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What is Supernet of Polygon network and what are its uses and advantages? In this post of Pooyan Music, we will talk about the Supernet of the Polygon network in detail. Stay with us until the end.
Blockchain is an inevitable future and promises to change the global market for the better. Blockchain has completely revolutionized the main drivers of the economy, including healthcare, supply chains, food production, insurance, law, intellectual property, real estate markets, and many others. While blockchain technology is still developing, there are many adoption challenges that have yet to be resolved. The problem of universal adoption of blockchain is a very important problem. In fact, scalability remains one of the bottlenecks of its implementation. One of the potential solutions for this problem are supernets. In this blog guide, we dive deeper into supernets.
For several reasons, the web3 project may not use the underlying Ethereum network. For example, it may test new or unique functionality relative to the main network that is not readily available, or desire to gain better control over network suitability.
In June 1400, Polygon Edge was introduced by Polygon. Edge was designed to provide blockchain developers with a multi-chain Ethereum gateway.
Polygon Edge is a blockchain stack that works specifically to help you build your own references to network blockchains. With its modular architecture, Polygon’s hypergrids strive to provide scalable infrastructure solutions to developers. Hence, independent and enterprise chains provide EVM (Ethereum Virtual Machine) and sophisticated layer 2 solutions.
Until now, scalability and throughput have been the biggest issues for software developers working with public networks. Developers looking for quick and easy solutions that facilitate smooth scaling even in cases of heavy network traffic can turn to Polygon Edge. The scalability feature allows users to easily handle tens of millions of transactions per day.
Advanced performance, consistent and predictable throughput, and the availability of customization by configuring every aspect of the blockchain network are some of the benefits that web3 developers and companies have achieved using Polygon Edge.
However, some common challenges were identified by Polygon Edge users. For example, there were security problems in the network. The application team’s high bandwidth consumption was also identified as a deterrent to the widespread use of Polygon Edge. The technical complexities arising from the operation of blockchain networks and some important security concerns led the Polygon team to design the Polygon supernet, which is based on the success of Polygon Edge.
Supernets are clusters of interconnected networks that can be used for a variety of purposes, including data sharing and collaborative work. They are popularized by the Googleplex, a massive cloud network of over 100 interconnected networks. Supernets can be useful for organizing large amounts of data and facilitating communication between different groups of users.
Supernets can exchange messages and values with other Supernets and with the Ethereum mainnet. Validators in each supernet participate in the main MATIC network before validating the network to check its security level.
Polygon cloud networks are a powerful tool for understanding complex data structures. They allow us to see relationships between different pieces of data. Relationships that are otherwise difficult or impossible to see. Polygon Supernet is a blockchain system built on the Polygon Edge stack. It can also be called an ecosystem, a collection of modules that work seamlessly together and add new functionality as they stack up.
Supernets allow you to create a distributed blockchain network designed to meet your specific needs. It also provides a more favorable blockchain network installation experience than the normal mode. They pride themselves on improved speed, consistent and reliable throughput, and extensive customization through any chosen setting. Web3 applications can be integrated directly into private networks. This integration allows you to optimize them in the latest blockchain format. They are well known for their performance, consistent and predictable throughput, and customization through configuration.
