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MegaETH
MegaETH is the first real-time blockchain, leveraging extreme node specialization to eliminate block gas limits and unlock continuous compute for developers.


MegaETH Vietnam16.7. klo 20.46
🇻🇳☕️MegaETH VIETNAM - COMMUNITY MEETUP☕️🇻🇳
Buổi offline meetup đầu tiên dành cho cộng đồng yêu thích @megaeth_labs tại Việt Nam!
Dành cho những anh em đang theo dõi, tìm hiểu hoặc hứng thú với Blockchain Thời Gian Thực đầu tiên đang bùng nổ này.
Đây là cơ hội để kết nối, học hỏi và khám phá sâu hơn về MegaETH cùng những người có chung đam mê.
🗓 Chủ Nhật, ngày 20/7 lúc 9:00 sáng VN
📍Beanthere Coffee, Quận 10, TP.HCM
🎯 Nội dung chính:
- Giao lưu cùng Regional Lead của MegaETH – chia sẻ về tầm nhìn, chiến lược phát triển và cơ hội cho cộng đồng.
- Giới thiệu các cập nhật mới nhất về hệ sinh thái MegaETH
- Gặp gỡ, kết nối cùng cộng đồng builder & Web3 tại Việt Nam
- Mini games vui nhộn với nhiều phần quà nho nhỏ đến từ đội ngũ MegaETH & MegaETH Vietnam
🚀 Số lượng có hạn – đăng ký ngay để giữ chỗ 👇

41,2K
MegaETH kirjasi uudelleen
This week’s upgrade to the MegaETH testnet fixed an elusive performance bug that had caused miniblock time to continuously increase between sequencer reboots. Here’s the story. It’s a story about our philosophy – measure, then build.
If one visited MegaETH’s performance dashboard recently, one might see that the miniblock time had been increasing during the week leading up to June 3. Actually, such a trend would start right after every sequencer reboot since the launch of the public testnet. Previously, the frequent upgrades to the sequencer meant that the miniblock time would not increase by any perceivable amount before the upward trend was reset. However, recent upgrades had not required sequencer reboots, and the trend continued for weeks. On June 3, miniblock time almost reached 100ms. With sequencer reboots becoming even less likely in the future thanks to hot backups, it’s time to eliminate the bug once and for all.
Since we routinely collect lots of telemetry data for the testnet, the team quickly started digging. The first discovery was that the increase in miniblock time accelerated over time – not only did miniblock time increase, it increased faster and faster. Usually, such symptom would imply that the work involved in building each miniblock increased superlinearly as more miniblocks were built. However, we shot down the hypothesis after some measuring and calculation. We built the miniblock pipeline to be almost fully asynchronous to the EVM so as to achieve arbitrarily low miniblock time. This means that however much time it takes to build a miniblock, the EVM will be executing transactions during the whole time. Thus, the longer miniblock building time would lead to a higher number of transactions per miniblock, but we did not observe that. So, the issue cannot be with building miniblocks. Careful examination of the code confirms this conclusion – no part in the miniblock building process has superlinear complexity.
The team expanded the search, and the real culprit quickly surfaced. The time it took to commit EVM blocks had been increasing; further, the committing time was perfectly linear to the number of EVM blocks produced since the last reboot. When committing EVM blocks, the EVM environment such as block height is updated, so the EVM must pause and cannot execute transactions, which means no miniblocks either. There is a fixed 1-second interval between EVM blocks. Within the 1-second budget, a linearly increasing committing time lead to a linearly decreasing duration to run transactions, which in turn lead to a linearly decreasing number of miniblocks produced. If we take its reciprocal, we get the average miniblock time, which is inversely proportional in time. It’s exactly the function shape we saw on the performance dashboard. The math checked out.
At that point, we knew exactly what to look for: some procedure whose workload increases linearly over time in the particular part of the code that handles committing EVM blocks. The rest of the work was straightforward. The team pushed the upgrade this week and miniblock time has not crept up.
So, what was the lesson? I think it showed again the power when engineering is guided by careful measurements and first principles. The team is working on the other upgrades with the same philosophy. Stay tuned!


14,51K
Day 3 of Guessbest tournament.
Today you have to guess between applications building on MegaETH.
Check out their mobile-friendly game below.

Guess.best28.5.2025
🔥 Today kicks off the @megaeth_labs Apps Showdown 🧠⚔️
20 of the hottest apps in the MegaEth ecosystem are going head-to-head.
Your mission?
Guess which ones the crowd prefers 👀
Let’s see who dominates the charts by sheer popularity.
Jump in now on @playguessbest and make your picks 🕹️

17,57K
Breakdown of this week's Guessbest festival.
Read up for a chance to play a new game each day, win prizes and claim the top spot on the leaderboard.

Guess.best26.5.2025
@megaeth_labs x @playguessbest
Festival Week kicks off now !
6 days.
Daily Streak tournaments.
PvP battles every day at 6PM UTC.
Surprises, rewards, and a mysterious Fast Track 👀
Let’s break it down 👇

35,87K
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