TLDR MegaETH stress tests mainnet with 11B transactions to prove real-time speed MegaETH targets 15K–35K TPS in a week-long push under extreme network load GamingTLDR MegaETH stress tests mainnet with 11B transactions to prove real-time speed MegaETH targets 15K–35K TPS in a week-long push under extreme network load Gaming

MegaETH Opens Mainnet for High-Stakes Stress Test on Jan 22

TLDR

  • MegaETH stress tests mainnet with 11B transactions to prove real-time speed
  • MegaETH targets 15K–35K TPS in a week-long push under extreme network load
  • Gaming and DeFi apps test MegaETH’s low-latency execution in live conditions
  • MegaETH opens limited mainnet access ahead of a broader public launch
  • The stress test will reveal if MegaETH can scale real-time Ethereum execution

MegaETH will begin a large-scale mainnet stress test on January 22 as the network pushes to validate real-time performance under extreme load. The team plans to operate the chain with sustained activity while supporting latency-sensitive applications. Moreover, the test will set the stage for a wider public mainnet launch in the following days.

MegaETH Targets 11 Billion Transactions Under Sustained Load

MegaETH will run a controlled week-long test that aims to process 11 billion transactions and maintain throughput between 15,000 and 35,000 TPS. The team designed the event to push the network beyond typical operating levels and expose any weaknesses. The exercise will benchmark stability, finality, and costs before public expansion.

The stress cycle will support gaming applications such as Stomp.gg, Smasher.fun, and Crossy Fluffle, which require fast execution. These applications will operate under continual load to show how MegaETH handles real-time interactions.  Backend flows will include ETH transfers and v3 automated market maker swaps routed through Kumbaya.xyz.

The network will track performance as users interact with these applications and as backend systems push continuous transactions. MegaETH intends to demonstrate high-speed consistency while fees remain low across the test. The team expects the trial to produce the highest transaction count ever recorded on an EVM chain.

Mainnet Opens With Limited Access Before Full Rollout

MegaETH will first allow access to selected applications that rely on rapid confirmation times and predictable execution. This measured opening will help the team evaluate live throughput conditions before enabling broad participation. Additionally, the approach supports controlled monitoring and direct issue resolution.

The public mainnet will follow shortly after the stress test as the network confirms system readiness. MegaETH plans to launch day-one applications in DeFi and consumer services, which will operate with the network’s native stablecoin USDm. The team expects these early deployments to highlight the network’s low-latency structure.

The project describes its system as a real-time Ethereum-secured Layer 2 built for high-throughput activity. MegaETH aims to offer near-instant confirmations while preserving compatibility with Ethereum tools and developer workflows. Moreover, the network seeks to support fast trading, real-time payments, interactive gaming, and low-latency DeFi functions.

Background and Broader Context for MegaETH’s Performance Push

MegaETH was founded in 2022 with a focus on scaling execution rather than reducing nominal transaction costs. The network emphasizes predictable sequencer expenses and rapid settlement, and USDm is designed to help stabilize these functions. Additionally, the team raised $20 million in seed funding from major backers who support its performance-driven roadmap.

Ethereum’s base layer continues to prioritize decentralization and security, yet those priorities limit throughput and speed. MegaETH attempts to address these constraints by offering an execution layer capable of real-time performance while maintaining Ethereum alignment. Moreover, the stress test will reveal how this model behaves under meaningful volume.

Key metrics after launch will include stability, throughput consistency, confirmation reliability, and actual network fees. MegaETH expects the seven-day cycle to offer essential data for scaling decisions and development priorities. Furthermore, the results will influence how quickly the team expands public access and ecosystem activity.

The post MegaETH Opens Mainnet for High-Stakes Stress Test on Jan 22 appeared first on CoinCentral.

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