| name | tech-search |
| description | Self-contained deep tech research. WebSearch + WebFetch + Haiku workers.
Pipeline: Query > Decompose > Parallel Search (Haiku) > Evaluate > Synthesize > Document.
Zero external dependencies. MCPs optional.
Salva em docs/research/{YYYY-MM-DD}-{slug}/.
|
Tech Search
Self-contained deep research pipeline. Zero external dependencies.
Quick Start
/tech-search "React Server Components vs Client Components"
Activation
- Parse query from
$ARGUMENTS (or ask if not provided)
- Execute 6-phase workflow
- Save to
docs/research/{YYYY-MM-DD}-{slug}/
CRITICAL:
- NEVER implement code. Redirect to @pm or @dev.
- NEVER write files outside
docs/research/.
SKILL DEFINITION
skill:
name: Tech Search
id: tech-search
veto_conditions:
- id: VETO_NO_RESULTS
trigger: "ALL search waves return 0 results"
action: "STOP + Report: 'No results found. Reformulate query or check connectivity.'"
- id: VETO_IMPLEMENTATION_REQUEST
trigger: "User asks to implement, code, create agent/skill, or deploy"
action: "REDIRECT: 'Implementation is not my scope. Use @pm for prioritization or @dev for execution.'"
keywords:
- "implementa"
- "cria o agent"
- "cria a skill"
- "faz o codigo"
- "escreve o codigo"
- "desenvolve"
- "deploy"
- "implement"
- "build this"
- "code this"
- id: VETO_FORBIDDEN_PATH
trigger: "Attempt to write outside docs/research/"
action: "BLOCK + Error: 'Writing outside docs/research/ is forbidden.'"
constraints:
forbidden_actions:
- NEVER implement code, agents, skills, or production artifacts
- NEVER create files outside docs/research/
- NEVER write to .Codex/agents/, .Codex/skills/, squads/, app/, lib/
tool_hierarchy:
search:
1_preferred: "Exa MCP (mcp__exa__web_search_exa) - if available"
2_fallback: "WebSearch (always available)"
detection: "Try Exa first. If 401/429/503, set exa_available=false, use WebSearch."
docs:
1_preferred: "Context7 MCP (mcp__context7__resolve-library-id + query-docs) - if available"
2_fallback: "WebSearch with 'site:{library}.dev docs' or 'site:{library}.io docs'"
detection: "Try Context7 first. If fails, set context7_available=false."
deep_read:
only: "WebFetch with prompts/page-extract.md prompt"
note: "No ETL, no Bash, no external scripts. Pure WebFetch."
workers:
type: "general-purpose"
model: "haiku"
max_parallel: 5
max_deep_reads_per_worker: 3
workflow:
phases:
1_auto_clarify:
name: "Auto-Clarification"
model_tier: "MAIN MODEL (inline)"
description: |
Pattern matching + technology detection on the user query.
Determines if clarification is needed or can be skipped.
execution: |
1. Read user query (original text, unmodified)
2. PATTERN MATCHING (case-insensitive):
- Technical keywords: "code", "implement", "how to", "api", "bug",
"error", "debug", "library", "sdk", "tutorial", "example"
→ inferred_context.focus = "technical"
- Comparison keywords: "compare", "vs", "versus", "difference",
"better", "alternative", "tradeoff", "pros and cons"
→ inferred_context.focus = "comparison"
- Recency keywords: "latest", "new", "2024", "2025", "2026",
"recent", "state of the art", "trending"
→ inferred_context.temporal = "recent"
→ Append current year to search queries
3. TECHNOLOGY DETECTION (case-insensitive):
Scan for known technologies:
- Languages: JavaScript/JS, TypeScript/TS, Python, Java, Go, Rust, C#, Ruby, PHP
- Frameworks: React, Next.js, Vue, Angular, Svelte, Express, FastAPI, Django, Flask
- Databases: PostgreSQL, MySQL, MongoDB, Redis, Supabase, Firebase, Elasticsearch
- AI/ML: LLM, RAG, LangChain, OpenAI, Codex, Anthropic, TensorFlow, PyTorch
- Infra: Docker, Kubernetes, AWS, Vercel, GraphQL, REST, WebSocket
→ Collect into inferred_context.domain = [list]
4. DECISION:
- IF any pattern OR technology detected → skip clarification
- IF nothing detected → ask ONE question:
"Your query seems broad. What is the focus and technical context?"
output: "inferred_context object {focus, temporal, domain, skip_clarification}"
2_decompose:
name: "Query Decomposition"
model_tier: "MAIN MODEL"
description: |
Decomposes user query into 5-7 atomic, directly searchable sub-queries.
Uses extended thinking for deeper analysis.
execution: |
ultrathink
1. DEEP ANALYSIS (use extended thinking):
- What are the REAL questions behind this query?
- What would a domain expert want to know?
- What gaps might standard searches miss?
- What assumptions should be tested?
2. GENERATE 5-7 sub-queries that:
- Cover ORTHOGONAL angles (not overlapping)
- Include at least one "devil's advocate" query
- Include at least one "expert-level" query
- Are directly searchable (not abstract)
3. INCORPORATE inferred_context:
- If focus=comparison → ensure queries cover both/all sides
- If temporal=recent → add year constraints
- If domain detected → scope queries to those technologies
4. OUTPUT format:
{
"main_topic": "string",
"sub_queries": ["query1", "query2", ...],
"search_strategy": "parallel"
}
output: "decomposition_result JSON"
3_parallel_search:
name: "Parallel Search via Haiku Workers"
model_tier: "HAIKU (via Task tool, general-purpose agent)"
description: |
Dispatches sub-queries as parallel Haiku workers.
Each worker: WebSearch → select top URLs → WebFetch on best → return JSON.
Max 5 workers in parallel. No external dependencies.
execution: |
1. PRE-CHECK MCP AVAILABILITY (main model, before dispatch):
- Try Context7: mcp__context7__resolve-library-id for detected library
→ If fails: context7_available = false
- Try Exa: mcp__exa__web_search_exa("test", 1)
→ If 401/429/503: exa_available = false
2. DISPATCH WORKERS:
For EACH sub-query, create a Task call:
Task(
subagent_type: "general-purpose",
model: "haiku",
prompt: <WORKER_PROMPT>
)
Dispatch ALL Task calls in a SINGLE message for parallel execution.
Max 5 workers.
WORKER PROMPT TEMPLATE:
```
You are a research worker. Search and extract information for ONE specific query.
QUERY: {sub_query}
CONTEXT: {inferred_context_json}
MCP AVAILABILITY: exa={exa_available}, context7={context7_available}
INSTRUCTIONS:
1. Search using the best available tool:
- If context7 available AND query is about a specific library:
→ Use mcp__context7__resolve-library-id then mcp__context7__query-docs
- If exa available:
→ Use mcp__exa__web_search_exa(query, numResults=5)
- Else:
→ Use WebSearch(query)
2. From search results, select top 2-3 most relevant URLs
3. Deep-read top 1-3 results using WebFetch:
- For each URL, use WebFetch with this prompt:
"Extract technical information relevant to: {sub_query}
Focus on: specific facts/numbers/benchmarks, code examples (preserve exactly),
best practices and warnings, expert recommendations.
Skip: navigation, ads, generic intros.
Format as structured markdown with Key Findings, Code/Examples,
Expert Quotes, and Actionable Insights sections."
4. Return results as JSON (no other text):
{
"sub_query": "the original sub-query",
"sources": [
{"url": "...", "title": "...", "snippet": "first 200 chars...",
"credibility": "HIGH|MEDIUM|LOW", "tool_used": "WebSearch|Exa|Context7"}
],
"key_findings": ["finding1 with specific data", "finding2", ...],
"code_examples": ["```lang\ncode\n```", ...],
"expert_quotes": ["quote — author", ...]
}
IMPORTANT:
- Do NOT synthesize or write reports. Just search and return raw findings.
- Be HONEST about credibility (LOW if source is generic/outdated).
- Preserve code examples EXACTLY as found.
- Max 3 deep reads per worker.
```
3. AGGREGATE RESULTS (main model):
- Collect all worker responses
- Parse JSON from each Task result
- Deduplicate by URL (keep highest credibility)
- Build unified results with tool attribution
4. HANDLE FAILURES:
- For failed workers (no response or invalid JSON):
→ Log warning, execute that sub-query directly in main context
- RULE: at least 1 successful result to proceed
output: |
{
"search_results": [...],
"tools_used": {"exa": N, "context7": N, "websearch": N, "webfetch": N},
"worker_stats": {"dispatched": N, "succeeded": N, "failed": N}
}
4_evaluate_coverage:
name: "Coverage Evaluation"
model_tier: "HAIKU (via Task tool)"
description: |
Evaluates if research is complete. Decides CONTINUE or STOP.
Max 2 waves total (simpler than tech-research's 3 waves).
execution: |
Wrap in Task(model: "haiku"):
1. Calculate metrics:
- coverage_score (0-100): How well do findings answer the original query?
- source_quality: Count HIGH/MEDIUM/LOW credibility sources
- new_info_ratio: Estimate unique facts vs total
2. STOPPING RULES:
HARD STOPS (always stop):
- wave >= 2 → "Max iterations reached"
- coverage_score >= 80 AND high_credibility >= 3 → "Sufficient coverage"
SOFT STOP:
- coverage_score >= 65 AND wave >= 1 → "Acceptable coverage"
MUST CONTINUE:
- coverage_score < 50 AND wave == 1 → "Insufficient first wave"
3. IF CONTINUE:
- Generate 2-3 targeted gap-filling queries
- Return to Phase 3 (search again with new queries)
4. IF STOP:
- Document final score and remaining gaps
output: |
{
"decision": "CONTINUE|STOP",
"coverage_score": 0-100,
"stop_reason": "reason",
"gaps": [...],
"next_queries": [...] (if CONTINUE)
}
5_synthesize:
name: "Synthesize"
model_tier: "MAIN MODEL"
description: |
Consolidates all findings into a comprehensive research report.
Produces DOCUMENTATION ONLY, never production code.
execution: |
1. Review all aggregated search results and findings
2. Identify patterns, consensus, and contradictions across sources
3. Rank techniques/solutions by evidence strength
4. Generate:
- Executive summary (TL;DR)
- Detailed findings organized by theme
- Code examples for REFERENCE only (not production)
- Decision matrix: when to use what
- Practical next steps recommending @pm or @dev
5. ALWAYS end with "Next Steps" section redirecting to implementation agents
output: "Synthesized report content"
6_document:
name: "Document"
model_tier: "MAIN MODEL"
description: "Save complete research to docs/research/"
structure:
folder: "docs/research/{YYYY-MM-DD}-{slug}/"
files:
- name: "README.md"
content: "Index + TL;DR"
- name: "00-query-original.md"
content: "Original question + inferred context"
- name: "01-deep-research-prompt.md"
content: "Generated structured prompt with sub-queries"
- name: "02-research-report.md"
content: "Complete research findings"
- name: "03-recommendations.md"
content: "Recommendations and next steps (NO production code)"
security:
- Never include API keys or secrets in research docs
- Sanitize sensitive paths before saving
- Validate URLs before fetching
- NEVER write files outside docs/research/
- NEVER create agents, skills, or production code
scope_boundaries:
allowed_paths:
- "docs/research/**"
forbidden_paths:
- ".Codex/agents/"
- ".Codex/skills/"
- "squads/"
- "app/"
- "lib/"
- "src/"
- "*.ts"
- "*.tsx"
- "*.js"
- "*.py"
exception: "Code examples within docs/research/ markdown are allowed for DOCUMENTATION only"
Execution Flow
Query → Auto-Clarify → Decompose (ultrathink, MAIN MODEL)
|
[Sub-query 1] [Sub-query 2] ... [Sub-query 5]
| | |
[Haiku GP] [Haiku GP] [Haiku GP]
(search+read) (search+read) (search+read)
| | |
+------+-------+-------+-----------+
|
Aggregate (MAIN MODEL)
|
Evaluate Coverage (HAIKU)
|
(coverage OK?) ── NO ──→ [Wave 2, max 2 total]
| YES
|
Synthesize (MAIN MODEL)
|
Document (MAIN MODEL)
What This Skill Does NOT Have
- No ETL service dependency
- No infrastructure/ references
- No squads/ references
- No Bash commands
- No custom agents (uses built-in general-purpose)
- No Python/JS scripts
- No npm dependencies
- No wave compression (max 2 waves, context is sufficient)
- No citation verification (simplifies without quality loss)
- No follow-up behavior (run again for more research)
- No BlogDiscovery or SemanticChunker
Output Structure
docs/research/{YYYY-MM-DD}-{slug}/
├── README.md # Index + TL;DR
├── 00-query-original.md # Original question + context
├── 01-deep-research-prompt.md # Generated prompt with sub-queries
├── 02-research-report.md # Complete findings
└── 03-recommendations.md # Recommendations (NO production code)
