System Overview
1. System Overview
1.1 technology overview
The Green Token Ecosystem is designed as a technology-first sustainability framework, addressing the challenge of turning individual environmental actions into verifiable, measurable, and rewarding outcomes. Traditional recycling and sustainability programs often suffer from low user engagement, weak incentives, and unverifiable impact data. Green Token overcomes these limitations by integrating AI-powered verification (MRV), gamified mobile applications, blockchain-based transparency, and decentralized governance.
The system ensures that every user action — whether recycling, participating in sustainability campaigns, or engaging with partner services — is not only rewarded but also validated through AI models and logged immutably on a blockchain ledger. This combination creates a closed-loop, fraud-resistant ecosystem where users are motivated to form lasting sustainable habits, while enterprises and municipalities gain reliable ESG data that can be reported with confidence.
In short, Green Token bridges the gap between awareness and action, using technology to make sustainability engaging, measurable, and scalable.
1.2 Architecture and System Components
a. User Application (Mobile/Web via Unity 6)
The Green Token App is developed with Unity 6, enabling cross-platform deployment across iOS, Android, and Web.
Gamification: AR-enabled waste scanning, interactive challenges, leaderboards, and badges encourage repeat participation.
User Flow: Users scan or record their sustainable actions, upload proof, and instantly receive feedback and rewards.
Scalability: Unity’s cross-platform compatibility ensures smooth expansion across devices and markets.
b. AI Verification Engine
The verification layer leverages ChatGPT and Gemini APIs combined with computer vision and anomaly detection techniques.
Object Recognition: Identifies materials such as plastics, glass, paper, and organics.
Geo-Time Validation: Ensures the action happened at the correct location and timestamp.
Fraud Prevention: Dual-frame video and liveness checks reduce spoofing and replay attempts.
Multilingual NLP: Supports diverse regions with task instructions, guidance, and interactive chatbots.
c. Blockchain Layer
Blockchain technology ensures immutability, transparency, and automation within the ecosystem.
Token Issuance: Smart contracts handle Green Token distribution upon verified actions.
Buyback & Burn: Automated mechanisms balance token circulation for long-term sustainability.
Audit Trails: Every verified activity is recorded immutably, providing partners with trusted ESG data.
Closed-Loop Utility: Tokens are designed for in-ecosystem use only, ensuring compliance and stability.
d. Analytics Dashboard
Partners, enterprises, and municipalities access a real-time analytics dashboard that consolidates user actions and impact data.
Metrics: Site activity, material breakdowns, CO₂e avoided, contamination reduction.
Compliance Reporting: Exportable ESG-aligned reports for sustainability and carbon offset tracking.
Custom Insights: Data can be segmented by site, region, or material to support operational decisions and impact measurement.
API Access: Dashboards can integrate directly into enterprise reporting systems.
e. Governance Module (DAO) 🧩
The ecosystem incorporates a Decentralized Autonomous Organization (DAO) to ensure community-driven governance.
Proposal Submission: Token holders can propose policy changes, reward structures, or new integrations.
Voting Mechanism: Decisions are made through on-chain voting, ensuring transparency and fairness.
Implementation: Smart contracts execute approved decisions automatically, removing bias and ensuring consistency.
Transparency: Governance updates are logged immutably, with changelogs accessible to all stakeholders.
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