There is an interesting innovation in the field of zero-knowledge proofs—a aggregation technique based on witness data accumulation. In simple terms, it can compress massive amounts of zero-knowledge proof data into a tiny proof file, with astonishing efficiency.
What does this mean for Rollups and modular blockchains? Simply put, the amount of data required for on-chain verification is greatly reduced. Your transaction confirmation speed is faster, fees can be lowered, and system throughput increases accordingly.
Moreover, this technology also addresses privacy and security issues. As more applications go on-chain, such infrastructure becomes increasingly critical—without it, large-scale decentralized applications simply cannot run. Therefore, breakthroughs in this direction are quietly changing the underlying logic of blockchain.
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ForkMaster
· 01-15 00:47
Sounds good, but when will this technology truly be implemented? There are too many project teams talking about efficiency now.
As someone who is staying at home during the bear market to raise kids, my main concern is how much the transaction fees can be reduced—don't just talk about concepts.
Has this set of technology been audited? Is the contract code open source? Good question, I need to take a closer look.
Zero-knowledge proofs definitely have potential, but I'm worried it might just be another wave of wealth password scams.
Data compression needs to be practically applied to count; otherwise, it's just armchair theorizing.
Interesting, but I still trust things that genuinely improve performance more. How does this set ensure security?
It sounds good, but we’ll have to see how the specific projects implement it to judge how reliable it is.
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CascadingDipBuyer
· 01-13 08:13
This compression technology is truly unbeatable. How much can it reduce gas fees?
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MagicBean
· 01-13 05:14
Wow, the data compression is this extreme? If it really gets implemented, can the gas fees be halved?
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BearMarketBuyer
· 01-12 22:52
Wow, if this technology really can cut down the gas fees, I need to jump on board quickly.
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SigmaValidator
· 01-12 22:49
Really? If data compression is so powerful, how low can Layer2 fees go?
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StableCoinKaren
· 01-12 22:45
This compression technology sounds good, but how long will it really take to be implemented?
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DAOplomacy
· 01-12 22:40
ngl the witness accumulation angle is intriguing but like... we've seen this movie before with different compression schemes. the real question isn't whether it works theoretically, it's whether the game theoretical implications actually align incentives across heterogeneous validator sets. historically precedent suggests these things get messy at scale
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RektButSmiling
· 01-12 22:38
Compressing data is really a lifesaver; running those redundant proofs used to be a huge hassle.
Someone should have done this earlier; layer2 projects have been waiting too long.
But how much longer do we have to wait for the official launch? There are too many projects just shouting slogans first.
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NotFinancialAdviser
· 01-12 22:28
This compression technology is pretty good, reducing Gas fees is really impressive...
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Another "changing the underlying logic," it’s almost getting to the point of being overwhelming to hear.
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Wait, can this aggregation efficiency really be as exaggerated as claimed? Are there any real test data?
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Is the spring of Rollup coming? But if the ecosystem applications can't keep up, it’s all pointless.
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I'm more interested if privacy issues are solved; for me, that’s much more important than lowering gas fees.
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Wow, if this really gets implemented, the competitive landscape of modular chains will have to be reshuffled.
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It's a common topic; people talk about this kind of technology every month...
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It still seems to be in the experimental stage; it might take another year before it’s used on the mainnet.
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FreeRider
· 01-12 22:26
Bro, if this technology really gets implemented and the gas fees can be halved, I would believe it.
There is an interesting innovation in the field of zero-knowledge proofs—a aggregation technique based on witness data accumulation. In simple terms, it can compress massive amounts of zero-knowledge proof data into a tiny proof file, with astonishing efficiency.
What does this mean for Rollups and modular blockchains? Simply put, the amount of data required for on-chain verification is greatly reduced. Your transaction confirmation speed is faster, fees can be lowered, and system throughput increases accordingly.
Moreover, this technology also addresses privacy and security issues. As more applications go on-chain, such infrastructure becomes increasingly critical—without it, large-scale decentralized applications simply cannot run. Therefore, breakthroughs in this direction are quietly changing the underlying logic of blockchain.