A few years ago, I was quite期待 watching projects like Filecoin and Arweave claiming they wanted to create a Web3 version of AWS. After all, who wouldn't want a truly decentralized cloud service? However, five years have passed, and while cold data has accumulated significantly—various NFT metadata and on-chain snapshots are stored densely—when it comes time to actually use this data, it becomes a challenge.
Want to create a short video content platform? The data read speed is sluggish, and high concurrency directly turns it into a PowerPoint; Want to build a real-time interactive application? Basic functions like permission management and access billing all have to be set up by yourself, and after messing around for half a day, it's still unstable. To put it bluntly, many protocols ultimately become "on-chain cold hard drives"; once stored, it's challenging to utilize them efficiently, let alone support applications at the level of YouTube💔.
In fact, AWS's ability to maintain its leading position is not primarily due to "how much can be stored," but rather "how enjoyable it is to use." When you click on a video and it opens instantly, or when thousands of people are simultaneously sending messages in a live stream without lag, what lies behind that is instant response speed, intelligent caching at edge nodes, fine-grained permission control, and a flexible billing model based on usage—this entire system is the real expertise.
It is not just focused on "storage", but directly aims at "usage"—high-performance read and write of hot data, capable of withstanding the concurrent pressure of real-time applications, and bringing the convenient experience of cloud computing into a decentralized architecture. Just think about it, in the future, when developing content platforms on Aptos, developers will no longer have to worry about underlying issues like slow data response and chaotic permission management. Isn't this what developers have been looking forward to for a long time?
Calling it "king-level" is not just because of the loud shout, but because it hits the most urgently needed piece of the Web3 ecosystem. Next, we will see the actual performance data upon implementation. If it can truly achieve what is advertised, many applications are likely to migrate here, after all, who wouldn’t want to operate on reliable infrastructure?👀
Want to create a short video content platform? The data read speed is sluggish, and high concurrency directly turns it into a PowerPoint; Want to build a real-time interactive application? Basic functions like permission management and access billing all have to be set up by yourself, and after messing around for half a day, it's still unstable. To put it bluntly, many protocols ultimately become "on-chain cold hard drives"; once stored, it's challenging to utilize them efficiently, let alone support applications at the level of YouTube💔.
In fact, AWS's ability to maintain its leading position is not primarily due to "how much can be stored," but rather "how enjoyable it is to use." When you click on a video and it opens instantly, or when thousands of people are simultaneously sending messages in a live stream without lag, what lies behind that is instant response speed, intelligent caching at edge nodes, fine-grained permission control, and a flexible billing model based on usage—this entire system is the real expertise.
It is not just focused on "storage", but directly aims at "usage"—high-performance read and write of hot data, capable of withstanding the concurrent pressure of real-time applications, and bringing the convenient experience of cloud computing into a decentralized architecture. Just think about it, in the future, when developing content platforms on Aptos, developers will no longer have to worry about underlying issues like slow data response and chaotic permission management. Isn't this what developers have been looking forward to for a long time?
Calling it "king-level" is not just because of the loud shout, but because it hits the most urgently needed piece of the Web3 ecosystem. Next, we will see the actual performance data upon implementation. If it can truly achieve what is advertised, many applications are likely to migrate here, after all, who wouldn’t want to operate on reliable infrastructure?👀
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