Welcome to CyberTrees
A new chapter for greener world
Welcome to CyberTrees! Inside these documents, you'll find detailed insights into our groundbreaking initiative. As a collaborative community driven by innovation and sustainability, we're dedicated to advancing blockchain technology for a greener future. Whether you're a developer, engineer, architect, or node operator, you play a vital role in this journey. Thank you for contributing your expertise and energy to help us realize our vision. Let's embark on this exciting path together, fostering a more sustainable and decentralized world.
CyberTrees advocates the concept that Web3 can be harnessed to generate climate-focused public goods by amalgamating community capital and deploying innovative incentivization strategies.
As a pivotal portal to the ReFi economy, CyberTrees offers a streamlined, API-powered bridge, facilitating easy, intuitive, and permissionless engagement in the on-chain carbon market. With a clear goal of bridging the gap between these two markets, CyberTrees is set to catalyze the growth potential inherent in both.
Leveraging established knowledge, frameworks, and standards, CyberTrees will provide expertly curated reference contract pools that are open and accessible to all market participants. In the absence of such frameworks, there's a danger of diminishing quality and reduced transparency in the market, potentially turning the current impasse into a counterproductive race to the bottom. This could jeopardize the goals of the Paris Agreement instead of promoting the transformative change it envisages.
Central to CyberTrees is the belief in decentralization and in empowering ReFi's early adopters. Our tokenomics are designed to progressively transfer the majority of governance power over the next few years.
In the blockchain ecosystem, various entities engage in carbon bridging activities. The CyberTrees Bridge operates similarly to existing bridging solutions but stands out by having access to all existing Carbon Registries, enhancing its utility and reach.
The CyberTrees Ledger is a publicly accessible blockchain application developed using Cosmos SDK and operates on a Proof-of-Stake (PoS) mechanism. It lays the foundational infrastructure necessary for managing ecological assets and verifying related claims.
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Learn about the architecture, interfaces, and modules of CyberTrees Ledger:
Architecture
Interfaces
Modules
CyberTree GPT+ is a powerful tool, combining AI capabilities with specialized knowledge in blockchain, energy trading, and environmental sustainability, enhancing the overall functionality and user experience of the CyberTree platform.
CyberTrees Energy Trading is an innovative system that transforms energy devices and users into active participants, known as Agents, within the CyberTrees network. This system is characterized by its unique, agent-centric architecture, allowing each device – from grid infrastructure elements to household appliances and end-users of energy – to independently establish and manage its own set of relationships, transactions, and interactions.
Carbon On-Chain is set to become the premier platform for organizations worldwide looking to purchase, trade, or retire carbon credits.
This platform is ideal for:
Carbon project developers seeking direct interfaces with counterparties for issuing carbon credits.
Brokers or commodity traders who deal in verified carbon assets.
Organizations aiming to offset their own emissions or those of clients.
Individuals or SMEs eager to engage in the Digital Carbon Market.
Upon its launch, Carbon On-Chain will stand out by offering a fee-free marketplace for both buyers and sellers, featuring a wider range of carbon projects than any other offset platform.
By owning a Green node you will be able to operate the CyberTrees software.
The CyberTrees Foundation is characterized as an open protocol and standard, essential for facilitating connections and enabling value exchange among various energy devices. Serving as a crucial gateway to the ReFi economy, CyberTrees provides an efficient, API-driven bridge, simplifying and encouraging permissionless participation in the on-chain carbon market. Its primary aim is to seamlessly integrate these two markets, thereby unlocking their collective growth potential.
The foundation is structured around several key layers:
TREE Token (TREE): Utilizing BEP20 tokens to grant membership, which in turn offers access to energy and carbon credits.
TREE Token Distribution Smart Contract: This is a top-tier contract adhering to ERC20 standards. It governs the allocation and distribution of TREE Tokens to microgrid applications, proportionate to their contribution.
TREE Reserves: These are dedicated token pools for each microgrid application, interacting with the TREE Token Smart Contract. This interaction facilitates the flow of energy credit values between local and global currency systems.
Microgrid Policy Smart Contracts (MiniDAOs): These contracts and libraries establish local grid applications, setting the participation rules in a microgrid ecosystem for both users and agents.
Community Credits (TREE Credits): This framework provides libraries for local mutual credit accounting, linking and standardizing baseline accounting for grid application usage.
Collectively, these elements form a self-regulating network of microgrid applications. This network not only generates value within local economies but also efficiently distributes credits throughout the network.
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