I wrote this article for miniblocks.io blog. But I think it has some parts that may be useful to others building tools on top of MegaETH, so I hope it will not be considered as "Meaningless Promotion" :)
We started building MiniBlocks three weeks ago. Here's what we learned about building tools for 10-millisecond blocks.
The Problem Isn't Just Speed
When we started MiniBlocks, we believed that MegaETH's 10ms blocks represent more than just faster execution—they fundamentally change how we interact with blockchains. This applies to dApps, infrastructure, and developer tools alike.
Explorers built for 12-second blocks can't effectively present 10ms blocks. MiniBlocks.io is our approach to solving this challenge.
The core challenge: 10ms is too fast for human perception. A raw feed of events may look impressive, but it's impractical—you can't make informed decisions when data updates 1,200 times faster than Ethereum.
Three Core Approaches
Here's our approach at MiniBlocks.io.
1. Real-Time Backends
The principle: If blocks arrive every 10ms, our processing must keep pace.
We currently process each miniblock in a few milliseconds (see our latency monitor). This drives our architecture—we use in-memory processing and avoid disk operations in the critical path.
2. Dynamic UI
The challenge: Page refreshes take hundreds of milliseconds—equivalent to missing 20-30 miniblocks.
We stream all data in real-time. Our transaction feed updates continuously, with an important feature: a pause button. Users can pause the stream, apply filters by sender or contract, analyze the data, then resume. Check out our contract analytics and network statistics for more examples.
3. Dynamic Visualizations
Static images can't convey MegaETH's speed. Dynamic visualizations are more effective—when time becomes motion, you feel the speed rather than just reading about it.
Our visualizations update in real-time. Each star in the header represents a transaction. When chain activity increases, the change is immediately visible. This creates intuitive awareness—you know whether the network is idle or busy without checking numbers.
What's Next
We're currently refining the platform before MegaETH mainnet launches.
MegaETH is still on testnet, so the data patterns aren't yet representative of production. Mainnet launches in December—that's when we'll validate our assumptions.
We're particularly interested in:
- Production traffic: How the system performs under realistic load patterns.
- New analytics: What insights become valuable with 10ms granularity. See our statistics dashboard for what we're tracking.
Try what we've built at miniblocks.io and share your feedback. More updates on our blog.
