2025-12-09 06:25:21

A major public blockchain is rolling out a series of significant upgrades targeting the EVM execution layer. The core of this improvement? Making smart contracts run faster and more efficiently.

Here’s the good news: developers don’t need to modify any existing code.

Upgrade highlights include:
1️⃣ Optimizing execution efficiency through native code generation technology

This seamless upgrade approach is a huge benefit for projects within the ecosystem—performance improvements are delivered directly, without the need for code refactoring. The continuous optimization of the execution layer also reflects the public chain’s relentless pursuit of performance in the technological competition.

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MevSandwich

· 2025-12-11 18:37

No way to speed up without changing the code? This must really be the spring of lazy development.

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SatsStacking

· 2025-12-11 05:41

Increase speed without changing the code directly? This is what I want to see. Don't bother with those fancy tricks.

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DegenDreamer

· 2025-12-09 06:38

Seriously? You can get performance improvements for free without changing any code? This sounds a bit too good to be true...

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SignatureCollector

· 2025-12-09 06:35

No need to modify the code to speed things up? This is truly amazing, a blessing for lazy people.

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TokenTherapist

· 2025-12-09 06:34

Can you really speed things up without changing the code? I've seen this trick before—let's see if it can actually be implemented.

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AirdropCollector

· 2025-12-09 06:33

You can speed things up without changing the code? That sounds a bit too good to be true. Is it really possible to upgrade without any pain?

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ProposalManiac

· 2025-12-09 06:32

Speeding up without touching the code? That sounds way too idealistic. We need to see how extensive the underlying architecture changes are and whether they’ll create pitfalls for future iterations. --- The performance race has started again, but the real test is still whether the mechanism design can balance decentralization and efficiency. --- Seamless upgrades sound great, but the key question is—who will verify that this improvement won’t break the existing contracts’ incentive compatibility? --- Zero code changes—the biggest governance risk here is that developers may lack a sense of involvement in the upgrade details, and they’ll only regret it when issues arise later. --- Yet another “backward compatibility” story. How many of these promises have backfired in history... --- Native code generation sounds like a good direction, but can the execution efficiency improvements be sustained? Will we need to optimize all over again after the ecosystem explodes? --- You can’t just look at the immediate benefits of no refactoring—ask if it’ll still be stable six months from now.

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TrustlessMaximalist

· 2025-12-09 06:28

You can speed up without changing the code? Sounds a bit dubious. Let's see how it actually performs in practice before drawing any conclusions.

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