Thread by @ThePalmTreeNW

1/9 🔬 Today, we'll explore how @MultiversX's Adaptive State #Sharding is an advanced technique that enhances the scalability and efficiency of #blockchain networks.

Let's dive in! 🧵👇

2/9 Instead of simply dividing the information into smaller fragments, it uses a smarter approach 🤖 to distribute the information based on its relevance and accessibility.

#sharding #blockchainsharding

3/9 The Adaptive State #Sharding uses a 🌐 network of #nodes divided into domains, each with its own task and responsibility assignment.

These nodes are divided into two categories

✅central nodes
✅peripheral nodes.

4/9 The central nodes 💻 are responsible for most of the operations and handling of the most relevant and critical information, while the peripheral nodes handle less relevant or accessible information.

#MultiversX #MvX

5/9 The central and peripheral nodes communicate with each other through 🤝 trust relationships to ensure that the information is distributed securely and reliably.

#MvXnodes #MultiversXvalidators

6/9 The Adaptive State #Sharding uses a dynamic relocation algorithm 🔄to continuously adapt the structure of #nodes and domains based on the needs of the network and the workload.

Intelligent move, right? 😉

7/9 Additionally, it uses a shared hashing technique 🔗to reduce communication overhead between nodes and to ensure that each #node only has access to 🧮relevant information.

8/9 With this type of #sharding, blockchain networks are expected to handle large volumes of transactions more efficiently and be more scalable, while maintaining security and reliability

💡A bright future for #MultiversX network.

9/9 In summary, the Adaptive State Sharding is an innovative and promising technique to improve the scalability and efficiency of blockchain networks 🚀, which uses a smart and dynamic approach to distribute information and ensure the security and reliability of the network

#MvX