| name | rfc-specification |
| description | RFC (Request for Comments) specification writing with objective technical analysis. Use when creating technical specifications, design documents, or architecture proposals that require structured evaluation of options and trade-offs. |
| disable-model-invocation | true |
RFC Specification Writing Skill
This skill automatically activates when writing technical specifications, design documents, or architecture proposals that require structured evaluation and stakeholder review.
When This Skill Activates
- Creating a new technical RFC or design document
- Proposing architectural changes or new systems
- Evaluating technical options objectively
- Documenting technical decisions with rationale
- Writing system design specifications
Core Principles
Objective Technical Analysis
RFCs must maintain strict neutrality when evaluating options:
-
Evidence-Based Evaluation
- Support claims with data, benchmarks, or documented experience
- Avoid subjective language ("better", "best", "obvious choice")
- Present measurable criteria for comparison
-
Balanced Trade-off Analysis
- Every option has advantages AND disadvantages
- Document both explicitly for each alternative
- Avoid dismissing options without clear justification
-
Separation of Facts and Opinions
- Clearly label assumptions vs verified facts
- Cite sources for technical claims
- Distinguish between team preferences and technical constraints
-
Stakeholder Neutrality
- Present options without advocating for a predetermined choice
- Let evaluation criteria drive the recommendation
- Document dissenting opinions fairly
RFC Document Structure
Required Sections
-
Header Metadata
---
rfc_id: RFC-XXXX
title: [Descriptive Title]
status: DRAFT | REVIEW | APPROVED | IN_PROGRESS | COMPLETED | SUPERSEDED
author: [Name]
reviewers: [List of reviewers with status]
created: YYYY-MM-DD
last_updated: YYYY-MM-DD
decision_date: YYYY-MM-DD (when approved)
---
-
Overview (1-2 paragraphs)
- What this RFC proposes
- Why it matters now
- Expected outcome
-
Background & Context
- Current state of the system
- Historical context if relevant
- Glossary of terms
- Links to related RFCs or documentation
-
Problem Statement
- Specific problem being addressed
- Evidence of the problem (metrics, incidents, user feedback)
- Impact of not solving (cost, risk, opportunity loss)
-
Goals & Non-Goals
- Explicit scope boundaries
- What success looks like
- What this RFC deliberately does NOT address
-
Evaluation Criteria
- Measurable criteria for comparing options
- Weight or priority of each criterion
- Minimum thresholds where applicable
-
Options Analysis
For each option (minimum 2):
### Option N: [Name]
**Description**: [What this option entails]
**Advantages**:
- [Pro 1]
- [Pro 2]
**Disadvantages**:
- [Con 1]
- [Con 2]
**Evaluation Against Criteria**:
| Criterion | Score/Rating | Notes |
|-----------|--------------|-------|
| ... | ... | ... |
**Effort Estimate**: [Complexity and resources required]
**Risk Assessment**: [Potential risks and mitigations]
-
Recommendation
- Recommended option with justification
- How it scores against criteria
- Acknowledged trade-offs being accepted
-
Technical Design (for approved RFCs)
- Architecture diagrams
- API specifications
- Data models
- Security considerations
-
Implementation Plan
- Phases and milestones
- Dependencies
- Rollback strategy
-
Open Questions
- Unresolved technical questions
- Areas needing further investigation
- Pending stakeholder input
-
Decision Record
- Final decision made
- Date and approvers
- Key discussion points
- Conditions or constraints on approval
RFC Lifecycle
DRAFT → REVIEW → APPROVED → IN_PROGRESS → COMPLETED
↓
SUPERSEDED (if replaced by newer RFC)
Status Definitions
| Status | Description |
|---|
| DRAFT | Initial writing, not ready for review |
| REVIEW | Open for stakeholder feedback |
| APPROVED | Decision made, ready for implementation |
| IN_PROGRESS | Implementation underway |
| COMPLETED | Implementation finished |
| SUPERSEDED | Replaced by newer RFC (link to new RFC) |
Evaluation Criteria Framework
Use these standard criteria categories (adapt as needed):
Technical Criteria
- Performance: Latency, throughput, resource usage
- Scalability: Horizontal/vertical scaling, bottlenecks
- Reliability: Fault tolerance, recovery, availability
- Security: Attack surface, data protection, compliance
- Maintainability: Code complexity, debugging, updates
Operational Criteria
- Operability: Monitoring, alerting, incident response
- Deployment: CI/CD integration, rollback capability
- Documentation: Learning curve, knowledge transfer
Business Criteria
- Time to Implement: Development effort, dependencies
- Cost: Infrastructure, licensing, maintenance
- Risk: Technical risk, organizational risk
Neutral Language Guidelines
Avoid
- "Obviously the best choice"
- "Everyone agrees that..."
- "This is clearly superior"
- "The only sensible option"
- Dismissing alternatives as "not worth considering"
Use Instead
- "Based on criteria X, Option A scores higher because..."
- "Option B requires consideration of trade-off Y"
- "The data suggests that..."
- "Stakeholder input indicates a preference for..."
- "Given constraints A and B, Option C is recommended"
Quality Checklist
Before marking RFC as REVIEW:
Integration with CTO Architect Workflow
When the CTO Architect agent creates technical specifications:
- Use this skill for any significant technical decision
- Follow the template in
references/rfc-template.md
- Ensure neutral evaluation of all options
- Link to related PRDs when applicable
- Request review from appropriate technical stakeholders
File Naming Convention
- RFC documents:
RFC-XXXX-<short-description>.md
- Example:
RFC-0042-api-gateway-selection.md
Directory Structure
docs/rfcs/
├── draft/ # Work in progress
├── review/ # Under stakeholder review
├── approved/ # Approved, awaiting or in implementation
├── completed/ # Implementation finished
└── archive/ # Superseded or abandoned
└── YYYY/
References
- Template:
./references/rfc-template.md
- Evaluation Matrix:
./references/evaluation-matrix.md