Walrus Protocol has recently become a hot topic in the community once again. This system uses Sui as the coordination layer, and through innovative coding algorithms and privacy designs, it has built a high-performance, programmable blob storage network — to put it simply, it truly brings decentralized storage to life.
Where are the technical highlights? The Red Stuff encoding algorithm can cut files extremely efficiently, and most importantly, it achieves about 4.5 times lower redundant storage. In other words, for the same amount of data, costs can be significantly reduced. Metadata and availability proofs are stored on the Sui chain, so storage space is no longer virtual — it can be owned, split, and combined, truly becoming on-chain assets that seamlessly connect with various dApps and cross-chain applications.
Privacy has also been a focus. The introduced Seal protocol provides end-to-end encryption and fine-grained access control. The concept of "data not public, permissions programmable" is especially practical in sensitive scenarios like finance, healthcare, and AI training.
Developer friendliness is also a selling point — complete documentation, multiple SDKs and API support, so whether you come from a Web2 or Web3 background, you can quickly start building decentralized storage applications.
In reality, leading projects like Itheum, Talus, and Humanity Protocol have already started using it. They have secured $140 million in funding, with institutions like a16z crypto and Standard Crypto involved. Looking ahead to 2026, multi-chain expansion, AI infrastructure integration, and privacy enhancement will be the key areas to focus on.
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LiquidityWitch
· 13h ago
To be honest, Walrus really has some substance. The 4.5x storage efficiency to reduce costs is quite aggressive.
Seeing that they've raised $140 million and are backed by a16z, it feels like they're serious this time.
But I wonder if in practice it will turn out to be another story.
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LiquidationAlert
· 13h ago
Wow, a 4.5x reduction in redundancy—how much can this cost be saved?
Walrus really seems to be getting things done this time, unlike some that only hype concepts.
How are those early projects you followed doing now? Do you have any data?
a16z's investment of $140 million definitely boosted confidence, but I'm worried it might turn out to be another air project.
I buy into the logic of assetizing storage; it's much more reliable than the DeFi approach.
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QuietlyStaking
· 13h ago
Oh my God, it's Walrus again. This time it's really different.
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The Redstuff encoding sounds good, but can it run?
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These people have raised 140 million, so there’s definitely something there.
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Wait, let me check out the privacy part... it's a bit interesting.
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Developer-friendliness is actually the key; only when it's easy to use will people adopt it.
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If it really gets implemented, we'll just keep an eye on 2026 with the PPT.
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a16z is involved, so it’s definitely not just talk.
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Feels like this time they explained things more practically than last time.
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OnchainSniper
· 13h ago
Redstuff encoding sounds powerful, with 4.5x redundancy reduction. If it can really be implemented, it could save a lot of costs.
I like the logic of turning storage into on-chain assets. Finally, someone has made this idea concrete.
a16z has invested money, which shows it's not just hype. Keep an eye on the subsequent developments.
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airdrop_huntress
· 13h ago
It's Walrus again, is it really going to be implemented this time?
But honestly, the 4.5x redundancy compression of Red Stuff sounds great, but the key is whether it can really reduce costs.
If Itheum adopts it, then we need to keep an eye on its actual performance.
1.4 billion in funding is quite a lot, but the real question is whether the ecosystem can take off.
Wait, will the Seal protocol's end-to-end encryption for medical data become a true application direction? It seems more valuable than just storing a file.
If multi-chain expansion really happens, Sui might be a bigger move than we think.
Walrus Protocol has recently become a hot topic in the community once again. This system uses Sui as the coordination layer, and through innovative coding algorithms and privacy designs, it has built a high-performance, programmable blob storage network — to put it simply, it truly brings decentralized storage to life.
Where are the technical highlights? The Red Stuff encoding algorithm can cut files extremely efficiently, and most importantly, it achieves about 4.5 times lower redundant storage. In other words, for the same amount of data, costs can be significantly reduced. Metadata and availability proofs are stored on the Sui chain, so storage space is no longer virtual — it can be owned, split, and combined, truly becoming on-chain assets that seamlessly connect with various dApps and cross-chain applications.
Privacy has also been a focus. The introduced Seal protocol provides end-to-end encryption and fine-grained access control. The concept of "data not public, permissions programmable" is especially practical in sensitive scenarios like finance, healthcare, and AI training.
Developer friendliness is also a selling point — complete documentation, multiple SDKs and API support, so whether you come from a Web2 or Web3 background, you can quickly start building decentralized storage applications.
In reality, leading projects like Itheum, Talus, and Humanity Protocol have already started using it. They have secured $140 million in funding, with institutions like a16z crypto and Standard Crypto involved. Looking ahead to 2026, multi-chain expansion, AI infrastructure integration, and privacy enhancement will be the key areas to focus on.