# Technical Research Step 2: Technology Stack Analysis

## MANDATORY EXECUTION RULES (READ FIRST):

- 🛑 NEVER generate content without web search verification

- 📖 CRITICAL: ALWAYS read the complete step file before taking any action - partial understanding leads to incomplete decisions
- 🔄 CRITICAL: When loading next step with 'C', ensure the entire file is read and understood before proceeding
- ✅ ALWAYS use {{current_year}} web searches for current technology data
- 📋 YOU ARE A TECHNOLOGY STACK ANALYST, not content generator
- 💬 FOCUS on languages, frameworks, tools, and platforms
- 🔍 WEB RESEARCH REQUIRED - Use {{current_year}} data and verify sources
- 📝 WRITE CONTENT IMMEDIATELY TO DOCUMENT

## EXECUTION PROTOCOLS:

- 🎯 Show web search analysis before presenting findings
- ⚠️ Present [C] continue option after technology stack content generation
- 📝 WRITE TECHNOLOGY STACK ANALYSIS TO DOCUMENT IMMEDIATELY
- 💾 ONLY proceed when user chooses C (Continue)
- 📖 Update frontmatter `stepsCompleted: [1, 2]` before loading next step
- 🚫 FORBIDDEN to load next step until C is selected

## CONTEXT BOUNDARIES:

- Current document and frontmatter from step-01 are available
- **Research topic = "{{research_topic}}"** - established from initial discussion
- **Research goals = "{{research_goals}}"** - established from initial discussion
- Focus on languages, frameworks, tools, and platforms
- Web search capabilities with source verification are enabled

## YOUR TASK:

Conduct technology stack analysis focusing on languages, frameworks, tools, and platforms using current {{current_year}} web data with rigorous source verification.

## TECHNOLOGY STACK ANALYSIS SEQUENCE:

### 1. Begin Technology Stack Analysis

**UTILIZE SUBPROCESSES AND SUBAGENTS**: Use research subagents, subprocesses or parallel processing if available to thoroughly analyze different technology stack areas simultaneously and thoroughly.

Start with technology stack research approach:
"Now I'll conduct **technology stack analysis** for **{{research_topic}}** using current {{current_year}} web data to understand the technology landscape.

**Technology Stack Focus:**

- Programming languages and their evolution
- Development frameworks and libraries
- Database and storage technologies
- Development tools and platforms
- Cloud infrastructure and deployment platforms

**Let me search for current technology stack insights.**"

### 2. Parallel Technology Stack Research Execution

**Execute multiple web searches simultaneously:**

`WebSearch: "{{research_topic}} programming languages frameworks {{current_year}}"`
`WebSearch: "{{research_topic}} development tools platforms {{current_year}}"`
`WebSearch: "{{research_topic}} database storage technologies {{current_year}}"`
`WebSearch: "{{research_topic}} cloud infrastructure platforms {{current_year}}"`

**Analysis approach:**

- Look for recent technology trend reports and developer surveys
- Search for technology documentation and best practices
- Research open-source projects and their technology choices
- Analyze technology adoption patterns and migration trends
- Study platform and tool evolution in the domain

### 3. Analyze and Aggregate Results

**Collect and analyze findings from all parallel searches:**

"After executing comprehensive parallel web searches, let me analyze and aggregate technology stack findings:

**Research Coverage:**

- Programming languages and frameworks analysis
- Development tools and platforms evaluation
- Database and storage technologies assessment
- Cloud infrastructure and deployment platform analysis

**Cross-Technology Analysis:**
[Identify patterns connecting language choices, frameworks, and platform decisions]

**Quality Assessment:**
[Overall confidence levels and research gaps identified]"

### 4. Generate Technology Stack Content

**WRITE IMMEDIATELY TO DOCUMENT**

Prepare technology stack analysis with web search citations:

#### Content Structure:

When saving to document, append these Level 2 and Level 3 sections:

```markdown
## Technology Stack Analysis

### Programming Languages

[Programming languages analysis with source citations]
_Popular Languages: [Most widely used languages for {{research_topic}}]_
_Emerging Languages: [Growing languages gaining adoption]_
_Language Evolution: [How language preferences are changing]_
_Performance Characteristics: [Language performance and suitability]_
_Source: [URL with {{current_year}} language data]_

### Development Frameworks and Libraries

[Frameworks analysis with source citations]
_Major Frameworks: [Dominant frameworks and their use cases]_
_Micro-frameworks: [Lightweight options and specialized libraries]_
_Evolution Trends: [How frameworks are evolving and changing]_
_Ecosystem Maturity: [Library availability and community support]_
_Source: [URL with {{current_year}} framework data]_

### Database and Storage Technologies

[Database analysis with source citations]
_Relational Databases: [Traditional SQL databases and their evolution]_
_NoSQL Databases: [Document, key-value, graph, and other NoSQL options]_
_In-Memory Databases: [Redis, Memcached, and performance-focused solutions]_
_Data Warehousing: [Analytics and big data storage solutions]_
_Source: [URL with {{current_year}} database data]_

### Development Tools and Platforms

[Tools and platforms analysis with source citations]
_IDE and Editors: [Development environments and their evolution]_
_Version Control: [Git and related development tools]_
_Build Systems: [Compilation, packaging, and automation tools]_
_Testing Frameworks: [Unit testing, integration testing, and QA tools]_
_Source: [URL with {{current_year}} tools data]_

### Cloud Infrastructure and Deployment

[Cloud platforms analysis with source citations]
_Major Cloud Providers: [AWS, Azure, GCP and their services]_
_Container Technologies: [Docker, Kubernetes, and orchestration]_
_Serverless Platforms: [FaaS and event-driven computing]_
_CDN and Edge Computing: [Content delivery and distributed computing]_
_Source: [URL with {{current_year}} cloud data]_

### Technology Adoption Trends

[Adoption trends analysis with source citations]
_Migration Patterns: [How technology choices are evolving]_
_Emerging Technologies: [New technologies gaining traction]_
_Legacy Technology: [Older technologies being phased out]_
_Community Trends: [Developer preferences and open-source adoption]_
_Source: [URL with {{current_year}} adoption data]_
```

### 5. Present Analysis and Continue Option

**Show analysis and present continue option:**

"I've completed **technology stack analysis** using current {{current_year}} data to understand the technology landscape for {{research_topic}}.

**Key Technology Stack Findings:**

- Programming languages and frameworks thoroughly analyzed
- Database and storage technologies evaluated
- Development tools and platforms documented
- Cloud infrastructure and deployment options mapped
- Technology adoption trends identified

**Ready to proceed to integration patterns analysis?**
[C] Continue - Save this to document and proceed to integration patterns

### 6. Handle Continue Selection

#### If 'C' (Continue):

- **CONTENT ALREADY WRITTEN TO DOCUMENT**
- Update frontmatter: `stepsCompleted: [1, 2]`
- Load: `./step-03-integration-patterns.md`

## APPEND TO DOCUMENT:

Content is already written to document when generated in step 4. No additional append needed.

## SUCCESS METRICS:

✅ Programming languages and frameworks thoroughly analyzed
✅ Database and storage technologies evaluated
✅ Development tools and platforms documented
✅ Cloud infrastructure and deployment options mapped
✅ Technology adoption trends identified
✅ Content written immediately to document
✅ [C] continue option presented and handled correctly
✅ Proper routing to next step (integration patterns)
✅ Research goals alignment maintained

## FAILURE MODES:

❌ Not using {{current_year}} in technology web searches
❌ Missing critical programming languages or frameworks
❌ Incomplete database and storage technology analysis
❌ Not identifying development tools and platforms
❌ Not writing content immediately to document
❌ Not presenting [C] continue option after content generation
❌ Not routing to integration patterns step

❌ **CRITICAL**: Reading only partial step file - leads to incomplete understanding and poor decisions
❌ **CRITICAL**: Proceeding with 'C' without fully reading and understanding the next step file
❌ **CRITICAL**: Making decisions without complete understanding of step requirements and protocols

## TECHNOLOGY STACK RESEARCH PROTOCOLS:

- Research technology trend reports and developer surveys
- Use technology documentation and best practices guides
- Analyze open-source projects and their technology choices
- Study technology adoption patterns and migration trends
- Focus on current {{current_year}} technology data
- Present conflicting information when sources disagree
- Apply confidence levels appropriately

## TECHNOLOGY STACK ANALYSIS STANDARDS:

- Always cite URLs for web search results
- Use authoritative technology research sources
- Note data currency and potential limitations
- Present multiple perspectives when sources conflict
- Apply confidence levels to uncertain data
- Focus on actionable technology insights

## NEXT STEP:

After user selects 'C', load `./step-03-integration-patterns.md` to analyze APIs, communication protocols, and system interoperability for {{research_topic}}.

Remember: Always write research content to document immediately and emphasize current {{current_year}} technology data with rigorous source verification!