Neon EVM Hits Record-High 730 TPS On Mainnet

In the rapidly evolving landscape of blockchain technology, Neon EVM, a smart contract on Solana (SOL) has emerged as a frontrunner by introducing a landmark parallel processing architecture on its mainnet. 

This approach has enabled Neon EVM to achieve an increase in performance, scalability, and efficiency, according to a press release share with NewsBTC.

Neon EVM Dominates Transaction Processing 

Neon EVM, the first parallel Ethereum Virtual Machine (EVM) on mainnet, has achieved a record-breaking 730 Transactions Per Second (TPS) on its mainnet. Notably, this is the first time such high tps has been achieved on an EVM mainnet. 

The milestone was reached on December 16, 2023, when Neon EVM’s mainnet showcased its transaction processing capabilities. While many blockchains demonstrate high tps on testnets, Neon EVM’s has standout by improving its scalability. 

Neon EVM

Neon EVM, which went live on the mainnet in July 2023, operates as a fully Ethereum-compatible environment on the Solana blockchain. Since its launch, Neon EVM has garnered investor interest, resulting in multiple listings on platforms such as ByBit, Crypto.com, and Gate.io. 

Given these developments, the utility token NEON has experienced remarkable growth, with its value surging from $0.67 to $1.45 in just three days, representing a 116% increase.

Neon EVM’s success comes when there is growing interest in high-speed, parallelized processing blockchains. Currently, Neon EVM stands as the only parallel processing EVM live on the mainnet, showcasing its tps capabilities compared to other blockchain networks.

Outshining Ethereum’s Transaction Speed

The fundamental difference between Neon EVM and blockchains like Bitcoin and Ethereum lies in their transaction processing approach. While Bitcoin and Ethereum process transactions sequentially, Neon EVM allows for simultaneous processing of multiple transactions, facilitating increased throughput and reducing the likelihood of congestion during periods of high demand.

In a notable comparison, Neon EVM’s parallel processing architecture outperformed the combined tps of the entire Ethereum ecosystem on December 16, as reported by L2Beat

Neon EVM

The project’s commitment to Ethereum compatibility on the Solana blockchain and its high-speed transactions and low-cost benefits positions Neon EVM as an interesting project as a new Bull Cycle emerges.

Layer 2 Scaling Solutions On The Rise

Polygon, the layer 2 scaling solution that operates alongside the Ethereum blockchain, has also demonstrated its transaction processing speed capabilities. 

In a recent post on X (formerly Twitter), Sandeep Nailwal, the founder of Polygon, shared notable statistics highlighting the network’s performance. According to Nailwal’s post, Polygon’s Proof of Stake (PoS) chain seamlessly handled over 16 million transactions in a single day, showcasing its scalability and efficiency. 

During the peak period, the Polygon PoS chain achieved a throughput of 255 tps. This figure is approximately 2-3 times higher than the combined throughput of the entire Ethereum ecosystem. 

Moreover, the validators on the Polygon network generated approximately 1 million in transaction fees in a single day, reflecting the network’s high level of activity. However, it is worth noting that gas fees experienced a spike during this period, which is a broader issue impacting the entire Ethereum ecosystem.

In terms of rewards for validators, the block rewards on the Polygon network amounted to over 155,000 MATIC tokens. This translates to substantial revenue for validators, totaling around 1.2 million in a single day. These rewards incentivize validators and contribute to the overall security and stability of the PoS chain.

The spike in transactions in both of these Layer-2 networks showcase the growing importance of scalability solutions. In the coming months, hundred of new users could onboard the crypto market via either of these solutions hinting at a potential benefit for their underlying tokens.

Neon EVM

Featured image from Shutterstock, chart from TradingView.com

Polygon Labs And NEAR Foundation Partner For zkWasm L2 Prover Integration

Polygon Labs (MATIC) and the NEAR Foundation have recently announced their collaboration on the development of a zero-knowledge (ZK) prover for the WebAssembly (Wasm) blockchain.  

The alliance aims to “bridge the gap” between Wasm-based chains and the Ethereum ecosystem, providing customization and options for developers building with the Polygon CDK (Chain Development Kit).

NEAR Foundation Joins Polygon As Core Contributor

According to Polygon Labs’ announcement, introducing a zkWasm prover will enable developers utilizing Polygon CDK to choose from various provers when building their projects.

This can be leveraged in various scenarios, including launching or migrating an Ethereum Virtual Machine (EVM) chain or constructing a Wasm chain for closer alignment with Ethereum and access to liquidity. 

The zkWasm prover will serve as a new runtime, generating zero-knowledge proofs that validate the correctness of native Wasm runtime execution. This advancement is expected to enhance scalability and decentralization, bringing the NEAR protocol closer to Ethereum.

As part of this partnership, the NEAR Foundation is set to become a core contributor to Polygon CDK, expanding the toolkit’s capabilities for developers.

Sandeep Nailwal, the co-founder of Polygon, expressed pride in collaborating with NEAR on this research and emphasized the value of the zkWasm prover in providing developers with increased customization options. 

To provide further context, WebAssembly is a widely used framework for running complex programs in web browsers, offering performance comparable to native computer applications. In the context of Web3, the Wasm Virtual Machine serves as a runtime for blockchains like NEAR and Polkadot, differing from the Ethereum Virtual Machine.

Scalability And Decentralization Boost?

Per the announcement, in the future, an in-development interop layer will allow chains to join a unified ecosystem of Layer 2 solutions deployed through Polygon CDK. 

This ecosystem will encompass alternative layer-1 chains, EVM layer-2 solutions, and Wasm chains, providing interoperability and defragmentation of liquidity across different chains.

Illia Polosukhin, co-founder of NEAR Protocol, expressed optimism about the collaboration, emphasizing that it will bring the benefits of zero-knowledge proofs not only to NEAR but to the entire Web3 ecosystem. Polosukhin stated:

We are very excited to work with Polygon Labs to bring all the benefits of zero-knowledge proofs not just to NEAR but all of Web3. NEAR is integrating more with Ethereum by innovating in new research frontiers, and the shared expertise of these two teams will bring a much-needed expansion of the ZK landscape and defragmentation of liquidity across chains. And by creating and using the zkWasm prover, NEAR will also improve the scalability and decentralization of the NEAR L1.

Overall, the collaboration between Polygon Labs and the NEAR Foundation holds significant implications for both protocols. Integrating the zkWasm prover will enhance the capabilities of Polygon CDK, providing developers with more options in building “custom blockchains.” 

Additionally, it will bring NEAR Protocol closer to Ethereum, expanding its interoperability and liquidity opportunities. 

Polygon

As of the latest update, MATIC, the native token of Polygon, is on the verge of reaching the $0.800 level, a milestone that has not been attained since July. The token currently trades at $0.7903, showcasing a noteworthy upward trajectory. 

This positive movement is further bolstered by an impressive 11% uptrend recorded over the past 24 hours. 

Featured image from Shutterstock, chart from TradingView.com