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Polygon, formerly Matic Network, offers Layer 2 scaling solutions for Ethereum, processing over 2 billion transactions with average fees of $0.015.
Polygon, initially launched as Matic Network in 2017, has processed over 2 billion transactions and facilitated more than 10,000 dApps on its Polygon PoS chain, addressing Ethereum's scalability challenges by providing faster and lower-cost transactions [1, 2]. The platform's evolution reflects a broader vision to offer multiple scaling solutions, including ZK rollups, to support diverse decentralized applications [1, 2].
| At a glance | |
|---|---|
| Transactions Processed (PoS) | Over 2 billion [1] |
| Average Transaction Fee (PoS) | $0.015 [1] |
| dApps on PoS | Over 10,000 [1] |
| zkEVM Transactions | Over 5 million [1] |
Ethereum's design prioritizes security and decentralization, which can lead to high transaction costs and slower processing times when network activity increases [1]. Layer 2 (L2) solutions like Polygon extend Ethereum's blockspace by processing and executing transactions off the main chain, relying on Ethereum for security and data storage [1]. This approach aims to achieve scalability without compromising the underlying blockchain's core principles [1].
Polygon offers several L2 scaling solutions, including Polygon PoS, Polygon zkEVM, and Polygon CDK, with Polygon Miden under development [1]. Polygon PoS, launched in 2020, functions partly like a plasma chain, with 100 validators reaching consensus on block commitments to Ethereum [1]. It has handled over 2 billion transactions with an average fee of $0.015 [1]. Polygon Labs has proposed converting Polygon PoS into a zkEVM validium, which would provide cryptographic security via ZK proofs while storing transaction data off-chain to reduce costs [1]. If accepted by the community, this would transition Polygon PoS into a "true L2" [1].
Polygon zkEVM is an EVM-equivalent ZK rollup, designed to offer a user experience similar to Ethereum while leveraging zero-knowledge (ZK) proofs for transaction validation [1]. ZK proofs allow an L2 to demonstrate the validity of a batch of transactions to the L1 without revealing specific transaction details, reducing network congestion and lowering costs [1]. Since its Mainnet launch, Polygon zkEVM has processed over 5 million transactions from 400,000 unique addresses and generated more than 600,000 ZK proofs [1]. Its transaction fees are comparable to optimistic rollups, another type of L2 solution that uses fraud proofs and a dispute time delay for verification [1].
The long-term vision, Polygon 2.0, aims for interoperability across all Polygon protocols, enabling near-instant cross-chain transactions without needing to bridge back to Ethereum [1]. This interoperability is facilitated by ZK proofs [1]. Polygon's focus on developer-friendly tools and resources also supports the creation of decentralized applications (dApps) on its infrastructure [2].
Polygon's continued development of diverse L2 solutions, particularly its emphasis on ZK rollups, highlights the ongoing effort to balance scalability, security, and decentralization within the Ethereum ecosystem.
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