Context Engineering MCP

# Traditional approach - manual review
context = "You are an AI assistant. You help users. You are helpful..."
# Developer: "Looks good to me!" 🤷

# Context Engineering approach - AI analysis
analysis = await analyze_context(context)
print(f"Quality Score: {analysis.quality_score}/100")
print(f"Issues Found: {analysis.issues}")
print(f"Recommendations: {analysis.recommendations}")

# Output:
# Quality Score: 65/100
# Issues Found: ['Redundant statements', 'Vague instructions']
# Recommendations: ['Combine role definition', 'Add specific examples']

Our AI analyzer evaluates:

• Semantic Coherence: How well ideas flow together
• Information Density: Token efficiency metrics
• Clarity Score: Readability and understandability
• Relevance Mapping: How well content matches intent

# Before optimization
original_context = """
You are an AI assistant. You are helpful. You help users with their 
questions. When users ask questions, you provide helpful answers. 
You should be helpful and provide good answers to questions.
"""
# Tokens: 50, Quality: 60/100

# After optimization
optimized_context = """
You are a helpful AI assistant that provides comprehensive, 
accurate answers to user questions.
"""
# Tokens: 15 (70% reduction!), Quality: 85/100

Optimization strategies:

• 🎯 Token Reduction: Remove redundancy without losing meaning
• 💎 Clarity Enhancement: Improve instruction precision
• 🔗 Relevance Boosting: Prioritize important information
• 📐 Structure Improvement: Logical flow optimization

# Create a reusable template
template = create_template(
    name="Customer Support Agent",
    template="""
    You are a {company} support agent with {experience} of experience.
    
    Your responsibilities:
    - {primary_task}
    - {secondary_task}
    
    Communication style: {tone}
    
    Current context: {context}
    """,
    category="support",
    tags=["customer-service", "chatbot"]
)

# Use it across different scenarios
rendered = render_template(template, {
    "company": "TechCorp",
    "experience": "5 years",
    "primary_task": "Resolve technical issues",
    "secondary_task": "Ensure customer satisfaction",
    "tone": "Professional yet friendly",
    "context": "Black Friday sale period"
})

Features:

• 🤖 AI - Generated Templates: Describe your need, get a template
• 📊 Usage Analytics: Track which templates work best
• 🔄 Version Control: Roll back to previous versions
• 🧪 A/B Testing: Compare template performance

Handle complex, real - world scenarios:

# Create a multi - modal context
context = create_multimodal_context(
    text="Analyze this product image and create a description",
    images=["product_photo.jpg", "dimension_diagram.png"],
    documents=["product_specs.pdf"],
    metadata={
        "target_audience": "technical buyers",
        "tone": "professional",
        "length": "200 - 300 words"
    }
)

# Automatic optimization for each modality
optimized = await optimize_multimodal(context)

Supported formats:

• 📝 Text: Markdown, plain text, code
• 🖼️ Images: JPEG, PNG, WebP
• 🎵 Audio: MP3, WAV (transcription)
• 📹 Video: MP4 (frame extraction)
• 📄 Documents: PDF, DOCX, XLSX

// Just add to your Claude Desktop config:
{
  "mcpServers": {
    "context-engineering": {
      "command": "node",
      "args": ["./mcp-server/context_mcp_server.js"]
    }
  }
}

Then use natural language in Claude:

• "Optimize my chatbot's context for clarity"
• "Create a template for code review"
• "Analyze why my AI responses are slow"
• "Compare these two prompt strategies"

15 powerful tools at your fingertips!

# Create a specialized AI agent
agent_session = create_session("Customer Service Agent")
window = create_context_window(agent_session, max_tokens=4096)

# Add role - specific context
add_context_element(window, {
    "content": "You are Emma, a senior customer service specialist...",
    "type": "system",
    "priority": 10
})

# Add company knowledge
add_context_element(window, {
    "content": "Company policies: ...",
    "type": "system",
    "priority": 8
})

# Analyze and optimize
analysis = analyze_context(window)
if analysis.quality_score < 80:
    optimized = optimize_context(window, goals=["clarity", "relevance"])

Results: 40% faster response time, 85% customer satisfaction

# Before: Generic chatbot
old_prompt = "You are a chatbot. Answer questions."

# After: Optimized with templates
template = generate_template(
    purpose="Technical support chatbot for SaaS platform",
    examples=["User login issues", "API integration help"],
    constraints=["Max 2 paragraphs", "Include links to docs"]
)

# Deploy optimized version
optimized_bot = render_template(template, {
    "product": "CloudAPI Pro",
    "docs_url": "https://docs.cloudapi.com"
})

Results: 60% reduction in escalations, 2x faster resolution

# Create content generation templates
blog_template = create_template(
    name="Technical Blog Post",
    template="""Write a {word_count}-word blog post about {topic}.
    
    Target audience: {audience}
    Tone: {tone}
    Include: {requirements}
    
    SEO keywords: {keywords}
    """,
    category="content"
)

# Generate consistent content
for topic in topics:
    content = generate_with_template(blog_template, {
        "topic": topic,
        "word_count": 1500,
        "audience": "developers",
        "tone": "informative yet engaging",
        "requirements": ["code examples", "best practices"],
        "keywords": ["API", "integration", "tutorial"]
    })

Results: 5x content output, consistent quality scores >90%

# Multi - modal research context
research_context = create_multimodal_context(
    text="Analyze market trends for electric vehicles",
    documents=["market_report_2024.pdf", "competitor_analysis.xlsx"],
    images=["sales_charts.png", "technology_roadmap.jpg"],
    metadata={
        "focus_areas": ["battery technology", "charging infrastructure"],
        "output_format": "executive summary with recommendations"
    }
)

# Optimize for comprehensive analysis
optimized = optimize_multimodal(research_context, 
    goals=["completeness", "actionable_insights"])

Results: 70% time savings, 95% accuracy in insights

Session Management

POST   /api/sessions              # Create new session
GET    /api/sessions              # List all sessions
GET    /api/sessions/{id}         # Get session details
DELETE /api/sessions/{id}         # Delete session

Context Windows

POST   /api/sessions/{id}/windows # Create context window
GET    /api/contexts/{id}         # Get context details
POST   /api/contexts/{id}/elements # Add context element
DELETE /api/contexts/{id}/elements/{elem_id} # Remove element

Analysis & Optimization

POST   /api/contexts/{id}/analyze # Analyze context quality
POST   /api/contexts/{id}/optimize # Optimize with goals
POST   /api/contexts/{id}/auto-optimize # AI-driven optimization
GET    /api/optimization/{task_id} # Check optimization status

Template Management

POST   /api/templates             # Create template
POST   /api/templates/generate    # AI-generate template
GET    /api/templates             # List templates
GET    /api/templates/{id}        # Get template
POST   /api/templates/{id}/render # Render with variables
PUT    /api/templates/{id}        # Update template
DELETE /api/templates/{id}        # Delete template

// Context Engineering Tools
- create_context_session(name, description)
- create_context_window(session_id, max_tokens)
- add_context_element(window_id, content, type, priority)
- analyze_context(window_id)
- optimize_context(window_id, goals)
- auto_optimize_context(window_id)
- get_context_stats()

// Template Management Tools  
- create_prompt_template(name, template, category)
- generate_prompt_template(purpose, examples)
- list_prompt_templates(category, tags)
- render_template(template_id, variables)

// AI Guides Tools (Bonus)
- list_ai_guides()
- search_ai_guides(query)
- search_guides_with_gemini(query)
- analyze_guide(title)

AWS ECS

# Build and push to ECR
aws ecr get-login-password | docker login --username AWS --password-stdin $ECR_URI
docker build -t context-engineering .
docker tag context-engineering:latest $ECR_URI/context-engineering:latest
docker push $ECR_URI/context-engineering:latest

# Deploy with CloudFormation
aws cloudformation create-stack --stack-name context-engineering \
  --template-body file://aws/ecs-stack.yaml

Google Cloud Run

# Build and deploy
gcloud builds submit --tag gcr.io/$PROJECT_ID/context-engineering
gcloud run deploy context-engineering \
  --image gcr.io/$PROJECT_ID/context-engineering \
  --platform managed \
  --allow-unauthenticated

Kubernetes

# Apply manifests
kubectl apply -f k8s/namespace.yaml
kubectl apply -f k8s/deployment.yaml
kubectl apply -f k8s/service.yaml
kubectl apply -f k8s/ingress.yaml