Brainstorming

Core Principle

Before writing ANY code, discuss the approach with the user. This prevents wasted effort and ensures alignment.

When to Use This Skill

•Starting a new feature
•Major architectural changes
•Unclear or ambiguous requirements
•Multiple possible approaches exist
•User says "I need..." or "Can we add..."

The Iron Law

NEVER skip brainstorming for non-trivial work.

Even if you think you understand the requirement, the user may have:

•Different expectations
•Hidden constraints
•Better ideas
•Important context you're missing

Brainstorming Protocol

Step 1: Acknowledge and Clarify

Template:

code

I understand you want to [restate user's request in your own words].

Before I start implementing, let me make sure I understand correctly:
- [Clarifying question 1]
- [Clarifying question 2]
- [Clarifying question 3]

Example:

code

I understand you want to add user authentication to the API.

Before I start implementing, let me make sure I understand correctly:
- Do you want social login (Google, GitHub) or just email/password?
- Should this be stateless (JWT tokens) or session-based?
- Do you need role-based permissions (admin, user, etc.)?

Step 2: Present Options

Identify 2-4 possible approaches. For each option:

•Approach: Brief description
•Pros: Why this might be good
•Cons: Trade-offs and limitations
•Complexity: Low/Medium/High
•Recommendation: When to choose this

Template:

code

I see a few ways we could approach this:

## Option 1: [Approach Name]
**Description**: [What it involves]
**Pros**:
- [Advantage 1]
- [Advantage 2]
**Cons**:
- [Trade-off 1]
- [Trade-off 2]
**Complexity**: [Low/Medium/High]
**Best for**: [Scenario]

## Option 2: [Approach Name]
[Same structure]

## My Recommendation
Based on [reasoning], I recommend [Option X] because [why].

Step 3: Discuss Trade-offs

Be explicit about:

•Performance implications: Will this be fast/slow?
•Scalability: Will this work with 10/1000/1M users?
•Maintenance: How complex to maintain?
•Testing: How easy to test?
•Security: Any security concerns?
•Cost: Infrastructure costs?

Step 4: Get Explicit Approval

Never assume approval.

Template:

code

Does this approach make sense to you?

Any concerns or changes before I start implementing?

Wait for user's response before proceeding to planning/implementation.

Red Flags (When Brainstorming is Being Skipped)

•❌ "I'll just implement X" → STOP, brainstorm first
•❌ "This is straightforward" → Still brainstorm
•❌ "I know what you want" → Verify with user
•❌ Starting with "Let me create..." → Brainstorm first
•❌ User said "I need X" and you immediately start coding → Brainstorm first

Common Rationalizations to Reject

•❌ "This is a small feature" → Small features still need discussion
•❌ "The requirement is clear" → User may have unstated expectations
•❌ "We've done this before" → Each context is different
•❌ "The user seems confident" → They may not know all options
•❌ "I'm under time pressure" → Brainstorming SAVES time

Integration with Other Skills

After brainstorming:

•If user approves approach → Use writing-plans skill
•If database work involved → Use database-backup skill
•For implementation → Use test-driven-development skill

Examples

Example 1: Authentication Feature

User Request: "Add authentication to the API"

Bad Response (no brainstorming):

code

Let me add Laravel Sanctum authentication.
[Starts coding immediately]

Good Response (with brainstorming):

code

I understand you want to add authentication to the API.

Before I start, let me clarify:
- Do you need social login (Google, GitHub) or email/password?
- Stateless tokens (JWT) or session-based?
- Role-based permissions needed?

I see three approaches:

## Option 1: Laravel Sanctum (SPA/Mobile)
**Description**: Token-based, stateless
**Pros**: Simple, good for SPAs/mobile
**Cons**: No built-in OAuth
**Complexity**: Low
**Best for**: Single-page apps, mobile apps

## Option 2: Laravel Passport (OAuth2)
**Description**: Full OAuth2 server
**Pros**: Complete OAuth2, social login support
**Cons**: More complex setup
**Complexity**: Medium
**Best for**: Multiple clients, social login

## Option 3: Clerk (Third-party)
**Description**: Hosted auth service
**Pros**: Very fast setup, social login included
**Cons**: External dependency, cost at scale
**Complexity**: Low
**Best for**: MVP, rapid prototyping

My recommendation: For an API-first MVP with mobile app, I'd suggest Sanctum + Clerk for social login. This gives you simplicity plus social OAuth.

Does this approach make sense?

Example 2: Database Schema Change

User Request: "We need to track user activity logs"

Bad Response:

code

I'll add an activity_logs table.
[Creates migration immediately]

Good Response:

code

I understand you want to track user activity logs.

Let me clarify the scope:
- What activities should we log? (logins, API calls, data changes, all?)
- How long should we retain logs? (30 days, 1 year, forever?)
- Do you need to query these logs? (search, filter, reports?)
- Expected volume? (100 events/day or 100,000/day?)

I see a few approaches:

## Option 1: Simple Database Table
**Description**: activity_logs table with user_id, action, timestamp
**Pros**: Simple, easy to query with SQL
**Cons**: Can get large, may slow down main database
**Complexity**: Low
**Best for**: < 1000 events/day

## Option 2: Dedicated Logging Table (Partitioned)
**Description**: Separate database or partitioned table
**Pros**: Doesn't impact main DB performance
**Cons**: More complex setup
**Complexity**: Medium
**Best for**: 1000-100k events/day

## Option 3: External Service (e.g., Papertrail, Logstash)
**Description**: Send logs to external service
**Pros**: Scalable, built-in search/analytics
**Cons**: Cost, external dependency
**Complexity**: Low-Medium
**Best for**: High volume, need analytics

My recommendation: Start with Option 1 (simple table) and add indexes on user_id and timestamp. We can migrate to Option 2 if volume grows.

What level of detail do you need in the logs?

Authority

This skill is based on:

•Industry best practice: Design reviews before implementation
•Agile methodology: User collaboration over contract negotiation
•Empirical evidence: 70% of failed projects have unclear requirements
•Cost of change: 10-100x more expensive to fix after implementation

Social Proof: Professional development teams ALWAYS discuss design before coding.

Your Commitment

Before using this skill, confirm:

• I will ALWAYS brainstorm before coding
• I will NEVER assume I understand requirements
• I will PRESENT OPTIONS, not just implement my first idea
• I will WAIT for user approval before coding

Bottom Line: 5 minutes of brainstorming saves hours of refactoring. Always discuss before you code.