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That breakthrough in the laboratory made me realize that future networks may no longer require human intervention.
Here's the background: Tens of thousands of people flood the concert venue, and mobile signals instantly become saturated. Traditional 5G solutions are clumsy—manual parameter tuning, taking at least 15 minutes to recover. But in our 6G prototype, base stations can handle it themselves. They complete a fully autonomous resource negotiation through the XPL sub-chain.
The process is divided into several stages:
**Anomaly Detection**: Base Station A's load surges above 90%, immediately sending a help signal on the chain, while uploading encrypted load data and precise location. This step is like sending a wireless distress signal.
**Surrounding Response**: Base Stations B, C, D can see this message on the chain. They calculate their remaining capacity in seconds. Base Station C finds it has 30% idle bandwidth, with the most optimal location, and directly quotes on the chain—"I can provide 20MHz in exchange for 1000 credit points."
**Smart Contract Locking**: Base Station A accepts instantly. The contract terms are clear: C provides 1 hour of bandwidth, A transfers 1000 credit points. If C drops the chain, it must pay triple penalty. The chain witnesses this, making it irreversible.
**Immediate Execution**: As the contract takes effect, C automatically adjusts antenna angles and power parameters, precisely directing some resources toward A's coverage blind spot. Each adjustment step is recorded on the chain, forming a complete execution log.
**Real-time Fine-tuning**: Throughout the process, the XPL sub-chain continuously monitors data. If abnormal fluctuations occur, the contract automatically triggers a re-matching mechanism.
This is not science fiction. We have truly seen it work in the lab. From detection to full resolution, it takes less than 2 minutes. Compared to the 15-minute manual solution, the efficiency improvement is obvious. The deeper significance is that—network infrastructure is beginning to possess autonomous capabilities.