Bored and idle, I stumbled upon a tweet from an entrepreneur fren stating that he has been working on something called "letting data move by itself" recently. After reading it, I was stunned for two seconds: data can actually move by itself?
Later I found out he was talking about @irys_xyz.
Think about it, the data systems we used before were always "put in → take out → process with other programs", just like throwing files into a black hole, you need someone else's help to retrieve them.
On Irys, the data is not static.
It's like you hired a sensible assistant—able to set permissions, bill itself, distribute itself, and execute logic automatically.
For example:
In the past, if you wanted to sell a dataset on the chain, you had to write a smart contract, configure storage, and then call external APIs;
Now on Irys, you can write rules directly in the data file itself, for example:
"Who can access" "How much per access" "What action is triggered after access".
The data can determine, execute, and settle by itself, and the entire logic is completed at the storage level.
How is the underlying layer achieved?
Irys uses a "dual ledger system":
A ledger called Submit Ledger - responsible for quick verification and sorting;
Another called Publish Ledger - responsible for permanent storage and traceability.
One fast, one stable, combining the two ensures that data can respond in real-time while ensuring completeness and security.
It is compatible with EVM, which means that developers do not need to learn a bunch of new things; they can directly write logic on the data using the original Ethereum tools.
My fren later said to me with a smile:
The data on Irys is not a static file, but a 'talking' smart asset.
Silent data — but when data is on Irys, it can talk.
I didn't quite understand at first, but I get it now.
Traditional data is "passively stored";
The data of Irys is "actively executed".
While others are still studying "how to read data," Irys is already enabling data to "act on its own."
Later I found out he was talking about @irys_xyz.
Think about it, the data systems we used before were always "put in → take out → process with other programs", just like throwing files into a black hole, you need someone else's help to retrieve them.
On Irys, the data is not static.
It's like you hired a sensible assistant—able to set permissions, bill itself, distribute itself, and execute logic automatically.
For example:
In the past, if you wanted to sell a dataset on the chain, you had to write a smart contract, configure storage, and then call external APIs;
Now on Irys, you can write rules directly in the data file itself, for example:
"Who can access" "How much per access" "What action is triggered after access".
The data can determine, execute, and settle by itself, and the entire logic is completed at the storage level.
How is the underlying layer achieved?
Irys uses a "dual ledger system":
A ledger called Submit Ledger - responsible for quick verification and sorting;
Another called Publish Ledger - responsible for permanent storage and traceability.
One fast, one stable, combining the two ensures that data can respond in real-time while ensuring completeness and security.
It is compatible with EVM, which means that developers do not need to learn a bunch of new things; they can directly write logic on the data using the original Ethereum tools.
My fren later said to me with a smile:
The data on Irys is not a static file, but a 'talking' smart asset.
Silent data — but when data is on Irys, it can talk.
I didn't quite understand at first, but I get it now.
Traditional data is "passively stored";
The data of Irys is "actively executed".
While others are still studying "how to read data," Irys is already enabling data to "act on its own."
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