Numerous economic activities are supported on the Ethereum blockchain, ranging from games and NFT exchanges to the developing DeFi ecosystem. Ethereum was created with smart contracts in mind, allowing for the creation of a vast array of applications.
The goal of Polygon, an EVM-compatible blockchain, is to provide consumers with cheaper and faster transaction times. It operates in tandem with Ethereum as a parallel blockchain that processes transactions quickly. Polygon is a “sidechain” because it upholds its consensus and receives no protection from Ethereum.
This post will go over Polygon’s functionality in further detail and outline the main factors that influence developers’ decision to choose Polygon for blockchain development. It will provide instructions on how to begin creating on Polygon in the process.
What is Polygon?
Polygon is an independently maintained Ethereum sidechain, formerly known as the Matic Network.
Unlike existing Layer 2 systems, such as StarkNet and zkSync, Polygon is working on a suite of blockchain networks that are tailored for various application classes. Miden, Edge, Zero, Nightfall, Avail, Hermes, and zkEVM Scalability Solution are some of these networks.
Currently, Polygon uses Polygon PoS Chain and Plasma, two substantially different Layer 2 solutions. Although they both aim to provide faster and less expensive transactions, Plasma and the Polygon PoS Chain function and are built differently.
A proof-of-stake sidechain called Polygon PoS Chain performs Ethereum checkpoints to boost security. A network of sidechains called Plasma handles off-chain transaction processing. The Ethereum mainnet receives periodic checkpoint submissions from these sidechains.
Polygon wants to contribute to the expansion, effectiveness, security, and utility of the Ethereum ecosystem. It motivates developers to provide visually appealing solutions as quickly as possible to accomplish this. The MATIC token, which is exclusive to Polygon, is utilized for fee payments, staking, and transaction execution amongst network users.
Why Do Developers Choose Polygon?
1. Velocity and Dimension
The Polygon Network can achieve a theoretical transaction speed of less than two seconds on a single sidechain. The network can process millions of transactions per second thanks to the usage of several sidechains. The Polygon network can swiftly scale the amount of transactions it can handle thanks to this technology.
2. Reduced Prices
Due to its lower gas rates, Polygon is frequently chosen as a transaction processing venue over Ethereum for lesser-value applications. Because Polygon is a proof-of-stake sidechain, it can execute “batches” of transactions quickly, which lowers fees.
Some cryptocurrency specialists predict that shortly, Polygon Matic gas fees will drop back to $0.1. This is because Polygon is making an effort to reduce the amount of gas used on its network, which includes putting Ethereum Improvement Proposal (EIP)-1559 into effect to lessen the volatility of gas fees.
Additionally, Polygon is developing scalability solutions like Zk Rollups, which have the potential to reduce gas costs and improve network scalability. The total amount spent on transactions is divided by the total number of transactions to determine the average cost of a single transaction.
3. Robust Security
Polygon’s proof-of-stake chain is known for its strong security, while not being as decentralized as Ethereum.
Among the best layer-two blockchain startups, Polygon has a large and skilled workforce of Web3 engineers.
4. Development Ease
The 100% EVM compatibility of a committed chain like Polygon allows the same code used on Ethereum to be published on Polygon without any changes. This shows that Polygon works with every Ethereum tool and infrastructure that is currently in use right out of the box.
On the other hand, since ZK-rollup systems require regular code updates and don’t have a fully functional toolchain, their entry hurdles can be significantly higher.
These resources offer a more interactive learning environment, which encourages developers to explore with Polygon. They also make it easier for developers to construct smart contracts and deepen their grasp of the Polygon Ecosystem.
5. Vast Ecosystem
Open-world games, decentralized non-custodial asset bridges, synthetic farming protocols, AMM decentralized exchanges, and a vast network of builders, developers, and protocols are all part of Polygon’s vast ecosystem.
With a TVL of more than $2 billion, Polygon presently holds the sixth-place position among all blockchains, according to DeFi Llama, a TVL aggregator for DeFi. Polygon still has one of the liveliest ecosystems of all the Ethereum Layer 2 solutions, even though its TVL has decreased by more than 80% from its peak of $9 billion or more in July of 2021.
6. Models
The developer community inside the Polygon ecosystem has produced several incredible templates, such as smart contract templates that serve as building blocks for unique business logic, to assist developers in getting started on new projects.
To assist developers in getting started with NFT development, Directual is a low-code development platform that offers templates for Web3 markets. Polygon Labs provides boilerplate code that functions as a Web3 website template, streamlining the development process and enabling the speedy construction of Polygon dApps.
7. Instruction
Polygon Labs introduced Polygon University in beta to increase accessibility to developer education. Any motivated learner should be able to study Web3 creation and contribute to the expansion of Ethereum’s public infrastructure. By navigating through the content on the Polygon University website, developers can gain a comprehensive understanding of Polygon.
Just the start of Polygon’s bigger strategy to integrate tens of millions of developers into Web3 and provide them with the resources, guidance, and education they require to succeed is Polygon University.
8. Thorough Record-Keeping
For developers interested in learning more about Polygon or developing on it, Polygon Wiki offers extensive documentation, community resources, and construction guidelines.
The Polygon literature offers resources on several subjects, such as building scalable apps, developing scalable business logic, issuing and confirming claims, developing gaming recipes, and setting up a DAO. The Wiki also explains the idea of account abstraction and how to send EIP-1559 transactions.
Conclusion
