🇺🇸English

survey - Cross-Platform Problem-Space Scan

Keyword: survey | Platforms: OMC / OMX / OHMG / Claude Code / Codex CLI / Gemini CLI / OpenCode

Survey the landscape before planning, coding, or committing to a direction.

When to use this skill

• Before building a new feature, tool, workflow, or agent capability
• When the user asks "what exists?", "scan the landscape", "research this space", or "survey solutions"
• When you need problem context, current workarounds, and solution gaps before /plan, jeo, ralph, or implementation
• When the topic spans multiple agent platforms and you need a single vendor-neutral picture

Do not use this skill when

• The user already knows the solution and wants implementation now
• The task is a small bug fix or narrow code change
• The user needs a feasibility study, architecture plan, or execution roadmap rather than discovery

Output Package

Save research in a platform-neutral directory so Claude / Codex / Gemini can all reuse it:

.survey/{slug}/
├── triage.md
├── context.md
├── solutions.md
└── platform-map.md    # optional; required for agent/tooling/platform topics

• triage.md: problem / audience / why now
• context.md: workflows, affected users, workarounds, adjacent problems, user voices
• solutions.md: solution inventory, categories, frequency, gaps, contradictions, key insight
• platform-map.md: normalize platform-specific findings into settings, rules, hooks

Core Abstraction Layer

When the topic involves agent tooling, model orchestration, hooks, permissions, or vendor APIs, normalize findings into three layers:

• settings: model, safety, temperature, max tokens, system prompt, provider parameters
• rules: allow/deny/modify policy, guardrails, action constraints, approval logic
• hooks: pre/post/error callbacks, notify handlers, lifecycle automation, event triggers

Use this abstraction when comparing Claude, Codex, Gemini, OMC, OMX, or OHMG. Do not describe vendor features as unrelated one-off concepts if they map cleanly into one of these three layers.

Recommended internal profile:

survey_profile:
  settings:
    search_language: English
    output_language: user-language
    max_searches_per_lane: 8-10
    save_root: .survey
  rules:
    - facts_only
    - no_code_generation
    - ask_max_2_triage_questions
    - dedupe_solution_names
    - include_source_links
  hooks:
    pre_research:
      - normalize_topic
      - choose_platform_adapter
    post_lane:
      - merge_notes
      - record_sources
    post_run:
      - write_summary
      - suggest_next_skill

Platform Adapter

Select the closest available orchestration surface, but keep the output format identical.

If a platform-specific specialist does not exist, fall back to a general-purpose web-enabled agent and keep going.

Execution Policy

• Never write product code in this skill. This is a research-only skill.
• Search broadly in English for coverage, unless the user explicitly requires another search language.
• Save files in the user's language unless the repository has a stronger convention.
• Ask at most 2 triage questions , one at a time, only if what, who, or why is unclear.
• Run all 4 research lanes in parallel whenever possible.
• Keep claims source-backed. Include links for quotes, rankings, and non-obvious claims.
• Deduplicate tools that appear under multiple names or product tiers.
• Do not recommend build/kill/adopt by default. Present the landscape and gaps.

Workflow

Step 0: Triage

Parse the request into:

• what: the pain point, idea, or capability to survey
• who: who feels the pain or uses the workflow
• why: why it matters now

Before proceeding, check whether .survey/{slug}/triage.md already exists.

• If it exists, ask whether to reuse or overwrite.
• If the user keeps the existing survey, skip to Step 3 and summarize the saved files.

Save:

# Triage
- Problem: {what}
- Audience: {who}
- Why now: {why}

Step 1: Run 4 Parallel Lanes

Launch all lanes together.

Lane A: Context

Research:

• where the problem appears in real workflows
• who is affected
• how people currently work around it
• adjacent problems and downstream consequences
• direct user voices from communities

Return sections:

• ## Workflow Context
• ## Affected Users
• ## Current Workarounds
• ## Adjacent Problems
• ## User Voices

Lane B: Solutions

Research:

• products, plugins, libraries, SaaS, GitHub projects, services
• curated lists and comparison pages
• common pricing and packaging
• limitations and repeated complaints

Return sections:

• ## Solutions
• ## Frequency Ranking
• ## Categories
• ## Curated Sources

Lane C: Actual Behavior

Research:

• what people actually use in practice
• which manual workflows persist despite vendor claims
• common frustration patterns
• where users drop back to spreadsheets, scripts, copy-paste, or multi-tool workflows

Return sections:

• ## What People Actually Use
• ## Common Workarounds
• ## Pain Points With Current Solutions
• ## Sources

Lane D: Alternatives / Platform Map

Default mode:

• JTBD alternatives
• cross-industry substitutes
• indirect competitors

For agent / model / orchestration topics, this lane must instead normalize the space into:

• ## Settings
• ## Rules
• ## Hooks
• ## Platform Gaps

Use a comparison table for Claude / Codex / Gemini when applicable.

Step 2: Synthesize and Save

Write context.md:

# Context: {project name}

## Workflow Context
{when and where the problem shows up}

## Affected Users
| Role | Responsibility | Skill Level |
|------|----------------|-------------|
{rows}

## Current Workarounds
{numbered list with limitations}

## Adjacent Problems
{lettered or bulleted list}

## User Voices
{quotes with source links}

Write solutions.md:

# Solution Landscape: {project name}

## Solution List
| Name | Approach | Strengths | Weaknesses | Notes |
|------|----------|-----------|------------|-------|
{deduplicated list}

## Categories
{grouped by category}

## What People Actually Use
{behavior summary}

## Frequency Ranking
{most mentioned solutions}

## Key Gaps
{structural gaps not covered today}

## Contradictions
{marketed claims vs user reality}

## Key Insight
{1 paragraph}

When the topic is platform or agent related, write platform-map.md:

# Platform Map: {project name}

## Settings
| Concern | Claude | Codex | Gemini | Common Layer |
|---------|--------|-------|--------|--------------|
{rows}

## Rules
| Concern | Claude / OMC | Codex / OMX | Gemini / OHMG | Common Layer |
|---------|---------------|-------------|---------------|--------------|
{rows}

## Hooks
| Lifecycle | Claude | Codex | Gemini | Common Layer |
|-----------|--------|-------|--------|--------------|
{rows}

## Platform Gaps
{where abstractions do not align cleanly}

Step 3: Summarize for the User

Return a short summary:

## Survey complete: {slug}

### Context
- {1-2 sentence summary}
- Main workaround: {most common workaround}

### Solution Landscape
- {N} solutions across {M} categories
- Key insight: {one sentence}
- Key gap: {one sentence}

### Files
- `.survey/{slug}/triage.md`
- `.survey/{slug}/context.md`
- `.survey/{slug}/solutions.md`
- `.survey/{slug}/platform-map.md`   # if created

Do not move into planning or implementation unless the user asks.

Quick Reference

Final Checklist

• what / who / why are clear
• Existing survey checked before overwrite
• 4 lanes executed in parallel
• Source links included for quotes and non-obvious claims
• context.md saved
• solutions.md saved
• platform-map.md saved for agent/platform topics
• Final user summary is factual, short, and recommendation-free

Weekly Installs

406

Repository

supercent-io/sk…template

GitHub Stars

88

First Seen

Mar 10, 2026

Security Audits

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Installed on

gemini-cli353

codex347

opencode334

github-copilot329

cursor329

kimi-cli328