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Course Outline

The Protocol Anatomy

  • Why function calling alone is insufficient for complex agent ecosystems in government operations
  • MCP primitives: tools, resources, prompts, and their JSON schemas for government applications
  • Lifecycle of an MCP session: initialize, list tools, call, return, shutdown for enhanced public sector governance
  • Comparing MCP to OpenAPI and GraphQL for exposing capabilities to agents in a government context

Building a Stdio MCP Server

  • Scaffolding a TypeScript MCP server with the official SDK for government use
  • Defining tool schemas with Zod and generating runtime validation for robust public sector operations
  • Implementing tool handlers that call internal REST APIs or databases to support government services
  • Handling errors, partial results, and long-running tool execution to ensure reliability in government applications

Building an HTTP MCP Server

  • Upgrading from stdio to HTTP for remote deployment and load balancing in government environments
  • Implementing authentication using bearer tokens and mTLS for secure government operations
  • Graceful degradation when HTTP connections fail mid-session to maintain public sector service continuity
  • Deploying HTTP MCP servers behind Kong or nginx with rate limiting to enhance government security and performance

Client Integration Patterns

  • Registering an MCP server with Claude Code using the configuration file for seamless government integration
  • Connecting OpenClaude to multiple MCP endpoints simultaneously to support diverse government needs
  • Writing a custom Python agent client using the MCP Python SDK for flexible government applications
  • Gracefully handling tool availability changes at runtime to ensure robust public sector operations

Resource and Prompt Exposure

  • Exposing read-only resources for agent context enrichment in government systems
  • Creating parameterized prompt templates that guide agent reasoning in public sector tasks
  • Updating resources dynamically when underlying data changes to maintain accuracy in government operations
  • Separating mutable tools from immutable resources for security clarity in government environments

Internal Tool Registry and Discovery

  • Building a company-wide MCP registry with metadata and ownership tags for comprehensive government tool management
  • Auto-discovery via DNS-SD or well-known endpoint files to streamline public sector operations
  • Versioning tools and deprecating old endpoints without breaking clients in government applications
  • Cataloging tools with natural language descriptions for agent searchability in the public sector

Enterprise Security Boundaries

  • Implementing authorization checks inside tool handlers based on agent identity to ensure government security
  • Using network segmentation to isolate high-risk tools from general agent access in government networks
  • Sandboxing tool execution with seccomp and gVisor containers for enhanced public sector security
  • Logging every tool invocation for compliance and forensic analysis in government operations

Performance and Reliability Engineering

  • Setting timeout policies per tool family: database, compute, and external APIs to optimize government performance
  • Implementing circuit breakers when downstream services are unhealthy to maintain public sector reliability
  • Caching tool results to reduce redundant expensive computations in government applications
  • Running MCP servers as sidecars versus standalone microservices to support flexible government architectures

Interoperability Across Agent Platforms

  • Testing MCP server compatibility with Claude Code and Continue.dev clients for seamless government integration
  • Handling transport negotiation differences between platforms to ensure smooth public sector operations
  • Writing polyfill adapters for non-MCP agent frameworks to support diverse government needs
  • Building a cross-platform tool marketplace inside the organization for comprehensive government resource management

Evolving the MCP Ecosystem Internally

  • Collecting developer feedback on tool usefulness and accuracy to improve public sector operations
  • Running quarterly tool audits and pruning obsolete integrations to maintain efficient government services
  • Onboarding new teams with self-service MCP server templates to facilitate government adoption
  • Contributing improvements upstream to the open-source MCP specification to enhance public sector collaboration

Requirements

  • Programming experience in TypeScript or Python
  • Understanding of LLM (Large Language Model) tool invocation and function-calling patterns
  • Basic networking knowledge, including HTTP, WebSockets, and JSON-RPC

Audience for Government

  • Backend developers tasked with building custom tools for AI agents within federal agencies
  • Platform engineers focused on standardizing how AI agents access and integrate with government enterprise systems
  • Solution architects responsible for designing AI tool ecosystems to support the adoption of AI technologies in government operations
 14 Hours

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