Last year, when managing NFT assets, storage costs directly crushed the entire project economic model. I wanted to put thumbnails on the chain, but once I did the math, I was stunned—costs were simply not feasible. In the end, I had to compromise and use a centralized solution. Many people have probably experienced that feeling of knowing there's a risk but being forced to accept it.
Recently, I came across an interesting idea. Instead of storing all data on-chain, why not divide the responsibilities this way: handle core logic and rights confirmation on the Sui chain, and delegate data storage to a specialized protocol. This approach can ensure data immutability while significantly reducing costs.
The core technology used is erasure coding—splitting a file into 100 parts, and only 30 are needed to fully recover it. Compared to traditional multi-backup methods, this is a real dimension-reduction attack. Node operators need to stake tokens to participate; there are both rewards and penalties. This incentive design can effectively enforce honesty.
What impacted me the most is the application scenario: NFT images will never turn into 404 errors, allowing creators and collectors to trust long-term. This is a genuine demand for the entire digital asset ecosystem.
Of course, it's not perfect. Balancing node rewards, storage costs, and system scale still needs to be refined through practice. But one thing is clear—Web3 lacks this kind of reliable and affordable storage infrastructure, and now someone is seriously working on it.
Have you ever given up on ideas because of storage issues? Do you think this kind of solution has potential?
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ForkTongue
· 22m ago
Really, I've fallen into the storage trap before and wanted to smash my computer at the time.
The erasure coding system is indeed clever and more economical than a bunch of backup nodes.
The fact that 404 never appears is worth noting, but it depends on whether the node incentives can truly attract people.
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GasFeeVictim
· 7h ago
The idea of erasure coding is indeed brilliant, much more reliable than IPFS.
Storage costs are truly a nightmare for NFT projects; I almost went bankrupt because of this.
This incentive mechanism is quite cleverly designed—staking + penalties, nodes can't run away.
The 404 hell has finally been solved; collectors should be willing to pay crazy for this.
But it still depends on whether any unexpected issues will arise during real-world operation.
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GateUser-a606bf0c
· 01-08 17:50
Damn, storage costs are really a nightmare for NFT projects.
The erasure coding approach is indeed clever, but whether node incentives can truly constrain everyone is still a question mark.
Everyone understands the fear of permanent 404 errors, and this time someone finally took it seriously.
Finding the balance point still depends on practical experience, but it's definitely better than piling everything on-chain.
If this thing becomes stable, it will save the project economies of many creators.
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ShortingEnthusiast
· 01-07 09:51
The erasure coding system is indeed powerful; a 30% recovery rate beats traditional methods easily. But how do you prevent nodes from cheating in the incentive mechanism? Is the staking still sufficient?
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SchrodingerWallet
· 01-07 09:51
To be honest, the whole erasure coding system is indeed awesome. Restoring complete data with 30 copies is truly dimensionality reduction.
But I'm more concerned about the node incentives... Will the staking mechanism turn into another game for the big players?
The idea of NFT images never 404ing sounds great, but can it really be cost-effective when spread out? Or is it just another seemingly perfect ideal solution.
I've also fallen into last year's pitfall, and the moment of centralized compromise was really helpless. Looking at Sui's approach now... maybe it's the way out, but it all depends on how it performs in practice.
The balance between node rewards and storage costs always feels like a deadlock, something that can't be bypassed.
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ConsensusBot
· 01-07 09:48
Erasure coding is indeed excellent. Compared to the previous various storage solutions that resulted in a 404 nightmare, this time there's finally something reliable.
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WagmiAnon
· 01-07 09:47
I've been scammed by storage fees before, and the experience was truly unforgettable.
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MemeCurator
· 01-07 09:46
I've been depressed from storage fees for a long time, I really wasn't joking.
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UnluckyMiner
· 01-07 09:45
The erasure coding system is indeed powerful; I need to carefully study the logic that can recover with just 30 shares.
Last year, when managing NFT assets, storage costs directly crushed the entire project economic model. I wanted to put thumbnails on the chain, but once I did the math, I was stunned—costs were simply not feasible. In the end, I had to compromise and use a centralized solution. Many people have probably experienced that feeling of knowing there's a risk but being forced to accept it.
Recently, I came across an interesting idea. Instead of storing all data on-chain, why not divide the responsibilities this way: handle core logic and rights confirmation on the Sui chain, and delegate data storage to a specialized protocol. This approach can ensure data immutability while significantly reducing costs.
The core technology used is erasure coding—splitting a file into 100 parts, and only 30 are needed to fully recover it. Compared to traditional multi-backup methods, this is a real dimension-reduction attack. Node operators need to stake tokens to participate; there are both rewards and penalties. This incentive design can effectively enforce honesty.
What impacted me the most is the application scenario: NFT images will never turn into 404 errors, allowing creators and collectors to trust long-term. This is a genuine demand for the entire digital asset ecosystem.
Of course, it's not perfect. Balancing node rewards, storage costs, and system scale still needs to be refined through practice. But one thing is clear—Web3 lacks this kind of reliable and affordable storage infrastructure, and now someone is seriously working on it.
Have you ever given up on ideas because of storage issues? Do you think this kind of solution has potential?