Synthetic carbon credit tokens provide derivative exposure to carbon markets (e.g., ICE EUA, voluntary indices) via futures, total return swaps, or oracle-replicated performance, without physical custody or retirement of underlying credits. This delivers operational efficiency (fractionalization, 24/7 liquidity, reduced verification costs) but introduces material counterparty risk (issuer solvency/fulfillment), basis/tracking error risk (deviation from reference index…
The tokenization of carbon credits is based on a layered technological architecture that ensures interoperability between traditional carbon credit registries and blockchain infrastructures. The typical protocol involves: (i) the verification and custody of carbon credits in a traditional registry account; (ii) the issuance of representative tokens on a public or permissioned blockchain, with a 1:1…
Carbon Credit Market