The next evolution of Ethereum is worth paying attention to. Over the next two years, this public chain will undergo a series of key technical upgrades, and its entire architecture may face restructuring — this is far more than routine feature patches; it involves systemic transformations of core performance and user experience.
**Breakthroughs in Scalability**
The Gas limit will be directly increased to 200 million, and combined with parallel processing mechanisms, the mainnet's throughput will be significantly improved. Meanwhile, validators are gradually migrating to ZK proof verification frameworks, which means Ethereum L1 could achieve processing capabilities of tens of thousands of transactions per second. Layer2 solutions are also continuously optimized; after data layer expansion, handling hundreds of thousands of transactions on secondary networks is no longer difficult. This performance boost will directly change the cost of user interactions.
**Fusion of Interoperability**
Cross-chain asset flow is becoming more convenient. A new interoperability layer is coming online, making asset transfers between L2s as simple as sending messages. The boundaries between different chains will further blur, which will have a profound impact on liquidity distribution across the entire ecosystem.
**Dual Guarantees of Privacy and Security**
By the end of the year, related mainnet fork upgrades will enhance censorship resistance. Subsequently, privacy feature modules will gradually debut — functions like transaction hiding and identity protection will become standard, giving users more control over their on-chain activities. At the same time, new versions of L2 solutions like ZKsync are also being refined, ensuring both fund security and operational experience.
In short, Ethereum is evolving from a single blockchain into a layered computing network — L1 provides a secure foundation, L2 handles efficient execution, and privacy and freedom become new underlying features. These technological upgrades are already underway, and early adopters may better seize the opportunities they present.
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FastLeaver
· 12-28 20:23
Commentary by the Speed of Light Quit Group Master:
Wait, can Gas fees really be lowered? I don't believe it unless I see it myself.
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Ten thousand transactions? Sounds great, but how does it work in practice...
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Privacy features, huh? Now the tax authorities are going to have a headache again haha.
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So many L2 solutions, users have to spend half a day choosing which one, might as well be fast from the start.
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Cross-chain seamless transfer sounds cool, but the risks are probably multiplied...
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Another story from two years later, what about now? Lower the gas fees to a usable level first before bragging.
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ZK proofs sound professional, but who dares to guarantee their actual security?
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Interoperability integration? In the end, everyone still plays on their own, stop fooling yourself.
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If this upgrade really works, it would be revolutionary, but I wouldn't bet a single cent on it.
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Good privacy protection, huh? In the future, on-chain cheating might not even be detectable.
View OriginalReply0
DancingCandles
· 12-28 19:38
Bro, can the 10,000 TPS really stay stable? Feels like just another pipe dream.
Honestly, it means ETH is going to get heavier; only when gas prices drop can we truly start to harvest the benefits.
I'm optimistic about L2 interoperability, but will sharding really stop delaying?
Daily upgrades, but why does it still feel so expensive?
Privacy again and again, what about regulation...
Is ZK technology reliable? What about technical risks?
Wow, from a single chain to layered networks, are we turning into a new L0?
Wait, why haven't I felt these optimizations yet?
But privacy enhancements are indeed appealing; finally, we can shake off the feeling of being monitored on-chain.
Everyone can boast, but I just want to see a real deployment timeline.
View OriginalReply0
AirdropHunterXiao
· 12-27 11:19
Wait, can Gas fees really be reduced to this level? I feel like these promises are made every year...
Another round of the ZK proof set? Forget it, just assume it really gets implemented.
Privacy features are actually quite interesting; finally giving ordinary users some say.
Transferring between L2s like sending messages? How much longer do I have to wait for my assets to truly become free-flowing...
A 200 million Gas cap sounds good, but the key is how it performs in real-world operation.
Interoperability has been talked about every year; it still depends on the actual delivery by project teams.
Early adopters seizing the opportunity? Let me see who can really make money from this upgrade before I say more.
Is this really going to change the game, or is it just another marketing gimmick?
I'm looking forward to privacy protection, but Ethereum's speed... hmm.
10,000 transactions per second sounds great, but is it stable now?
View OriginalReply0
SnapshotLaborer
· 12-25 20:53
Ten thousand transactions per second? Sounds great, but whether it will actually be implemented depends on the reality.
How many times have we talked about scalability? Is this time reliable? I have my doubts.
ZK proof framework migration... another big tech plan, stop with the hype, it’s still the same old story.
Is interoperability among all those L2 solutions really that simple? Feels like it's still early.
I’m actually looking forward to privacy features; we need to give users something real.
Let’s wait and see; we’ll talk once it’s truly live.
If this upgrade succeeds, the ecosystem’s liquidity will definitely change.
Don’t bother me unless Gas fees drop to single digits.
A two-year timeline... that’s already “forever” on the chain.
ZKsync upgrades so frequently, is stability guaranteed?
Layered networks sound good, but will they become more complicated?
Early adopters... trying to cut my grass again? I’ll see how it goes.
View OriginalReply0
SerNgmi
· 12-25 20:52
It sounds like another wave of PPT upgrades. When will it actually be implemented?
L2 is so powerful, why still hype L1? It feels a bit虚啊 (vague or empty).
Privacy features? I just want to know when they will truly go live.
ZK and scalability improvements again, but in the end, gas fees are still the same old story.
Does it take two years? By then, my coins will have been trapped already haha.
Cross-chain is so convenient now, doesn't that mean Ethereum's moat is gone?
Gas doubling? I doubt it. I've heard too many promises over the years.
The key is real implementation. No matter how good it sounds now, it’s useless without practical results.
View OriginalReply0
FlashLoanLord
· 12-25 20:52
Whoa, is it true? Gas has hit 200 million and it still runs?
Stop bragging, the key is when it will truly be implemented.
Is the ZK verification framework migration reliable? None of the previous promises have been fulfilled.
Talking stories again, can the L2 really handle hundreds of thousands of transactions? I don't feel it.
Cross-chain liquidity integration sounds great, but in reality, the ecosystem remains fragmented.
Privacy features as standard? Feels just like Monero's promises—no progress.
The so-called experts talk nicely, but let's see how it performs once it's truly usable.
View OriginalReply0
OnChainSleuth
· 12-25 20:52
Here we go again with the same rhetoric... gas limit, ZK, L2, we've been talking about this for years, but how does it actually land?
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Ten thousand transactions per second? Dream on. First, get the current systems stable before bragging.
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Privacy protection sounds great, but is it truly censorship-resistant, or are certain entities just watching?
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Interoperability and integration are indeed interesting. Optimizing fund liquidity could trigger a market wave.
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Early adopters seize the opportunity? Wake up, people say that every year. The real question is, who actually makes money?
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Two-year timeline... I bet $5 this will be delayed. That's just ETH ecosystem's nature.
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Layered computing networks sound good, but will user experience really improve, or is it just developers' self-indulgence?
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I'm optimistic about the new version upgrade of ZKsync. There has been progress, but don't get your hopes up too high.
View OriginalReply0
StrawberryIce
· 12-25 20:47
This upgrade is quite impressive, a ten-thousand transactions per second rate sounds really satisfying.
Wait, what about the previous gas fees? Can they really be reduced?
It seems like Ethereum has been trying to innovate these past two years.
Is L2 really that fast? I still haven't figured out how cross-chain operations work.
I'm paying attention to the privacy features; they are finally coming.
It feels like another big opportunity is on the horizon. Missing out would be a real shame.
View OriginalReply0
DeFiCaffeinator
· 12-25 20:30
Wait, can the 10,000 TPS really stay stable? Or is it just the usual "visionary pie in the sky" talk?
Sounds good, but it feels like the risks of the ZK migration haven't been clearly explained.
Can the gas fees really be reduced? I'm still being drained as usual.
L2 interoperability has blurry boundaries... This might actually lead to more dispersed liquidity.
The privacy module is at least a step forward, but why does it feel like every upgrade is hyped up?
Let's wait and see. Anyway, I've already gone all in.
Can this be more reliable than the previous sharding promises?
View OriginalReply0
GasBandit
· 12-25 20:28
Ten thousand transactions per second? Sounds impressive, but can the gas fees really come down?
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It's another interoperability fusion. We've been talking about it for years and still haven't nailed it.
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I went all-in the day privacy features launched. This is the way Ethereum should be.
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Layered computing networks sound complicated. Basically, does that mean Ethereum is copying Solana's homework?
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I believe in L2 optimization, but when can it truly replace L1?
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I'm a bit期待 about the ZK proof framework migration, but what about the technical risks? Has anyone mentioned them?
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Early adopters seize the opportunity... Feels like this is said every time there's a technical upgrade.
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Doubling the gas limit to 200 million. If it's still expensive, I'll just quit.
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Seamless cross-chain transfers really change the game, but how do we ensure security?
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Privacy becoming standard is the right move. Finally, no more having every transaction exposed.
The next evolution of Ethereum is worth paying attention to. Over the next two years, this public chain will undergo a series of key technical upgrades, and its entire architecture may face restructuring — this is far more than routine feature patches; it involves systemic transformations of core performance and user experience.
**Breakthroughs in Scalability**
The Gas limit will be directly increased to 200 million, and combined with parallel processing mechanisms, the mainnet's throughput will be significantly improved. Meanwhile, validators are gradually migrating to ZK proof verification frameworks, which means Ethereum L1 could achieve processing capabilities of tens of thousands of transactions per second. Layer2 solutions are also continuously optimized; after data layer expansion, handling hundreds of thousands of transactions on secondary networks is no longer difficult. This performance boost will directly change the cost of user interactions.
**Fusion of Interoperability**
Cross-chain asset flow is becoming more convenient. A new interoperability layer is coming online, making asset transfers between L2s as simple as sending messages. The boundaries between different chains will further blur, which will have a profound impact on liquidity distribution across the entire ecosystem.
**Dual Guarantees of Privacy and Security**
By the end of the year, related mainnet fork upgrades will enhance censorship resistance. Subsequently, privacy feature modules will gradually debut — functions like transaction hiding and identity protection will become standard, giving users more control over their on-chain activities. At the same time, new versions of L2 solutions like ZKsync are also being refined, ensuring both fund security and operational experience.
In short, Ethereum is evolving from a single blockchain into a layered computing network — L1 provides a secure foundation, L2 handles efficient execution, and privacy and freedom become new underlying features. These technological upgrades are already underway, and early adopters may better seize the opportunities they present.