Irys @irys_xyz has recently reached a peak in popularity, as the progress bar in the video released by the official Twitter account jumped from 60% to 69% in an instant. At this rate, everyone knows that the TGE is coming soon, and they are all yapping about sprinting up the leaderboard.

I recently discovered that the multi-ledger design of Irys is quite intriguing. My first impression is that it finally treats data as living entities with a lifecycle, rather than a pile of clutter that needs to be crammed into a storage. This design cleverly uses dynamic circulation to solve the full process management of data from birth to archiving.

We can think of it as an efficient publishing factory:

1. Submitting the ledger is for the incoming material quality inspection workshop, where all original data first arrives here. It goes through verification, deduplication, and anti-spam quality inspection processes. This step is crucial as it ensures that the data flowing into the core processes is clean and valid, controlling quality and cost from the source, rather than indiscriminately preserving all data permanently.

2. The published ledger is a permanent archive, where the data subjected to quality inspection is bound into volumes and sent here for permanent preservation. The emphasis here is on immutability and accessibility for verification at any time, used to carry those value data that require eternal verification. This is essentially what we commonly understand as blockchain, a final, trustworthy anchor point.

What I find most ingenious is its scalability, which is the concept of future-dated ledgers. This is equivalent to setting up countless temporary warehouses with different rental periods between the quality inspection workshop and the permanent archive. Data does not have to be either/or; it can flow between different warehouses according to demand.

I believe this design truly understands the real needs. Most data does not actually require permanent storage; they have their own clear lifecycle. For example, a piece of logistics data may need to be kept for six months, while a temporary file may be stored for a week. Irys's scalable architecture provides limitless possibilities for refined data lifecycle management and cost control. It makes the protocol no longer cumbersome, but rather very flexible and pragmatic.

In summary, the essence of Irys's multi-ledger architecture lies not in the multitude, but in the dynamics. It achieves the optimal allocation of resources through the dynamic flow of data, which is a significant advancement both in thought and practice compared to the simplistic pursuit of storing all data in one place.