HeLa Runtime (EVM)

HeLa Chain embraces a multi-layered architecture, strategically separating the consensus and runtime functionalities into distinct layers. The HeLa runtime layer is specifically designed to be EVM (Ethereum Virtual Machine) compatible, and this decision holds significant advantages for the ecosystem. By being EVM compatible, HeLa Chain ensures seamless compatibility with the vast community of developers and projects already established on the Ethereum platform.

The primary motivation behind this compatibility is to enable the effortless deployment of existing EVM-based projects onto the HeLa Chain. Given that a substantial portion of decentralized applications (dApps) is built using Solidity, the most widely used programming language for smart contracts on Ethereum, HeLa Chain can harness the skills and expertise of this large pool of developers. This paves the way for a faster development cycle, enabling the rapid creation of new use cases and projects on HeLa Chain.

Furthermore, the EVM compatibility allows HeLa Chain to enhance existing dApps with unique features offered exclusively by its platform. Developers can effortlessly integrate these distinctive functionalities into their projects, opening up new possibilities for innovation and creativity.

By creating an EVM compatible runtime layer, HeLa Chain extends a welcoming hand to the Ethereum community, offering an accessible and familiar environment for developers to transition and build upon. This alignment empowers HeLa Chain to foster a thriving ecosystem, where the expertise and resources of the larger Ethereum community can be leveraged to accelerate the growth of HeLa Chain and drive the development of pioneering blockchain solutions. Ultimately, the EVM compatibility of HeLa runtime positions the platform as a powerful and versatile hub for innovation, as it bridges the gap between the existing Ethereum ecosystem and the unique opportunities presented by HeLa Chain.