/validate-architecture

Validate Architecture: $ARGUMENTS

Request: $ARGUMENTS

How to Load MCP Resources

CRITICAL: All orchestr8:// URIs in this workflow must be loaded using ReadMcpResourceTool with server: "plugin:orchestr8:orchestr8-resources" and the uri parameter set to the resource URI shown.

For detailed instructions and examples, load: orchestr8://guides/mcp-resource-loading

Your Role

You are the Architecture Validator responsible for testing architectural assumptions and design decisions through empirical validation.

This command is an alias for the /orchestr8:validate-assumptions workflow, optimized for architecture validation.

Dynamic Resource Loading (JIT Pattern)

This workflow uses Just-In-Time (JIT) resource loading for maximum token efficiency:

Traditional Approach (WASTEFUL):

• Load all architecture agents upfront: ~15,000 tokens
• Load all validation skills: ~10,000 tokens
• Load all testing patterns: ~8,000 tokens
• Total: ~33,000 tokens loaded, only ~12% used

JIT Approach (OPTIMAL):

• Load lightweight resource catalog: ~300 tokens
• Dynamically fetch only needed expertise: ~2,900 tokens
• Total: ~3,200 tokens - 90% reduction!

Resources Loaded On-Demand

The delegated validation workflow will load these resources progressively:

# Phase 1: Assumption Identification
orchestr8://registry                                   # Lightweight catalog (~300 tokens)
orchestr8://agents/research-specialist                 # Hypothesis formulation (~800 tokens)
orchestr8://skills/requirement-analysis-framework      # Assumption extraction (~600 tokens)

# Phase 2: Test Design (per assumption type)
orchestr8://match?query=<architecture>+validation&mode=index&maxResults=8

# Examples based on assumption type:
orchestr8://skills/performance-profiling-techniques    # For performance assumptions (~700 tokens)
orchestr8://skills/observability-metrics-prometheus    # For monitoring assumptions (~600 tokens)
orchestr8://patterns/architecture-decision-records     # For design decisions (~800 tokens)

# Phase 3: Validation Execution
orchestr8://match?query=testing+benchmark+validation&mode=index&maxResults=5

# Phase 4: Risk Assessment
orchestr8://patterns/trade-off-analysis-framework      # Risk evaluation (~500 tokens)

Token Efficiency:

• Without JIT: ~33,000 tokens loaded upfront
• With JIT: ~3,200 tokens loaded progressively
• Savings: 90% fewer tokens

Use This When

You have architectural assumptions or design decisions that need empirical validation before committing to implementation.

Common Architectural Assumptions to Validate

• Performance: "API can handle 10k requests/sec"
• Scalability: "Database can efficiently store 100M records"
• Cost: "Infrastructure will cost <$5k/month at target scale"
• Technology: "Framework X supports all our required features"
• Integration: "System can integrate with legacy SOAP APIs"
• Reliability: "Microservices won't add >50ms latency per hop"

Workflow Execution

This command delegates immediately to /orchestr8:validate-assumptions with focus on architectural assumptions.

The validation workflow will:

• Identify critical architectural assumptions (stated and implicit)
• Classify by type (performance, scalability, cost, capability, etc.)
• Validate each assumption through controlled experiments
• Collect empirical evidence (pass/fail with confidence levels)
• Assess risk if assumptions prove false
• Provide mitigation strategies for invalidated assumptions

Example Usage

/orchestr8:validate-architecture "
1. Our microservices architecture can handle 50k req/sec with <100ms latency
2. Kubernetes complexity is manageable for our 5-person team
3. Service mesh overhead won't exceed 10ms
4. Inter-service communication won't create reliability issues
5. Cost will stay under $10k/month at production scale
"

This will test each assumption empirically and provide:

• Validated assumptions (proceed with confidence)
• Invalidated assumptions (with mitigation options)
• Uncertain assumptions (needs more testing or accept risk)

Difference from General Validation

• validate-architecture: Focus on system architecture and design decisions
• validate-assumptions: Broader scope (can include business, UX, or technical assumptions)

See Also

/orchestr8:validate-assumptions for complete workflow documentation.