Local ReFi Toolkit - Technical Specifications & Implementation Plan

Version: 1.0 Draft
Date: January 2025
Status: Ready for Development

Related Documents:

Parent Project: 250701 Regen Coordination

Project Overview
Technical Architecture
Content Framework
User Experience Design
Implementation Roadmap
Technical Requirements
Integration Strategy
Quality Assurance
Success Metrics
Risk Management

Project Overview

Vision Statement

The Local ReFi Toolkit serves as the definitive resource for communities implementing regenerative finance (ReFi) solutions at the local level, bridging the gap between Web3 innovation and grassroots adoption through accessible, actionable, and contextually relevant guidance.

Mission

Create a collaborative, evolving knowledge commons that documents how communities worldwide use Web3 tools to regenerate their local ecosystems and economies, providing step-by-step implementation guides, real-world case studies, and practical templates for sustainable impact.

Strategic Context

Alignment: Core infrastructure component for Ethereum Localism DDA and GG24+ funding rounds
Theory of Change: Enable “cosmo-local” approach where global knowledge adapts to local contexts
Value Proposition: Transform abstract Web3 concepts into tangible community impact tools

Target Users

Primary Segments

Web3 Novices in Regenerative Work (40% of users)
- Environmental activists and sustainability practitioners
- Local community organizers and cooperative leaders
- Traditional NGO and nonprofit staff
- Municipal government representatives
- Pain Points: Technical complexity, unclear value proposition, lack of practical guidance
Web3-Aware ReFi Practitioners (60% of users)
- Greenpill stewards and ReFi local node leaders
- Existing DeFi/ReFi community members
- Web3 developers interested in social impact
- Pain Points: Tool discovery, implementation best practices, measuring impact

User Journey Mapping

journey
    title User Journey Through Local ReFi Toolkit
    section Discovery
      Community Referral     : 5: User
      SEO Search            : 3: User
      Funding Round Link    : 4: User
      Social Media         : 3: User
    section Exploration
      Browse by Region     : 4: User
      Filter by Difficulty : 4: User
      Search by Protocol   : 5: User
      Read Case Studies    : 4: User
    section Learning
      Follow Playbook      : 5: User
      Watch Tutorials      : 4: User
      Join Discussions     : 4: User
      Get Mentorship       : 5: User
    section Implementation
      Start Pilot Project  : 5: User
      Adapt to Local Context: 4: User
      Track Progress       : 3: User
      Get Community Support: 5: User
    section Contribution
      Share Success Story  : 4: User
      Improve Playbook     : 4: User
      Help Other Users     : 5: User
      Become Mentor        : 5: User

Journey Stages:

Discovery: How users find the toolkit (SEO, community referrals, funding rounds)
Exploration: Browsing available resources by region/tool/difficulty
Implementation: Following step-by-step playbooks with local adaptation
Community: Connecting with other implementers, sharing learnings
Contribution: Adding case studies, improving playbooks, localizing content

Technical Architecture

System Architecture Overview

graph TB
    subgraph "Frontend Layer"
        UI[React.js + TypeScript]
        Mobile[React Native App]
        PWA[Progressive Web App]
    end
    
    subgraph "API Gateway"
        REST[REST API]
        GraphQL[GraphQL API]
        Auth[Authentication]
    end
    
    subgraph "Application Layer"
        CMS[Strapi CMS]
        Search[Elasticsearch]
        AI[OpenAI Integration]
        Analytics[Analytics Engine]
    end
    
    subgraph "Data Layer"
        Postgres[(PostgreSQL)]
        Neo4j[(Neo4j Graph DB)]
        S3[(AWS S3 Storage)]
        Redis[(Redis Cache)]
    end
    
    subgraph "External Integrations"
        KarmaGAP[Karma GAP API]
        Gitcoin[Gitcoin API]
        GitHub[GitHub API]
        Academic[Academic DBs]
    end
    
    subgraph "Infrastructure"
        Vercel[Vercel Hosting]
        Railway[Railway Backend]
        CDN[CloudFront CDN]
        Monitor[Sentry Monitoring]
    end
    
    UI --> REST
    Mobile --> REST
    PWA --> GraphQL
    
    REST --> CMS
    GraphQL --> CMS
    Auth --> CMS
    
    CMS --> Postgres
    Search --> Neo4j
    AI --> S3
    Analytics --> Redis
    
    CMS -.-> KarmaGAP
    Search -.-> Gitcoin
    AI -.-> GitHub
    Analytics -.-> Academic
    
    Postgres --> Railway
    Neo4j --> Railway
    S3 --> CDN
    Redis --> Railway
    
    UI --> Vercel
    CMS --> Monitor
    
    style UI fill:#E6F3FF
    style CMS fill:#E0FFE0
    style Postgres fill:#FFE4E1
    style KarmaGAP fill:#FFF8DC

Platform Strategy

Phase 1: MVP Platform (Months 1-3)

Technology Stack: React.js frontend, Strapi CMS backend, PostgreSQL database
Hosting: Vercel (frontend), Railway (backend), AWS S3 (media storage)
Key Features: Content browsing, basic filtering, responsive design

Phase 2: Enhanced Platform (Months 4-6)

Additional Features: Advanced filtering, user accounts, contribution system
Integrations: Karma GAP API, GitHub for version control, Notion for content management
AI Integration: OpenAI API for content recommendations and search

Phase 3: Advanced Platform (Months 7-12)

Knowledge Graph: Neo4j graph database for content relationships
Visual Navigation: Kumu maps integration for visual exploration
Personalization: AI-powered learning paths and content curation
Mobile App: React Native companion application

Information Architecture

Local ReFi Toolkit/
├── Playbooks/
│   ├── Protocol-Specific/
│   │   ├── Silvi-Protocol/
│   │   ├── Atlantis/
│   │   ├── Grassroots-Economics/
│   │   └── Regen-Network/
│   ├── Cross-Cutting/
│   │   ├── Impact-Measurement/
│   │   ├── Community-Building/
│   │   └── Funding-Strategies/
│   └── Templates/
│       ├── Business-Models/
│       ├── Legal-Structures/
│       └── Workshop-Guides/
├── Case-Studies/
│   ├── By-Region/
│   ├── By-Tool/
│   └── By-Impact-Type/
├── Resources/
│   ├── Infographics/
│   ├── Video-Tutorials/
│   └── Templates/
└── Community/
    ├── Discussion-Forums/
    ├── Events-Calendar/
    └── Contributor-Profiles/

Data Models

Playbook Schema

{
  "id": "uuid",
  "title": "string",
  "description": "text",
  "difficulty_level": "enum[accessible, intermediate, advanced]",
  "protocol": "string",
  "chains": ["array of strings"],
  "regions": ["array of strings"],
  "impact_categories": ["ecological", "social", "economic"],
  "estimated_time": "string",
  "cost_estimate": "object",
  "prerequisites": ["array of strings"],
  "learning_outcomes": ["array of strings"],
  "content_sections": ["array of objects"],
  "resources": ["array of links"],
  "case_studies": ["array of references"],
  "authors": ["array of contributor IDs"],
  "version": "semantic version",
  "last_updated": "datetime",
  "review_status": "enum[draft, reviewed, published]",
  "tags": ["array of strings"]
}

Case Study Schema

{
  "id": "uuid",
  "title": "string",
  "organization": "string",
  "location": "object[country, region, coordinates]",
  "playbooks_used": ["array of playbook IDs"],
  "implementation_period": "object[start_date, end_date]",
  "budget": "object[total, breakdown]",
  "team_size": "number",
  "impact_metrics": "object",
  "challenges": ["array of strings"],
  "lessons_learned": ["array of strings"],
  "recommendations": ["array of strings"],
  "media": ["array of file URLs"],
  "contact_info": "object",
  "public": "boolean",
  "verification_status": "enum[pending, verified, disputed]"
}

API Design

RESTful Endpoints

GET /api/playbooks - List playbooks with filtering
GET /api/playbooks/:id - Get specific playbook
POST /api/playbooks - Create new playbook (authenticated)
PUT /api/playbooks/:id - Update playbook (authenticated)
GET /api/case-studies - List case studies with filtering
POST /api/contributions - Submit new content (authenticated)
GET /api/search - Full-text search across all content
GET /api/recommendations - AI-powered content recommendations

GraphQL Schema (Phase 2+)

type Playbook {
  id: ID!
  title: String!
  description: String!
  difficultyLevel: DifficultyLevel!
  protocol: Protocol
  chains: [Blockchain!]!
  regions: [Region!]!
  caseStudies: [CaseStudy!]!
  relatedPlaybooks: [Playbook!]!
}
 
type CaseStudy {
  id: ID!
  title: String!
  organization: Organization!
  location: Location!
  playbooks: [Playbook!]!
  impactMetrics: ImpactMetrics!
}

Content Framework

Playbook Structure

Standard Template

Overview
- What is this tool/protocol?
- Who is it for?
- Expected outcomes
- Time and resource requirements
Prerequisites
- Technical knowledge needed
- Legal/regulatory considerations
- Community readiness assessment
- Required partnerships
Step-by-Step Implementation
- Phase 1: Preparation and setup
- Phase 2: Community engagement and onboarding
- Phase 3: Deployment and testing
- Phase 4: Launch and adoption
- Phase 5: Monitoring and iteration
Business Model Considerations
- Revenue generation opportunities
- Sustainability mechanisms
- Cost-benefit analysis
- Risk assessment
Legal and Compliance
- Regulatory requirements by region
- Legal structure recommendations
- Compliance checklists
- Legal template library
Impact Measurement
- Key metrics and indicators
- Data collection methods
- Reporting frameworks
- Integration with Karma GAP
Community Engagement
- Stakeholder mapping
- Communication strategies
- Education and onboarding
- Building local support
Troubleshooting
- Common challenges and solutions
- Technical support resources
- Community support channels
- Expert consultation network

Content Difficulty Levels

🐣 Accessible (Beginner-Friendly)

Target: Complete Web3 novices
Approach: Minimal technical jargon, extensive context, visual aids
Examples: Hosting ReFi meetups, basic tree planting campaigns
Success Criteria: Can be implemented by non-technical community organizer

🥸 Intermediate (Some Web3 Knowledge)

Target: Users with basic blockchain understanding
Approach: Balanced technical and practical guidance
Examples: Setting up commitment pools, launching local QF rounds
Success Criteria: Requires some technical support but manageable for motivated teams

🪖 Advanced (Web3 Native)

Target: Experienced DeFi/ReFi practitioners
Approach: Technical depth, advanced configurations, integration focus
Examples: Custom smart contract deployment, complex DeFi integrations
Success Criteria: Requires technical expertise and development resources

Visual Content Standards

Infographic Templates

Standard Dimensions: 1080x1080px (Instagram), 1200x630px (Facebook/Twitter)
Brand Colors:00B894 (primary green),FD79A8 (accent pink),6C5CE7 (accent purple)
Typography: Inter (headings), Source Sans Pro (body)
Template Categories: Protocol overviews, step-by-step processes, impact metrics

Video Content

Tutorial Format: 5-15 minute explanatory videos
Case Study Format: 3-7 minute community spotlight videos
Production Standards: 1080p minimum, captions required, multilingual subtitles

User Experience Design

Explore Playbooks
- Filter by: Difficulty, Protocol, Region, Impact Type, Chain
- Sort by: Popularity, Newest, Implementation Time, Cost
- Search: Full-text search with autocomplete
Browse Case Studies
- Map view showing global implementations
- Filter by: Region, Success Metrics, Organization Type
- Success story highlights and featured implementations
Community Hub
- Discussion forums organized by topic and region
- Event calendar and workshop announcements
- Contributor profiles and expert directory
Resource Library
- Legal templates and documents
- Technical resources and tools
- Educational materials and presentations

Filtering System

// Advanced Filtering Options
const filterOptions = {
  difficulty: ['accessible', 'intermediate', 'advanced'],
  chains: ['ethereum', 'celo', 'arbitrum', 'polygon', 'solana'],
  regions: ['north-america', 'europe', 'africa', 'asia', 'latin-america'],
  protocols: ['silvi', 'atlantis', 'grassroots-economics', 'regen-network'],
  impact_types: ['ecological', 'social', 'economic'],
  implementation_time: ['1-week', '1-month', '3-months', '6-months+'],
  budget_range: ['0-1k', '1k-5k', '5k-20k', '20k+'],
  organization_size: ['individual', 'small-team', 'organization', 'municipality']
};

Responsive Design

Breakpoints

Mobile: 320px - 767px
Tablet: 768px - 1023px
Desktop: 1024px+
Large Desktop: 1440px+

Mobile-First Approach

Progressive enhancement from mobile base
Touch-friendly interface with 44px minimum touch targets
Optimized loading for low-bandwidth environments
Offline reading capability for downloaded playbooks

Accessibility Standards

WCAG 2.1 AA Compliance

Color Contrast: 4.5:1 ratio for normal text, 3:1 for large text
Keyboard Navigation: Full site navigable without mouse
Screen Reader: Semantic HTML with proper ARIA labels
Alternative Text: Comprehensive alt text for all images and media

Multi-language Support

Phase 1: English, Spanish, Portuguese
Phase 2: French, Arabic, Swahili, Hindi
Localization: Currency, date formats, cultural adaptations

Implementation Roadmap

Phase 1: Foundation (Months 1-3)

Goal: Launch MVP with core functionality

Month 1: Setup & Content Migration

Development environment setup
Design system creation
Content audit and migration from existing sources
Basic playbook template implementation
Initial content creation (5 priority playbooks)

Month 2: Core Platform Development

Frontend development (React.js)
Backend API development (Strapi)
Database schema implementation
Basic filtering and search functionality
Responsive design implementation

Month 3: Content & Testing

Content creation sprint (10 additional playbooks)
User testing with beta community
Bug fixes and performance optimization
Launch preparation and documentation

Deliverables:

Functional MVP platform
15 complete playbooks
5 detailed case studies
User testing report
Launch strategy document

Phase 2: Enhancement (Months 4-6)

Goal: Add advanced features and community functionality

Month 4: User Accounts & Contributions

User authentication system
Content contribution workflow
Community discussion forums
Basic analytics dashboard

Month 5: AI Integration & Search

OpenAI API integration
Intelligent content recommendations
Enhanced search with semantic matching
Content quality scoring system

Month 6: Mobile & Optimization

Mobile app development (React Native)
Performance optimization
SEO implementation
Advanced analytics setup

Deliverables:

Enhanced web platform with user accounts
Mobile application (iOS/Android)
30 complete playbooks
15 detailed case studies
AI recommendation system

Phase 3: Scale (Months 7-12)

Goal: Advanced features and global expansion

Months 7-9: Advanced Features

Knowledge graph implementation
Visual navigation (Kumu integration)
Advanced impact tracking
Multi-language support

Months 10-12: Global Expansion

Regional adaptation guidelines
Local partner onboarding
Advanced collaboration tools
Enterprise features for municipalities

Deliverables:

Fully-featured platform with visual navigation
50+ playbooks across all difficulty levels
30+ case studies from diverse regions
Multi-language support (3 languages)
Partnership network with 10+ organizations

Technical Requirements

Development Stack

Frontend

Framework: React.js 18+ with TypeScript
Styling: Tailwind CSS with custom component library
State Management: Redux Toolkit for complex state, React Context for simple state
Routing: React Router v6
Build Tool: Vite for fast development and building
Testing: Jest + React Testing Library

Backend

CMS: Strapi v4 (headless CMS for content management)
Database: PostgreSQL 15+ for relational data
Graph Database: Neo4j (Phase 3) for knowledge relationships
Authentication: Strapi built-in auth + custom JWT implementation
File Storage: AWS S3 with CloudFront CDN
Search: Elasticsearch for full-text search

Infrastructure

Hosting:
- Frontend: Vercel (automatic deployments from GitHub)
- Backend: Railway (container-based hosting)
- Database: Railway PostgreSQL or AWS RDS
Monitoring: Sentry for error tracking, Mixpanel for analytics
CI/CD: GitHub Actions for automated testing and deployment

Third-Party Integrations

AI Services: OpenAI GPT-4 API for content recommendations
Maps: Mapbox for case study location visualization
Analytics: Google Analytics 4 + custom dashboard
Communication: Discord/Telegram bot integration for community
Version Control: GitHub for code, content versioning

Performance Requirements

Page Load Times

Mobile: < 3 seconds for initial page load
Desktop: < 2 seconds for initial page load
Content Pages: < 1 second for subsequent navigation
Search Results: < 500ms response time

Scalability Targets

Concurrent Users: 1,000+ simultaneous users
Content Volume: 100+ playbooks, 500+ case studies
Geographic Distribution: Global CDN with edge caching
Database Performance: < 100ms for complex queries

Accessibility Requirements

WCAG 2.1 AA: Full compliance for accessibility standards
Screen Reader: Comprehensive support for assistive technologies
Keyboard Navigation: Full functionality without mouse
Performance: Accessible on low-end devices and slow connections

Integration Strategy

Partner Platform Integrations

Karma GAP Integration

// Impact data synchronization
const karmaGapAPI = {
  endpoint: 'https://api.karmahq.xyz',
  authentication: 'Bearer token',
  endpoints: {
    projects: '/projects',
    updates: '/updates',
    metrics: '/metrics'
  }
};
 
// Sync case study impact data
async function syncImpactData(caseStudyId) {
  const karmaData = await karmaGapAPI.getProjectData(caseStudyId);
  return {
    outputs: karmaData.outputs,
    outcomes: karmaData.outcomes,
    impact_metrics: karmaData.impact_metrics,
    last_updated: karmaData.updated_at
  };
}

Open Civics Knowledge Garden

Content Syndication: Two-way content sharing with attribution
Standard Adoption: Use compatible metadata schemas
Cross-Linking: Bidirectional references between platforms
API Integration: Real-time content updates and notifications

Ethereum Localism Ecosystem

Event Integration: Sync with DevConnect, local meetups, workshops
Project Database: Cross-reference with Ethereum localism projects
Funding Rounds: Integration with Gitcoin rounds and proposal systems
Community: Shared contributor profiles and reputation systems

GitHub Integration

# GitHub Actions workflow for content updates
name: Content Sync
on:
  push:
    paths: ['content/**']
workflow:
  - validate_content_schema
  - generate_metadata
  - update_search_index
  - deploy_to_staging
  - run_content_quality_checks
  - deploy_to_production

API Ecosystem

RESTful API: Public API for third-party integrations
GraphQL: Advanced querying for complex applications
Webhooks: Real-time notifications for content updates
SDK: JavaScript/Python SDKs for easy integration

Quality Assurance

Content Quality Framework

Editorial Standards

Accuracy Review
- Technical accuracy verification by protocol experts
- Community feedback integration
- Regular content audits and updates
- Version control with change tracking
Accessibility Standards
- Plain language guidelines (8th grade reading level)
- Visual accessibility (alt text, color contrast)
- Cultural sensitivity review
- Multi-language localization quality
Community Validation
- Peer review process for new playbooks
- Implementation testing by community members
- Success story verification
- Expert advisory panel oversight

Review Process

flowchart TD
    A[Content Submission] --> B[Automated Checks]
    B --> C[Community Review]
    C --> D[Expert Review]
    D --> E[Editorial Review]
    E --> F{Approved?}
    F -->|Yes| G[Published]
    F -->|No| H[Revision Required]
    H --> C

Testing Strategy

User Acceptance Testing

Beta Testing Group: 50 diverse community members
Testing Scenarios: Real-world implementation attempts
Feedback Collection: Structured interviews and surveys
Iteration Cycles: 2-week feedback and improvement cycles

Technical Testing

Unit Testing: 90%+ code coverage requirement
Integration Testing: API and database interaction testing
End-to-End Testing: Complete user journey automation
Performance Testing: Load testing for scalability validation
Security Testing: Regular penetration testing and vulnerability assessments

Content Testing

Implementation Testing: Community members test playbooks
Accessibility Testing: Screen reader and keyboard navigation testing
Localization Testing: Cultural and linguistic appropriateness
Impact Verification: Success story validation and metrics verification

Success Metrics

Quantitative KPIs

User Engagement

Monthly Active Users: Target 10,000 by Month 12
Session Duration: Average 8+ minutes per session
Page Views per Session: 4+ pages per visit
Return User Rate: 60%+ monthly return rate
Content Completion: 70%+ playbook completion rate

Content Quality

Playbook Success Rate: 80%+ successful implementations
Community Contributions: 50+ community-created playbooks
Translation Coverage: 90%+ content available in 3 languages
Update Frequency: Monthly content updates and reviews

Impact Metrics

Implementations Tracked: 500+ documented implementations
Capital Mobilized: $1M+ in local ReFi projects enabled
Geographic Reach: Active users in 50+ countries
Protocol Adoption: 20+ protocols documented

Qualitative Indicators

Community Health

User Satisfaction: 4.5+ stars average rating
Community Growth: Active contributor community (100+ regular contributors)
Expert Endorsement: Recognition from key ReFi leaders
Media Coverage: Coverage in Web3 and sustainability media

Strategic Impact

Partner Integration: 10+ integrated partner platforms
Funding Round Integration: Used in 5+ Gitcoin rounds
Municipal Adoption: 3+ municipal government implementations
Academic Recognition: Citation in research papers and case studies

Analytics Implementation

Tracking Strategy

// Analytics event tracking
const trackingEvents = {
  playbook_view: ['playbook_id', 'user_type', 'source'],
  playbook_completion: ['playbook_id', 'completion_time', 'success_rating'],
  case_study_submission: ['organization_type', 'region', 'impact_metrics'],
  community_contribution: ['content_type', 'quality_score', 'peer_rating'],
  search_query: ['query_text', 'results_count', 'click_through_rate']
};

Dashboard Requirements

Real-time Metrics: Live user activity and content performance
Geographic Distribution: Global usage patterns and regional adoption
Content Performance: Playbook success rates and user feedback scores
Community Health: Contribution rates and community engagement levels

Risk Management

Technical Risks

Risk: Platform Downtime

Probability: Medium
Impact: High
Mitigation:
- Multi-region deployment with automatic failover
- Database replication and backup systems
- CDN for static content delivery
- 99.9% uptime SLA with hosting providers

Risk: Data Loss

Probability: Low
Impact: Very High
Mitigation:
- Daily automated backups to multiple locations
- Version control for all content changes
- Disaster recovery procedures documented and tested
- Content mirroring with partner organizations

Risk: Security Breach

Probability: Medium
Impact: High
Mitigation:
- Regular security audits and penetration testing
- Data encryption at rest and in transit
- Multi-factor authentication for admin accounts
- Security monitoring and incident response procedures

Content Risks

Risk: Inaccurate Technical Information

Probability: Medium
Impact: High
Mitigation:
- Expert review process for all technical content
- Community feedback and correction mechanisms
- Version control with change attribution
- Clear disclaimer and liability limitations

Risk: Outdated Information

Probability: High
Impact: Medium
Mitigation:
- Quarterly content review cycles
- Automated notifications for protocol updates
- Community-driven update requests
- Clear versioning and publication dates

Strategic Risks

Risk: Partner Conflicts

Probability: Medium
Impact: Medium
Mitigation:
- Clear partnership agreements and boundaries
- Neutral governance structure
- Conflict resolution procedures
- Alternative partnership options

Risk: Funding Sustainability

Probability: Medium
Impact: High
Mitigation:
- Diversified funding sources (grants, partnerships, premium features)
- Revenue model development for sustainability
- Strong value proposition for continued support
- Community ownership and governance transition

Contingency Planning

Platform Migration Strategy

Cloud Provider Backup: Alternative hosting arrangements ready
Data Export: Complete data export capabilities maintained
Partner Hosting: Agreements for emergency hosting with partners
Offline Access: Downloadable versions of critical content

Community Continuity

Governance Transition: Community ownership structure prepared
Content Licensing: Open source licensing for community control
Contributor Network: Distributed maintenance capabilities
Partner Relationships: Multiple organizations capable of hosting

Conclusion

The Local ReFi Toolkit represents a critical infrastructure investment for the regenerative finance ecosystem, providing the bridge between innovative Web3 technologies and practical local implementation. This specification provides a comprehensive roadmap for building a platform that serves both technical and non-technical users while maintaining high standards for content quality, user experience, and community engagement.

Success will be measured not just in user metrics, but in the real-world impact enabled by the toolkit: the number of local communities successfully implementing ReFi solutions, the capital mobilized for regenerative projects, and the expansion of the ReFi ecosystem through practical, accessible resources.

The phased development approach allows for learning and iteration while building toward a robust, scalable platform that can grow with the ecosystem. By maintaining strong partnerships with key organizations and ensuring community ownership, the toolkit will serve as a lasting resource for the regenerative finance movement.

Next Steps:

Technical Review: Engineering team review of technical specifications
Budget Planning: Detailed cost estimation for each development phase
Partnership Agreements: Formal agreements with key integration partners
Content Strategy: Detailed content creation plan and editorial calendar
Community Engagement: Beta tester recruitment and feedback systems
Launch Planning: Marketing strategy and community outreach plan

Document Control:

Version: 1.0 Draft
Last Updated: January 2025
Next Review: February 2025
Approved By: [To be completed]
Distribution: Regen Coordination Council, Development Team, Key Partners