MODULAR BLOCKCHAIN ARCHITECTURE IN HELA ( STORAGE LAYER)
HeLa is a layer 1 blockchain, powered by a fiat-backed stablecoin. Our architecture reflects our commitment to real-world adoption, featuring modularity, EVM compatibility, stable gas fees, and a decentralized digital identity framework. HeLa modular blockchain architecture is made up of four (4) layers which are listed as follows;
1. Storage Layer
2. Consensus Layer
3. Execution Layer
4. Asset Integration Layer
In this article, we will be laying our focused on the storage layer 👌
STORAGE LAYER
The storage layer in modular blockchain architecture is otherwise known as the "HeLa Cytoplasm"
Analogous to the cytoplasm within Hela, the storage layer's primary responsibility is to ensure data availability throughout the blockchain.
Within the storage layer, individuals can opt to store all or part of the blockchain data, depending on their storage capacity, and become data availability providers for Hela. By participating in data availability verification, they can offer data availability support to the HELA ecosystem and receive token rewards.
Also,The integration of the storage layer further reinforces the decentralized nature of
Hela.
Additionally, by separating the storage layer from the execution and consensus layers, the load on execution and consensus nodes is reduced, contributing to enhanced scalability for Hela.
This layered approach to data management ensures efficient and secure data storage, accommodating the growing demands of a diverse user base. By
encouraging participation in the storage layer, Hela fosters a robust and resilient infrastructure capable of supporting a wide range of applications and use cases, driving the adoption of blockchain technology and the growth of the Hela
ecosystem.
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