Hello everyone, I am the BF of the Myth community, if you observe the Web3 track long enough, you will notice a phenomenon:
At the end of each cycle, what remains are not the most aggressive people,
but those who understand the structure.
Many people understand decentralized storage as a technical concept,
Or just focus on price and project popularity.
but what truly determines the long-term landscape of the industry are the underlying data rules and storage structure.
In traditional internet and centralized cloud storage, there are several problems with data:
Single point of failure risk
Dataset, easy to audit
Users have limited control over their own data.
Decentralized storage distributes data through global nodes.
Returning data sovereignty to users, with redundant backups ensuring security,
Cryptographic verification makes storage content traceable and verifiable.
It’s not just a storage technology; it’s also an experiment in data sovereignty.
The core projects and technical routes mainly fall into three categories:
First, Filecoin, based on the IPFS protocol, where nodes are incentivized by providing storage.
Ensuring data is online for the long term through Proof of Replication and Proof of Spacetime.
At the same time, Filecoin is developing FVM (Filecoin Virtual Machine),
allowing on-chain smart contracts to interact directly with storage logic.
Secondly, Arweave, with its unique permanent storage model, allows long-term storage with a one-time payment.
Widely used for NFT metadata and digital archival storage.
Thirdly, IPFS protocol + Pinning services,
IPFS provides a content addressing protocol,
Services like Web3.storage and NFT.storage make it easier for developers to store data long-term.
Current trends and development directions mainly include three points:
First, from exploration to industrialization.
More and more companies and DePIN projects are adopting decentralized storage.
It's not just small Web3 projects; AI data, enterprise backups, and other scenarios are also trying.
Secondly, hybrid architectures have become a mainstream reality.
Hot data (frequently accessed) still uses centralized storage.
Cold data and important archives are stored in decentralized networks.
Balancing efficiency and decentralization features.
Thirdly, the scale of data continues to grow.
The capacity of decentralized storage has exceeded 22000 PB,
but actual utilization rates are still low. In the future, as NFT, AI data, and on-chain applications grow, there is enormous potential.
Future trends also include:
Integrating with AI and computing power tracks: decentralized storage is used for AI training data and model archives, providing reliable underlying support.
Optimizing developer experience: making storage services plug-and-play and lowering technical barriers.
Cross-chain and multi-network interoperability: a unified indexing layer or bridging layer supports cross-chain access and data combination.
Cognitive upgrades are crucial. Cycles will fluctuate, and hotspots will change,
Prices only reflect emotions, but structures determine long-term value.
Those who understand decentralized storage focus on:
Is the node incentive sustainable?
Is the protocol governance stable?
How to balance data storage costs and availability?
Is cross-chain interoperability achievable?
This is the true cognitive stratification:
It's not about who bought how much, but who understands the rules and structures.
Decentralized storage is not just a technical innovation,
It is one of the three foundational pillars of Web3: consensus, computation, storage.
Understanding its logic and trends,
which is more important than focusing on short-term projects.
The industry will continue to evolve in the future.
Technology, regulation, ecology, and user demands continuously interact with each other.
Cognition determines location, not the size of capital.
