01 platform overview
What is This Platform?
The Carbon Credit Platform is a complete carbon lifecycle infrastructure that enables:
Verified project onboarding with immutable proof anchors
Fractional and exact quantity credit ownership
Permanent, auditable retirement with certificate generation
Enterprise-grade ESG reporting and compliance
Decentralized governance and policy control
Core Value Proposition
For Retail Users
Buy fractional credits (starting at 0.01 tons)
Simple, non-crypto complex experience
One-click retirement with lifetime proof
Transparent project verification status
For Enterprise Users
Exact quantity purchasing (no wastage)
Scheduled retirement automation
Audit-ready ESG documentation
Role-based access control
For Project Owners
Streamlined project submission
PoAI verification workflow
Governance-controlled issuance
Immutable project records
For Auditors & Regulators
Complete on-chain audit trails
Hard-capped issuance (no inflation)
Project-segregated units (no mixing)
Verifiable retirement records
Platform Components
Key Differentiators
Project Identity
Multiple databases & PDFs
Single immutable on-chain record
Credit Divisibility
Usually no
Yes (fractions like 0.01 tons)
Exact Quantity Purchase
No (bulk bundles)
Yes (e.g., 12,437.62 tons)
Issuance Cap Enforcement
Manual
Hard-coded via smart contracts
Verification Model
Third-party PDFs
PoAI with on-chain proof hashes
Double Counting Protection
Manual reconciliation
Guaranteed via burn + PoAI
Retirement Audit Trail
Centralized records
Public, timestamped, cryptographic
Enterprise ESG Readiness
Manual & slow
Built-in automation
Platform Flow (High-Level)
Compliance & Security
No Double Counting: Retirement is irreversible burn
Project Segregation: Credits cannot be mixed across projects
Hard Caps: Issuance cannot exceed governance-approved limits
PoAI Gating: No credits without verified project integrity
Transfer Policies: Configurable per-project compliance rules
Learn about Personas and Roles
Understand Core Objects and Data Model
Explore User Flows
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