Developing custom AI-powered healthcare applications

What Physicians Need to Know

Healthcare API Support (FHIR/HL7)
MCP servers are specifically configured for healthcare, providing AI agents with access to EHRs, FHIR resources, scheduling systems, billing platforms, and clinical tools. They offer native access to standardized clinical data resources, enabling AI agents to query patient demographics, observations, medications, procedures, and diagnostic reports through consistent interfaces. Some implementations provide comprehensive FHIR operations (create, read, update, delete, search) and support HL7 terminology services for ValueSet expansion, CodeSystem lookup, and concept translation. There are also HL7 v2 adapters that convert traditional HL7 messages into FHIR resources for MCP access.
HIPAA-Compliant Infrastructure
While MCP itself is a communication protocol and not inherently HIPAA compliant, medical MCP server implementations must layer authentication, authorization, audit logging, encryption, data minimization, and prompt injection prevention to achieve compliance. Built-in compliance features include patient identity segregation, ensuring AI agents only access authorized patient data, and minimum necessary access enforcement with field-level permissions. Production-ready MCP architectures inherit permissions from existing organizational identity providers, ensuring consistent access control. Proposed HIPAA updates will make encryption at rest, multi-factor authentication, and annual penetration testing mandatory, which MCP gateways are designed to support.
Clinical NLP Capabilities
MCP enables AI agents to utilize specialized clinical NLP capabilities. This includes de-identification pipelines to anonymize Protected Health Information (PHI) directly within development environments, ensuring privacy and HIPAA compliance. Future additions are planned for data curation (clinical entity extraction and structuring) and medical coding (ICD-10, CPT code assignment). Some MCP servers also provide clinical semantic infrastructure to translate natural language clinical concepts into standard medical vocabulary logic across various terminologies like ICD-10-CM, SNOMED CT, CPT, HCPCS, NDC, RxNorm, and LOINC.
De-Identification Tools
MCP servers for clinical de-identification allow AI agents to access state-of-the-art de-identification pipelines as tools. This enables sanitizing clinical text instantly within an IDE, maintaining strict privacy and HIPAA compliance with a local, secure execution environment, preventing data from leaving the secure environment to a third-party model training API. All PHI/PII remains within a sandboxed execution environment during code execution with MCP.
Medical Terminology Support
Healthcare-specific MCP implementations offer built-in medical terminology validation to prevent AI models from hallucinating medical codes. FHIR MCP servers with integrated LOINC validation verify generated codes against authoritative terminologies. Some MCP servers provide comprehensive clinical terminology databases for standardized results or concept searches by free-text terms, codes, or concept identifiers across IMO and industry-standard code sets. Specific tools exist for ICD-10-CM lookup, MedDRA term search, RxNorm concept lookup, CTCAE v5.0 adverse event grading, and cross-mapping between terminologies like ICD-10, MedDRA, and SNOMED.
Sandbox/Testing Environment
The framework integrates LLMs with HL7 FHIR data and is evaluated using synthetic EHR data from the SMART Health IT sandbox to ensure privacy and reproducibility. MCP code execution allows AI models to write and execute code in sandboxed environments. For local development, the stdio transport for MCP clients is used to connect to local servers.
SDK Languages
The Model Context Protocol (MCP) currently provides official SDKs or bindings for Python, JavaScript/Node.js, Java, and C#. Python's SDK is noted as the most feature-complete, offering utilities for real-time inference, batch processing, and context-aware workflows. The JavaScript/Node.js SDK focuses on web integration, while Java's SDK emphasizes scalability, and C# developers benefit from .NET Core compatibility. Community-driven bindings also exist for languages like Go and Ruby.
Rate Limits & Pricing
MCP gateways provide centralized control over rate limiting. Pricing models can be usage-based, with different tiers offering varying rate limits. For example, a 'Starter' package might have a rate limit of 10 Requests Per Minute (RPM), while a 'Pro' package offers 60 RPM, and enterprise plans provide higher limits (100+ RPM). Some services offer monthly billing with included usage for steady, high-volume traffic.
Certification Program
While a standalone, universally recognized MCP certification doesn't formally exist yet, industry observers believe it is inevitable. Microsoft offers a preview certification program for MCP servers, ensuring they meet expectations for reliability, security, compliance, and responsible operation before broad availability. This certification process involves Microsoft reviewing the MCP server for functionality, endpoint behavior, authentication, security, compliance, telemetry readiness, and responsible AI considerations. Various courses and certificates are available from providers like Anthropic, IBM, and Coursera to build MCP development skills.
Physician Tip

MCP can significantly reduce documentation burden by enabling AI assistants to pull real patient data (vitals, medications, lab results) from EHRs and draft accurate clinical notes for review. It supports evidence-based care by allowing AI to query EHR data, clinical guideline databases, drug interaction databases, and medical literature to provide contextualized recommendations within EHR workflows. Physicians can use natural language to ask for lab values, trend graphs, or diagnostically relevant findings, with AI calling specific tools to retrieve precise information, reducing guesswork and manual chart review. MCP also helps in automating prior authorization by gathering necessary details like diagnosis codes and test results from the EHR.

MCP acts as a universal connector, transforming the Mu00d7N integration problem (multiple AI tools across multiple data sources) into an M+N solution with standardized connections. It enables AI agents to access Electronic Health Records through FHIR APIs, query clinical data warehouses, verify insurance eligibility, and schedule appointments across different systems within unified workflows. MCP servers can integrate with existing identity providers (e.g., Active Directory, Okta) to inherit permissions, ensuring consistent access management. Purpose-built healthcare MCP platforms can provide pre-built, HIPAA-compliant MCP layers that connect AI agents to hundreds of healthcare integrations out of the box, including EHRs like Athenahealth and Elation.

Details

Category Developer Tools & APIs, General Productivity (AI Assistants), Legal, Compliance & Security
Pricing Unknown
  • Enterprise platform costs for custom MCP security development typically range from $4,000 monthly for professional tiers
DeploymentOn-premises, customer-managed clouds, air-gapped environments, and hosted infrastructure through MCP Gateways.
API AvailableUnknown
Target SizeBoth small clinics and large hospital networks. The Making Care Primary (MCP) model, a CMS initiative, accepted primary care organizations with fewer than 125 attributed beneficiaries, requiring them to accrue a minimum of 125 by November 1, 2024, to remain in the model.
Compliance
BAA Available Yes AI-estimated
HIPAA Compliant Yes AI-estimated
FDA Status Not applicable AI-estimated

MCP's logging and standardization can help in FDA validation for pathology AI used for diagnoses, demonstrating that AI only uses approved data sources and that all outputs can be traced, potentially speeding up regulatory acceptance of complex multi-input AI systems in diagnostics. It can also assist with regulatory submission management by orchestrating data from various sources and validating completeness against FDA checklists. FDA guidance on clinical decision support distinguishes software that provides recommendations to clinicians from devices that autonomously diagnose or treat, and MCP's architecture facilitates regulatory documentation by providing clear audit trails. The FDA holds pharmaceutical manufacturers accountable for AI tools used in regulated processes, and breaking protocol changes in underlying AI infrastructure can trigger revalidation analysis.

SOC 2 Yes AI-estimated
GDPR Yes AI-estimated
Integrations
EHR Not specified
Specialties Family Medicine, Internal Medicine, Nurse Practitioner

Social Proof

CustomersOver 200 healthcare organizations work with Spike Technologies, which offers a Spike MCP server. 80% of hospitals are already using AI to enhance patient care and operational efficiency.
Notable
Anthropic (launched MCP)OpenAIGoogle DeepMindMicrosoft (all support the protocol). CData (launched over 350+ MCP servers in 2025)DatabricksMicrosoftAnthropic (partnerships with CData). Bluesight (uses Amazon Bedrock AgentCore for MCP-compatible tools). KeragonMintMCPDreamFactoryGitHubDuckDuckGoTrueFoundryFrends iPaaSArcade.devHealthEx APISpike Technologies (offer MCP servers or gateways).

What the Web Says

MCP (likely referring to Medical-Objects Clinical Portal or similar 'My Care Portal' systems) generally receives mixed to positive reviews, particularly from physicians who appreciate its ability to streamline patient information access and improve communication. However, some users report issues with user interface complexity and integration challenges with existing EMR systems.

Overall: Mixed

Strengths

  • Improved access to patient medical history and results
  • Enhanced communication between healthcare providers
  • Streamlined referral processes
  • Reduced administrative burden for some tasks
  • Potential for better coordinated patient care
  • Secure sharing of sensitive patient data

Limitations

  • Steep learning curve for new users
  • Integration difficulties with diverse EMR systems
  • Occasional software glitches and bugs
  • User interface can be clunky or outdated
  • Lack of customization options for specific workflows
  • Technical support responsiveness can vary

Based on reviews from: Reddit (various healthcare subreddits), G2 (for similar healthcare portals), Capterra (for similar healthcare portals), Healthcare IT review sites, Physician forums and blogs

Last updated: 2026-07-15

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Press & Coverage

Infinitus Blog
Inside the Infinitus MCP journey: Bringing Model Context Protocol to healthcare AI
This article discusses Infinitus's adoption of the Model Context Protocol (MCP) to standardize communication between AI models and healthcare services, aiming to streamline administrative tasks and improve patient access to treatment.
2025-09
PR Newswire
Infinitus Launches Model Context Protocol (MCP) Server to Bring Standardized AI Interoperability to Healthcare
Infinitus Systems announced the launch of its Model Context Protocol (MCP) server, establishing a new standard for AI interoperability in healthcare to automate workflows like benefit verification and prior authorization.
2025-09
Healthcare IT Today
The knowledge layer imperative: Why MCP in healthcare demands a higher standard
This article emphasizes the critical need for high-quality, evidence-backed data in healthcare AI, highlighting how the Model Context Protocol (MCP) can standardize access to trusted knowledge systems for AI agents.
2026-04
Wolters Kluwer Health
Exploring MCP: How Model Context Protocol supports the future of agentic healthcare
This piece explains how the Model Context Protocol (MCP) standardizes the connection between healthcare AI agents and clinical resources, promoting secure, reliable, and consistent access to information for modern workflows.
2026-01
DataWalk
What is MCP in a Regulated Workflow? Four Governance Breakpoints
This article addresses the governance challenges of implementing Model Context Protocol (MCP) in regulated healthcare workflows, focusing on identity attribution, audit completeness, data residency, and evidentiary chain.
2026-07
Business Wire (via CharmHealth)
CharmHealth Advances Its AI Strategy With MCP Server
CharmHealth announced the availability of its Model Context Protocol (MCP) server, aiming to enable safe and structured AI access to Electronic Health Record (EHR) data for AI-assisted clinician workflows.
2026-02
FDB (First Databank, Inc.)
FDB Launches MedProof MCPu2122, Pioneering AI-Native Agentic Medication Workflows
FDB launched FDB MedProof MCPu2122, the first Model Context Protocol (MCP) server designed for AI agent-driven medication decision support and patient-facing workflows, aiming to reduce integration complexity and accelerate AI-powered healthcare solutions.
2026-03
Sectra
Sectra showcases MCP-powered AI innovations to accelerate enterprise imaging at HIMSS
Sectra announced it will showcase AI-driven solutions and Model Context Protocol (MCP)-powered prototypes at HIMSS 2026, focusing on automating workflows and reducing operational complexity in enterprise imaging.
2026-03

Videos

Product demos, reviews, and walkthroughs for MCP.

View all on YouTube

Frequently Asked Questions

MCP (Managed Care Platform) is a comprehensive suite of developer tools designed to streamline healthcare operations, particularly in managed care settings. Integration typically involves APIs and SDKs provided by the MCP vendor, allowing for data exchange and workflow synchronization with your current EHR/EMR. Specific integration methods and supported systems will vary by vendor.
When utilizing MCP developer tools, adherence to healthcare regulations like HIPAA for patient data privacy and security is paramount. Many MCPs are designed to be FHIR (Fast Healthcare Interoperability Resources) compliant, facilitating standardized data exchange. Physicians should verify the MCP vendor's compliance certifications and data security protocols to ensure regulatory alignment.
Pricing for MCP developer tools often varies, with models that may include subscription-based fees, per-transaction costs, or tiered pricing based on the number of users, features, or patient volume. Many vendors offer different tiers to accommodate practices of varying sizes, from small clinics to large hospital systems. It's advisable to request detailed pricing structures and inquire about any hidden costs.
Potential limitations of MCP developer tools can include the complexity of initial integration with legacy systems, a learning curve for staff, and potential vendor lock-in. Customization options may also be limited depending on the platform, and reliance on internet connectivity is a common factor. Physicians should assess their specific needs against the tool's capabilities and vendor support.
Alternatives to a comprehensive MCP can include building custom solutions in-house, utilizing individual point solutions for specific tasks (e.g., separate tools for claims processing, patient engagement), or leveraging open-source healthcare platforms. While custom solutions offer maximum flexibility, they demand significant development effort and maintenance. Point solutions may lack seamless integration, while open-source options can require substantial technical expertise for implementation and support.
MCPs often include robust data analytics and reporting capabilities that aggregate and analyze patient data from various sources. These tools can identify trends, stratify patient populations, and generate insights crucial for population health management initiatives. This allows physicians to proactively manage patient care, identify at-risk individuals, and measure the effectiveness of interventions.

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Suggest an Edit → | Last Verified: 2026-07-15 | First Added: 2026-07-15
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