2026-01-11 20:20:13

Discussions about blockchain infrastructure typically focus on throughput, finality, and cross-chain communication. But there is a project that tackles a more fundamental aspect—by building a data availability and privacy computation layer on high-performance blockchains, it aims to unlock the possibilities of next-generation applications.

In traditional thinking, decentralized storage and privacy protocols are often seen as two parallel tracks. What makes this project special is that it uses erasure coding and zero-knowledge proof technology to inherently integrate both, creating a verifiable and privacy-preserving data state layer. This is not just a simple upgrade of file storage.

What is the practical significance? Let’s look at a few aspects:

First is the DeFi space. Currently, DeFi is troubled by MEV (Maximum Extractable Value) due to strategy transparency. If this solution is adopted, users’ trading intentions and positions can be protected off-chain, only being confirmed on-chain at settlement. This can significantly reduce the risk of being sniped by bots. The demand for the tokens supporting this privacy computation and storage service will be directly linked to the scale of on-chain privacy financial activities.

Second is the reshaping of data assetization. On such a network, encrypted and distributed stored data is not just a passive storage medium but becomes a tradable, verifiable, and billable asset. This opens up a whole new realm of application possibilities.

View Original

This page may contain third-party content, which is provided for information purposes only (not representations/warranties) and should not be considered as an endorsement of its views by Gate, nor as financial or professional advice. See Disclaimer for details.

23 Likes

Reward
23
9
Repost
Share

Comment

0/400

airdrop_huntress

· 21m ago

Erasure coding combined with zero-knowledge proofs—this combo feels like reinventing the wheel. Wow, can MEV really be solved this way? I’m skeptical. Data assetization sounds very appealing, but how do we monetize it, everyone? Privacy finance tied to token demand... another story of tokenomics? Have off-chain transactions truly been implemented, or is it just another PPT project? This approach is indeed different, but who will build the ecosystem? Interesting idea, but it all depends on whether real businesses get involved.

View OriginalReply0

fren_with_benefits

· 5h ago

Can MEV be fixed? This time, there's something interesting. --- Erase coding + ZK together, sounds different. --- I believe in data assetization; the privacy computing layer is the real selling point. --- DeFi anti-sniping is indeed necessary; it all depends on whether the tokens can gain traction. --- Storage and privacy again; this tech stack is a bit complex. --- The off-chain settlement system should have been developed long ago; finally, it's here. --- Verifiable privacy state layer? Isn't this just the next-generation infrastructure? --- Token demand is linked to privacy activities; logically it makes sense but hard to implement. --- Decentralized storage and privacy have never been parallel lines; the problem is no one has truly integrated them well. --- If this can truly solve MEV, exchanges probably can't sit still.

View OriginalReply0

RealYieldWizard

· 01-11 20:50

The MEV issue has been around for so long, and finally someone is thinking of tackling it from the privacy layer. This is promising.

View OriginalReply0

FomoAnxiety

· 01-11 20:50

Erasure coding combined with ZK is truly amazing; finally, someone is seriously trying to solve the MEV plague.

View OriginalReply0

ConsensusDissenter

· 01-11 20:50

Erase coding combined with zk—let's do it. Finally, someone has thought of truly integrating privacy and storage. But honestly, it still depends on whether the later ecosystem can keep up; otherwise, even the best infrastructure is just empty talk.

View OriginalReply0

shadowy_supercoder

· 01-11 20:48

It looks like another project aiming to solve MEV... but the combination of Erasure coding with zero-knowledge proofs is quite innovative.

View OriginalReply0

DustCollector

· 01-11 20:45

Hmm... This plan sounds good, but can it really beat MEV? I guess it still depends on the actual deployment results.

View OriginalReply0

BTCRetirementFund

· 01-11 20:38

Erasure coding combined with zero-knowledge proofs is indeed a novel approach, but can the MEV problem really be solved with off-chain privacy? It still feels like there are gaps. The tokenization of data assets really interests me—storage that is tradable and billable... If this can truly be implemented, the demand logic for tokens would indeed be valid.

View OriginalReply0