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# NextJS Boilerplate - TODO & Improvements
This directory contains comprehensive checklists for improving the NextJS boilerplate across different areas. Each checklist is designed to be actionable with clear priorities and implementation guidance.
---
## 📁 Available Checklists
### 🚀 [Performance Optimization](./PERFORMANCE_OPTIMIZATION.md)
**Priority**: 🔴 Critical
**Current Issue**: LCP 2.6s (needs to be < 1.2s)
**Key Focus**: Remove blocking startup checks, implement Redis caching, optimize auth context
**Major Issues**:
- Blocking database checks delay page rendering by ~1.5s
- Every page load hits MongoDB for user data (~0.5s)
- Auth context makes unnecessary API calls (~0.25s)
**Expected Improvement**: 2.6s 0.4s LCP (80% improvement)
---
### 🔐 [Security Improvements](./SECURITY_IMPROVEMENTS.md)
**Priority**: 🟡 Medium
**Focus**: Production-ready security standards
**Key Areas**: Rate limiting, password policies, email verification, security headers
**Major Gaps**:
- No rate limiting on authentication endpoints
- Weak password requirements (6 chars minimum)
- No email verification system
- Missing security headers and monitoring
**Target**: OWASP Top 10 compliance + industry security standards
---
### 🏗️ [Code Quality Improvements](./CODE_QUALITY_IMPROVEMENTS.md)
**Priority**: 🟢 Low-Medium
**Focus**: Maintainability and developer experience
**Key Areas**: Error handling, type safety, documentation, accessibility
**Improvement Areas**:
- Standardize error handling patterns
- Improve TypeScript strict mode usage
- Add comprehensive API documentation
- Enhance accessibility compliance
**Target**: Production-ready code quality standards
---
## 🎯 Implementation Strategy
### Phase 1: Critical Performance Issues (Week 1)
```
Priority: 🔴 CRITICAL - Blocks good user experience
Target: Fix LCP from 2.6s to < 1.2s
✅ Immediate Actions:
1. Remove blocking startup checks from layout
2. Implement Redis caching for /me endpoint
3. Optimize auth context with localStorage
4. Move database connections to background
Expected Result: ~2s improvement in page load time
```
### Phase 2: Security Hardening (Week 2-3)
```
Priority: 🟡 MEDIUM - Required for production
✅ Essential Security:
1. Add rate limiting to auth endpoints
2. Strengthen password requirements
3. Implement basic security headers
4. Add environment variable validation
Expected Result: Production-ready security baseline
```
### Phase 3: Code Quality & Long-term (Month 2+)
```
Priority: 🟢 LOW-MEDIUM - Important for maintenance
✅ Quality Improvements:
1. Standardize error handling
2. Improve type safety
3. Add API documentation
4. Enhance accessibility
Expected Result: Better maintainability and developer experience
```
---
## 📊 Success Metrics
### Performance Targets
| Metric | Current | Target | Priority |
| --------------- | ------- | --------- | ----------- |
| **LCP** | 2.6s | < 1.2s | 🔴 Critical |
| **FID** | TBD | < 100ms | 🟡 Medium |
| **CLS** | TBD | < 0.1 | 🟡 Medium |
| **Bundle Size** | TBD | Optimized | 🟢 Low |
### Security Targets
- Rate limiting on all auth endpoints
- Strong password policies
- Security headers implementation
- Vulnerability scanning setup
### Quality Targets
- Standardized error handling
- Comprehensive type safety
- API documentation coverage
- Accessibility compliance (WCAG 2.1 AA)
---
## 🛠️ Usage Instructions
### For Developers
1. **Review relevant checklist** based on your focus area
2. **Pick items matching your sprint capacity**
3. **Check off completed items** as you implement them
4. **Update progress** in team standups
5. **Test changes** against success metrics
### For Project Managers
1. **Use checklists for sprint planning**
2. **Prioritize based on color coding** (🔴 🟡 🟢)
3. **Track completion percentage** for each area
4. **Schedule regular reviews** of progress
5. **Coordinate dependencies** between improvements
### For QA/Review
1. **Use checklists as acceptance criteria**
2. **Verify implementation** matches requirements
3. **Test performance improvements** with real metrics
4. **Validate security enhancements** with appropriate tools
5. **Check code quality** against standards
---
## 📈 Progress Tracking
### Current Status
- **Performance**: Critical issues identified
- **Security**: Basic implementation, gaps exist
- **Code Quality**: Good foundation, improvements available
### Next Review Date
- **Performance**: After critical fixes (Week 1)
- **Security**: After basic hardening (Week 3)
- **Code Quality**: Monthly review cycle
---
## 🤝 Contributing
When working on improvements:
1. **Check off items** as you complete them in the relevant checklist
2. **Add notes or modifications** if implementation differs from suggestions
3. **Update this README** if you add new checklists or change priorities
4. **Test your changes** against the defined success metrics
5. **Document any new issues** discovered during implementation
---
## 🔄 Maintenance
These checklists should be:
- **Reviewed quarterly** for relevance and completeness
- **Updated** when new issues are discovered
- **Archived or consolidated** when items become outdated
- **Enhanced** based on team feedback and industry best practices
---
**Last Updated**: Current
**Owner**: Development Team
**Review Cycle**: Monthly for active items, quarterly for completed sections