Hey hey lovely degens and $PROM Community,

Today, we’re unlocking the layers of Prom’s modular blockchain architecture. We’ll explore the specifics of each layer — Execution, Settlement, Data Availability, and Consensus — and how they power Prom’s innovative ecosystem.

Let’s get started! 🧵👇

Execution Layer

The Execution Layer is the powerhouse of the blockchain, responsible for processing all transactions. This includes executing smart contracts, performing computations, and managing the internal state of the blockchain. Think of it as the engine that drives the blockchain’s functionality.

Settlement Layer

Next up is the Settlement Layer. This layer is crucial for the final recording of transactions, providing a layer of trust and security. It acts as the backbone of the blockchain’s integrity, ensuring that all transactions are accurately and immutably recorded.

Data Availability Layer

The Data Availability Layer ensures that all necessary data for validating and executing transactions is readily accessible to all parties or nodes involved. Without this layer, nodes wouldn’t have the information they need to verify transactions, leading to inefficiencies and potential security risks.

Consensus Layer

Finally, we have the Consensus Layer. This layer is responsible for achieving agreement across the network, including the order and validity of transactions. It’s the glue that holds the blockchain together, ensuring that all participants are on the same page.

Why Modular Architecture?

Modular blockchain architecture separates these functions into distinct layers, allowing for greater flexibility, scalability, and specialization. Each layer can be optimized independently, leading to more efficient and robust blockchain systems.

Prom’s Modular Approach

Prom’s adoption of a modular architecture showcases its commitment to innovation and scalability. By leveraging these distinct layers, Prom ensures a high-performance and secure blockchain environment, capable of supporting a wide range of applications.