The three core values of the Filecoin Virtual Machine (FVM): ecosystem expansion, cross-chain interoperability, and innovation project incubation:

1. Expanding the Filecoin ecosystem:

FVM brings smart contracts and user programmability to the Filecoin network, enabling developers to build and deploy smart contracts and decentralized applications (Dapps) using programming languages such as Solidity. This greatly enriches the functionality and application scenarios of the Filecoin ecosystem, promoting the development of decentralized storage projects.

2. Promoting cross-chain interoperability and integration:

FVM enables applications deployed on other blockchain networks (such as Ethereum, NEAR Protocol, Polygon, etc.) to interoperate with the Filecoin network, facilitating the flow of cross-chain assets and data. It has achieved full compatibility with Ethereum's EVM. In other words, the virtual machine functionalities on Ethereum can be completely utilized on FVM. This cross-chain interoperability brings more partners and application scenarios to the Filecoin network, enhancing its attractiveness as a foundational infrastructure.

3. Supporting innovation and project financing:

FVM provides opportunities for new blockchain projects to deploy and raise funds on the Filecoin network, lowering the barriers and costs of project development. Through FVM, project teams can more easily attract the attention of investors and secure funding support, driving innovation and development in the blockchain industry.

By expanding the Filecoin ecosystem, promoting cross-chain interoperability and integration, and supporting innovation and project financing, FVM brings profound impacts and momentum to the Filecoin network and the entire blockchain industry.

FVM has extraordinary potential for development in the mainstream public chain primary market. Due to the scarcity of issuance and its powerful functionalities, backed by Filecoin's 6 million fans, FVM has rapidly developed in a short time, with the current total network computing power reaching 1,600,000.