From "data silos" to "trusted foundation": @irys_xyz is reconstructing the storage and computing logic of Blockchain.

There is a long-ignored core contradiction that is difficult to resolve: data storage and value verification have always been "two separate things." Developers need to store data on Chain A and run contracts on Chain B, and when calling across platforms, not only do costs soar, but they also have to constantly worry about data being tampered with and the origin being unclear. However, the emergence of @irys_xyz is breaking this division with a "data chain native architecture," allowing the Blockchain to truly become the "operating system for trusted data."

Not just storage, but a "full lifecycle steward" for data.

Most blockchains treat data as "transient" - just storing it is enough, with verification, tracing, and calling relying entirely on external tools. However, @irys_xyz has redesigned the "survival logic" of data from the ground up:
When data enters the Irys network, it first arrives at the Submit Ledger layer, the "security checkpoint." Here, decentralized verification nodes will conduct multiple checks on the integrity and legitimacy of the data's source, filtering out problematic data like customs inspecting luggage. Only the "qualified data" that passes verification can enter the Publish Ledger layer, the "permanent archive."
This layer of the archive is not just about "long-term storage", but more importantly, it is about "fast retrieval and reliable usage". It utilizes an optimized on-chain storage structure, allowing smart contracts and DApps to directly and efficiently access data without the need for cross-chain "long-distance travel". From generation and verification to storage and retrieval, the entire data lifecycle is completed within the trusted environment of Irys, freeing developers from the headache of "data running away".

Hybrid Consensus: Providing "double insurance" for decentralization

The security dilemma of blockchain is essentially about "how to strike a balance between efficiency and defense against attacks." Irys's answer is the "hybrid consensus mechanism"—twisting together the advantages of Proof of Work (PoW) and Proof of Stake (PoS):

- PoS is responsible for node access and consensus efficiency, ensuring smooth network operation;
- PoW prevents single-point monopolies through computational power competition, strictly stipulating that "no participant's network power may exceed 10%".
This design directly makes risks like "witch attacks" and "hash power monopolies" "too costly to be worthwhile." Even ordinary users running nodes on home devices can participate in network maintenance, truly achieving that "decentralization is not just a slogan, but a feasible technological architecture."

Pricing Revolution: Let Blockchain Storage Say Goodbye to "Gas Fee Horror"

Developers who have used traditional blockchain to store data understand that kind of anxiety: the storage costs that were bearable the day before might double the next day due to skyrocketing gas fees. This uncertainty has become an "invisible barrier" for many projects to be implemented.
Irys has completely solved this pain point with "USD-pegged pricing." It directly links storage fees to USD through a block-level price oracle, and nodes must accurately report the USD/IRYS exchange rate; any errors in reporting will result in being rejected by the entire network from producing blocks. This means:

- Developers can accurately calculate costs before storing data, and budgets will no longer be "out of control";
- The fees are transparent and stable, and will not suddenly "rock it" due to market fluctuations;
- Small-scale storage is also cost-effective and will not be barred by the gas fee threshold.
This kind of "pricing certainty" transforms Blockchain storage from "high-risk expenditure" into "plannable costs."

Not just blockchain, it is the "trusted connector" of Web3 and AI.

When AI meets Web3, what is the biggest bottleneck? It is the "data credibility." AI models require a large amount of training data, but data that is of unknown origin or has been tampered with can cause the model to "learn incorrectly"; Web3 applications want to integrate AI capabilities, but are concerned about the unreliability of off-chain data. Irys happens to be the "trust bridge" between the two:

- For AI projects, Irys can create "permanent snapshot proofs" for training datasets, ensuring that the model training uses "authentic" data and can be traced back in case of subsequent issues.
- For DePIN (Decentralized Physical Infrastructure), real-time data collected from devices can be certified through Irys, ensuring that the data has not been tampered with and providing a credible basis for the incentive mechanism;
- For enterprise-level applications, compliance documents and audit reports exist on Irys, which not only meets the transparency requirements of regulation but also protects privacy through encryption technology, truly achieving "compliance and privacy without compromise."

Currently, developers have built AI-native DApps, trusted data markets, and automated compliance systems based on Irys. It proves that blockchain is not just a tool for issuing tokens, but can also become the "operating system for data value."

From technology to ecology: Why is @irys_xyz called the "infrastructure of the data era"?

The problem with traditional blockchains is that they treat "data" as an accessory, while Irys's core insight is that data is the core asset of Web3. Without a trustworthy data foundation, smart contracts, cross-chain interactions, and AI integration are like houses built on sand.
Irys's innovation goes beyond the technical level; it is more about lowering the threshold for "trusted data applications": developers do not need to build their own storage, verification, and consensus systems. They can directly call Irys's API to add a "data trust buff" to their applications; ordinary users do not need to understand cryptography, and can verify the authenticity of data through transparent on-chain records.
From providing result certification for the coin guessing game (Irysflip), to securing training data rights for AI models, and then offering compliance certification services for enterprises, Irys is using "simple and reliable" technology to transform "trustworthy data" from a luxury for a few into an infrastructure that every developer can afford.

The future internet will inevitably be a "data-driven" internet. What Irys is doing is laying the most critical "trustworthy foundation" for this era - when every piece of data can be proven, trusted, and efficiently utilized, the true value of Blockchain will be thoroughly unleashed. This is not a disruption, but a redefinition: the trust infrastructure of the data age should be like this.

​#irys KAITO @cn_irys_xyz @KaitoAI