Evercraft Ecotechnologies price 

$ECET

Evercraft Ecotechnologies introduces the $ECET Token, offering investors an opportunity to engage with and support environmentally sustainable projects while potentially benefiting from token price fluctuations and staking rewards. The $ECET Token is designed to be the primary currency within the Evercraft Ecotechnologies ecosystem. It facilitates transactions, incentivizes participation, and grants access to exclusive privileges within the platform. Initially launching as an ERC20 token, this choice enhances liquidity and broadens accessibility for listing on various exchanges, ensuring a robust and dynamic ecosystem for the community. Built on the Constellation DAG Metagraph, Evercraft records CO2 emissions and issues environmental certificates as NFTs, underscoring its commitment to environmental sustainability. This integration provides a transparent and verifiable method of tracking environmental impact, aligning with the project's ethos of promoting eco-friendly initiatives. Looking ahead, Evercraft plans to transition the $ECET Token to the L0 standard from Constellation as it gains more adoption and prominence. This transition will further enhance utility and accessibility, aligning with the evolving needs of the ecosystem. The Constellation Network, renowned for its innovative blockchain solutions, introduces a Layer-0 protocol that forms the foundation for blockchain businesses. Leveraging a Directed Acyclic Graph (DAG) structure, Constellation ensures infinite scalability and security, supported by the DAG token. This architecture enables state channels and advanced smart contracts, facilitating various solutions like blockchains and decentralized exchanges. With a total allocation of 900,000,000 tokens, the $ECET ecosystem is meticulously designed to ensure equitable benefits across diverse stakeholders. Token holders play a crucial role in financing Evercraft's inaugural commercial ACA facility, a Large-Scale Proof-Of-Concept poised to revolutionize the production of Carbon Nanotubes and Graphene.