If we understand Sui as a high-speed information channel, then Walrus Protocol is a distributed storage infrastructure specifically designed for large-volume data. Its core competitiveness lies in—tailored for large files such as images, audio and video, AI models, and NFT metadata—using RedStuff erasure coding technology to slice data and disperse storage across network nodes. An elegant aspect of this solution is: even if some nodes go offline, data can still be fully recovered, avoiding the high storage costs associated with traditional full-network replication.
For developers, this opens several new doors:
First, decentralized frontends become a reality. dApps or Web3 websites can be fully hosted on-chain, completely freeing themselves from centralized servers. Second, NFT assets are more secure. Metadata and media files for high-value digital collectibles and artworks finally have a reliable home. Third, programmability is greatly enhanced. Combined with Sui’s smart contract capabilities, data access and permission control are truly programmable, extending code rules to the data layer.
The current question is—where will Walrus first explode? Is it in NFT ecosystem metadata and asset management, or in storing massive game resources in GameFi, or perhaps hosting models and training data for AI projects? Different application directions may determine the prioritized development path of this infrastructure.
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CryptoWageSlave
· 23h ago
Redstuff encoding sounds impressive, but the scenarios that can truly be implemented are probably still NFT metadata. The game resources are too heavy.
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not_your_keys
· 01-12 03:50
Redstuff deletion tools sound tough, but how many dApps can actually be used... I guess we still have to wait for GameFi to break through first.
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DefiVeteran
· 01-11 18:30
Wow, after playing around with the RedStuff erasure coding set, the cost can indeed be reduced significantly, but the key still depends on who adopts it first.
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ProposalManiac
· 01-10 19:51
RedStuff erasure coding sounds good, but I haven't seen any incentive mechanism design? Why would node operators maintain this thing in the long run?
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TestnetNomad
· 01-10 19:49
Walrus really solves a real pain point, but it still depends on who adopts it first.
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PumpBeforeRug
· 01-10 19:41
Basically, it's like installing a big hard drive in the Sui ecosystem, but can it really be used? Feels like just another pie in the sky.
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ApeEscapeArtist
· 01-10 19:40
Now that you mention it, I actually think Walrus's breakout point might really be in GameFi, after all, those game assets are a bottomless pit, far crazier than NFT metadata.
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MerkleDreamer
· 01-10 19:36
Walrus's approach sounds pretty good, but ultimately it depends on who takes the first step to implement it.
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LeverageAddict
· 01-10 19:35
Walrus is basically paving the way for Sui; the real implementation depends on who will actually use it... As for NFTs, I'm skeptical, but GameFi does have some potential.
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LiquidityWitch
· 01-10 19:31
Walrus sounds pretty awesome, but it still depends on who adopts it first in the ecosystem.
If we understand Sui as a high-speed information channel, then Walrus Protocol is a distributed storage infrastructure specifically designed for large-volume data. Its core competitiveness lies in—tailored for large files such as images, audio and video, AI models, and NFT metadata—using RedStuff erasure coding technology to slice data and disperse storage across network nodes. An elegant aspect of this solution is: even if some nodes go offline, data can still be fully recovered, avoiding the high storage costs associated with traditional full-network replication.
For developers, this opens several new doors:
First, decentralized frontends become a reality. dApps or Web3 websites can be fully hosted on-chain, completely freeing themselves from centralized servers. Second, NFT assets are more secure. Metadata and media files for high-value digital collectibles and artworks finally have a reliable home. Third, programmability is greatly enhanced. Combined with Sui’s smart contract capabilities, data access and permission control are truly programmable, extending code rules to the data layer.
The current question is—where will Walrus first explode? Is it in NFT ecosystem metadata and asset management, or in storing massive game resources in GameFi, or perhaps hosting models and training data for AI projects? Different application directions may determine the prioritized development path of this infrastructure.