AI TechnicalAI InfrastructureMCP··10 min read

MCP: The Protocol Connecting AI Agents to Your Business

Model Context Protocol (MCP) is becoming the standard for how AI agents access business tools and data. Learn what MCP is, why it matters, and what it means for your organization.
Leonard Cremer

Leonard Cremer

Founder & CEO, Stratafy

MCP: The Protocol Connecting AI Agents to Your Business

AI Technical Landscape
This article explains the Model Context Protocol (MCP) and its implications for business AI deployment.
TL;DR
MCP (Model Context Protocol) is an open standard that lets AI agents securely access business tools—calendars, databases, APIs, files. It's becoming the USB-C of AI integration, but connecting tools doesn't mean connecting strategy.

Your AI assistant just scheduled a meeting, pulled relevant documents from your file system, and drafted an agenda based on your CRM data. Three different tools, one seamless interaction. A year ago, this would have required custom integrations, API wrangling, and weeks of development. Today, it takes a few lines of configuration.

The technology enabling this is called MCP—Model Context Protocol. And it's quietly reshaping how AI agents interact with business systems.

What Is MCP?

MCP is an open protocol, originally developed by Anthropic in late 2024, that standardizes how AI models connect to external tools, data sources, and services. Think of it as a universal adapter that lets AI agents plug into your business infrastructure without custom integration work for each connection.

Before MCP, connecting an AI assistant to your calendar required building a specific integration. Connecting to your CRM required another. Each tool needed custom code, authentication handling, and maintenance. The result: fragmented AI capabilities limited to whatever integrations someone had time to build.

MCP changes this by providing a standard interface:

Before MCPWith MCP
Custom integration per toolStandard protocol for all tools
Weeks of developmentHours of configuration
Fragile, hard to maintainStandardized, predictable
Limited to pre-built connectionsExtensible to any MCP-compatible tool
AI capabilities siloedAI capabilities composable

How MCP Works

At its core, MCP defines three things:

1. Resources — Data the AI can read (files, database records, API responses)

2. Tools — Actions the AI can take (send email, create calendar event, update record)

3. Prompts — Templates that guide how the AI uses resources and tools

An MCP server exposes these capabilities through a standardized interface. An MCP client (the AI application) can discover what's available and use it without knowing the implementation details.

┌─────────────────┐     MCP Protocol     ┌─────────────────┐
│   AI Assistant  │◄───────────────────►│   MCP Server    │
│   (MCP Client)  │                      │   (Your Tools)  │
└─────────────────┘                      └─────────────────┘
                                                  │
                                    ┌─────────────┼─────────────┐
                                    ▼             ▼             ▼
                              ┌─────────┐   ┌─────────┐   ┌─────────┐
                              │ Calendar│   │   CRM   │   │  Files  │
                              └─────────┘   └─────────┘   └─────────┘

The AI doesn't need to know how your calendar works. It just knows there's a tool called "create_event" that takes a title, time, and participants. MCP handles the rest.

Why MCP Matters for Business

MCP is more than a technical convenience. It represents a fundamental shift in how AI capabilities can be deployed across organizations.

1. Dramatically Lower Integration Costs

Traditional AI integrations required specialized development for each tool connection. A company wanting AI to access email, calendar, CRM, and file storage might spend weeks building four separate integrations.

With MCP, the same company configures four MCP servers—often using pre-built implementations—and connects them to any MCP-compatible AI. According to early adopters, this can reduce integration time by 10-20x for common use cases.

2. Composable AI Capabilities

Before MCP, AI capabilities were limited to what was pre-integrated. If your AI assistant didn't have a Slack integration, you couldn't use it for Slack.

MCP makes capabilities composable. Any MCP-compatible tool can work with any MCP-compatible AI. This creates an ecosystem where:

  • Tool vendors build MCP servers once, work with all AI clients
  • AI providers support MCP once, access all compatible tools
  • Businesses mix and match without vendor lock-in

3. Secure, Controlled Access

MCP includes built-in patterns for authentication and authorization. AI agents can access only what they're explicitly permitted to access—no more, no less.

This matters because AI agents increasingly need access to sensitive business data. MCP provides a framework for granting that access in controlled, auditable ways:

Security AspectMCP Approach
AuthenticationStandard OAuth flows, API keys
AuthorizationPer-tool, per-resource permissions
Audit trailStandardized logging of AI actions
Credential managementCentralized, not embedded in prompts

4. The Ecosystem Is Growing Fast

Since Anthropic open-sourced MCP in November 2024, adoption has accelerated. Major developments include:

  • Claude Desktop ships with native MCP support
  • Pre-built MCP servers available for Google Drive, Slack, GitHub, PostgreSQL, and dozens more
  • Enterprise tools like Zapier, Notion, and Salesforce building MCP compatibility
  • Open-source community creating new MCP servers weekly

This isn't a theoretical standard waiting for adoption. It's a working protocol with real implementations used in production today.

MCP in Practice: What It Enables

To understand MCP's impact, consider what AI agents can now do with proper tool access:

Autonomous Task Execution

AI agents with MCP access can execute multi-step tasks independently:

  • Research a topic across multiple sources
  • Draft a document based on findings
  • Save it to the appropriate folder
  • Schedule a review meeting
  • Send calendar invites to relevant parties

Each step uses a different tool. MCP makes the orchestration seamless.

Cross-System Workflows

Business processes rarely live in a single system. MCP enables AI to work across systems naturally:

  • Pull customer data from CRM
  • Check inventory in ERP
  • Generate quote in pricing system
  • Send via email platform
  • Log activity back to CRM

Without MCP, this requires custom workflow automation or human coordination. With MCP, an AI agent handles the integration.

Real-Time Context Access

AI agents can access current information rather than relying on training data:

  • Query live databases for current metrics
  • Check real-time availability in calendars
  • Read the latest version of documents
  • Access current customer records

This shifts AI from a knowledge assistant (what do I know?) to an action assistant (what can I do with current information?).

The Landscape of MCP-Enabled Tools

MCP adoption is creating categories of tools by capability:

Communication & Messaging

  • Email clients (Gmail, Outlook via MCP)
  • Messaging platforms (Slack, Discord, Telegram)
  • Unified inboxes and notification systems

Data & Files

  • Cloud storage (Google Drive, Dropbox, OneDrive)
  • Databases (PostgreSQL, MySQL, SQLite)
  • Document management systems

Productivity & Operations

  • Calendar systems (Google Calendar, Outlook)
  • Task managers (Todoist, Linear, Asana)
  • Note-taking tools (Notion, Obsidian)

Development & Technical

  • Code repositories (GitHub, GitLab)
  • CI/CD systems
  • Cloud infrastructure (AWS, GCP, Vercel)

Business Systems

  • CRM platforms (Salesforce, HubSpot)
  • ERP systems
  • Billing and invoicing

The pattern is clear: every major business tool category is developing MCP compatibility. The question isn't whether your tools will support MCP, but when.

What MCP Doesn't Solve

MCP is transformative for AI-tool integration. But it's not a complete solution for AI deployment. Understanding its limitations is as important as understanding its capabilities.

The Connection Problem vs. The Context Problem

MCP solves the connection problem: How do AI agents access tools?

It doesn't solve the context problem: How do AI agents know when and why to use them?

MCP HandlesMCP Doesn't Handle
How to create a calendar eventWhether this meeting should happen
How to access CRM dataWhich customers to prioritize
How to send an emailWhat tone aligns with brand voice
How to query a databaseWhat queries serve strategic goals

An AI agent with MCP access to your calendar can schedule anything. It can't determine which meetings align with strategic priorities. It can access your CRM but can't know your relationship strategy with key accounts.

Tool Access Without Strategic Governance

MCP makes AI agents more capable. It doesn't make them more aligned.

Consider an AI sales agent with MCP access to email, calendar, and CRM:

  • Capability: It can email prospects, schedule demos, and log activities
  • Missing context: It doesn't know your pricing strategy, target customer profile, or competitive positioning
  • Result: Efficient execution of potentially misaligned actions

This is the gap that MCP leaves open: AI agents can now act at scale, but nothing ensures those actions serve organizational strategy.

The Speed of Capability vs. The Speed of Governance

MCP enables rapid capability deployment. New tool? Connect it via MCP. New AI agent? Give it MCP access to relevant tools.

But governance mechanisms haven't kept pace:

AspectSpeed of Change
Adding new MCP toolsHours to days
Training AI agents on new capabilitiesImmediate
Developing strategic guidelines for AIWeeks to months
Updating governance for new capabilitiesMonths to quarters

This creates a widening gap between what AI can do and what organizations have governed it to do.

What This Means for Your Organization

MCP is here, and its adoption will accelerate. The strategic question isn't whether to engage with MCP, but how.

Near-Term Considerations

Audit your tool landscape: Which of your business tools have or will have MCP support? This determines what AI agents could potentially access.

Evaluate integration opportunities: Where are you spending significant effort on custom AI integrations? MCP might eliminate that work.

Assess security implications: MCP-enabled AI agents can access data programmatically. Does your security model account for AI as an actor?

Medium-Term Challenges

Governance frameworks: As AI agents gain MCP-enabled capabilities, how will you ensure their actions align with organizational intent?

Strategic context: MCP connects AI to tools, but what connects AI to strategy? This gap will become more visible as capabilities expand.

Workforce implications: MCP enables AI to perform multi-system tasks previously requiring human coordination. How does this affect roles and workflows?

The Deeper Question

MCP answers "how do AI agents access tools?" convincingly.

The questions it doesn't answer—and that organizations must answer—include:

  • How do AI agents know which actions serve strategic goals?
  • What connects tool access to organizational values and priorities?
  • How do you govern AI agents that can act across all your systems?

These questions become more urgent as MCP makes AI agents more capable. The protocol solves integration. It exposes the need for alignment.


Key Takeaways

  • MCP is the emerging standard: Model Context Protocol standardizes how AI agents access business tools, reducing integration time by 10-20x
  • Ecosystem growing fast: Major tools (Slack, Google Drive, GitHub, Salesforce) are adding MCP support; the protocol is production-ready today
  • Three core concepts: Resources (data to read), Tools (actions to take), Prompts (templates for use)
  • Solves connection, not context: MCP enables tool access but doesn't provide strategic governance
  • Capability outpacing governance: Organizations can deploy AI capabilities faster than they can govern them
  • The gap exposed: As AI agents become more capable, the absence of strategic context becomes more visible

Frequently Asked Questions

::u-accordion

items:

  • label: What is MCP (Model Context Protocol)? icon: i-lucide-circle-help content: MCP is an open protocol that standardizes how AI models connect to external tools, data sources, and services. It provides a universal interface for AI agents to access business systems without custom integration work.
  • label: Who created MCP? icon: i-lucide-circle-help content: Anthropic developed and open-sourced MCP in November 2024. It's now an open standard with growing adoption across AI providers and tool vendors.
  • label: What tools support MCP? icon: i-lucide-circle-help content: Growing rapidly—Google Drive, Slack, GitHub, PostgreSQL, Notion, and many more have MCP servers available. Most major business tool categories are developing MCP compatibility.
  • label: How is MCP different from APIs? icon: i-lucide-circle-help content: APIs are custom per service. MCP is a standard protocol—build one MCP client and it works with all MCP servers. Think of it as USB-C for AI-tool integration.
  • label: Does MCP solve AI governance? icon: i-lucide-circle-help content: No. MCP solves tool access (connection), not strategic alignment (context). AI agents with MCP can do more, but nothing in MCP ensures those actions align with organizational strategy.
  • label: Should my organization adopt MCP? icon: i-lucide-circle-help content: If you're deploying AI agents that need tool access, MCP significantly reduces integration complexity. But tool access without governance creates new risks—plan for both.

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This article is part of our series on the AI technical landscape:


Sources: Anthropic MCP Documentation (2024), MCP GitHub Repository, Anthropic Blog: Introducing MCP (November 2024)

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