The community express station opened early in the morning, and the shelves were neatly stacked with parcels waiting to be picked up. The station master was debugging the newly installed smart shelf system, and I noticed a familiar logo in the corner of the display screen—@theblessnetwork's Node program was running.

"This system can now earn electricity fees by itself," the station master explained with a smile, "it helps process some logistics data during idle times." He took out his phone to show me the income records; over the past month, the three devices in the station have already covered one-third of the operating costs.

The most valuable aspect of this project is its way of implementing technology. There is no need for additional investment; ordinary shops can utilize existing electronic devices—cash registers, surveillance cameras, and even electronic price tags—by simply installing a lightweight client to contribute computing power when idle. The elastic computing framework of @theblessnetwork will automatically adapt to various hardware, making full use of everything from high-end servers to IoT terminals.

The smart express cabinet in the station emits a prompt sound. When the recipient inputs the verification code, the processor of the cabinet is parallelly verifying the blockchain transaction. This design does not affect the main function while fully utilizing every bit of computing resources. As the station master said: "It's like hiring a guy who can earn money on his own; the work is still done, and there is extra income."

Around noon, more and more people came to pick up their items. Watching the residents skillfully operate various smart devices, I suddenly realized that @theblessnetwork is reshaping our understanding of computing resources. In this digital age, the electronic devices of every ordinary person can become part of a value network, and all we have to do is allow them to play a greater role when they are idle.
@theblessnetwork @kaito #kaito