The new force of carbon assets leads the new revolution of blockchain.‌

GECC joins the carbon asset blockchain to create a green future.

The particularity of carbon neutrality data recording and carbon asset trading in the GECC public chain system requires that it must be combined with the Internet of Things. The integration of the system and the Internet of Things includes the integration of architecture and stakeholders. The architecture integration fully integrates the Internet of Things model and the GECC system blockchain functional architecture to integrate the trustworthiness, consensus and other technical features of the GECC system into the Internet of Things environment, solving the problems of single-point network failures and complex technical industrial chains faced by the Internet of Things under the application ecology of carbon neutrality data recording and carbon asset trading. The integration of stakeholders regards the relevant elements in the Internet of Things model as service customers of the blockchain, and promotes the establishment of a collaborative system, a trust system and a value system among all stakeholders of the Internet of Things. The addition of the Internet of Things will make future carbon neutrality data recording and carbon asset trading more intelligent.

GECC Carbon Assets "Blockchain Application Framework"

The GECC public chains from bottom to top are: communications and infrastructure, blockchain, carbon neutrality data recording and carbon asset trading and other applications.
• Communications and infrastructure provide the basic hardware environment and communications-related equipment and facilities for carbon neutrality data recording and carbon asset trading applications.

• Blockchain, as an intermediate layer, utilizes the hardware resources of communication and infrastructure to provide trust, consensus and other mechanisms or service support for the carbon neutrality data recording and carbon asset trading application layer.

• The carbon neutrality data recording and carbon asset trading application layer utilizes the services provided by the blockchain layer to enhance its security, privacy and other capabilities.

GECC Carbon Assets "Blockchain Core Algorithm"

The relevant components of the blockchain reference architecture can provide service support for the relevant systems in each domain of carbon neutral data recording and carbon asset trading applications. The service support provided by blockchain components includes security, trust, consensus, and anti-tampering service guarantees. At the same time, the cross-layer function of the blockchain reference architecture can also provide comprehensive services for systems, communications, and infrastructure related to carbon neutral data recording and carbon asset trading applications.

From the perspective of the carbon neutrality application model, the GECC public chain can be regarded as an enhanced service component of the underlying network related to carbon neutrality data recording and carbon asset trading applications. The user layer provides business user interface, transaction submission, data exchange, user management, monitoring management and other functions. The service layer provides access services that comply with the blockchain mechanism, node transaction processing, and blockchain-based ledger records. The core layer provides consensus and confirmation between multiple nodes, distributed storage mechanisms, security mechanisms, summary algorithms, signature algorithms, timing mechanisms and other related functions. The basic layer provides distributed network protocols, data storage services and computing power support.

As the native asset of the carbon neutral application mainnet public chain, GECC carbon assets, users holding GECC carbon assets can make various types of consumption in the GECC public chain ecosystem and carbon neutrality and carbon trading markets at any time, and can also place orders and trade freely on the exchange.

GECC carbon assets meet the following specific circulation scenarios:

• When users conduct transactions in the ecosystem, they can use GECC carbon assets for payment and settlement;

• Act as a payment medium in specific business scenarios (carbon neutrality data recording, carbon asset trading);

• When enjoying the services provided by third-party cooperation of GECC public chain, payment and settlement are made through GECC carbon assets;

• Holding GECC carbon assets can participate in related carbon neutral industry investments, participate in the development of the carbon asset trading economy, and share the dividends of industrial development.

Finally, the goal of the GECC public chain is to establish an open and easy-to-use blockchain technology system and system service integration that is suitable for a wide range of application scenarios and meets the application requirements of carbon neutrality data recording and carbon asset trading.