First, the 24-hour spot quotes: $SOL -1.15%, $JUP -1.71%, and $RAY -0.49%. All three declined, but this only indicates changes in quotes; it does not explain the direction of fund flows, nor can it be used to measure usage or retention of Solana applications. The fact that news and prices appeared at the same time does not mean they are causally related.
According to a report by Jinse Finance on October 26, 2026, Beijing time, Akash Network announced that it had chosen Solana as its blockchain migration target. Akash provides decentralized GPU and AI computing power rental services and previously operated on an independent chain built with the Cosmos SDK. Choosing a target does not mean the migration is complete, much less that new applications have been added across the ecosystem.
The question worth asking is whether switching chains can help computing services be delivered more smoothly, and whether customers will continue paying for them. Trading entry points get people started, aggregators help them find a route, and liquidity affects trading conditions; none of these alone proves real usage. Trading volume and address counts also cannot be treated directly as counts of unique users, and participation driven by incentives must be distinguished from repeat usage.
Next, I’ll look at the migration’s progress and whether verifiable, sustained demand for computing power rentals emerges. If customers do not return to use the service after it launches, the choice of chain remains merely an infrastructure decision. Conversely, if delivery and demand are validated, that would provide stronger evidence that this migration addressed a real-world problem.
According to a report by Jinse Finance on October 26, 2026, Beijing time, Akash Network announced that it had chosen Solana as its blockchain migration target. Akash provides decentralized GPU and AI computing power rental services and previously operated on an independent chain built with the Cosmos SDK. Choosing a target does not mean the migration is complete, much less that new applications have been added across the ecosystem.
The question worth asking is whether switching chains can help computing services be delivered more smoothly, and whether customers will continue paying for them. Trading entry points get people started, aggregators help them find a route, and liquidity affects trading conditions; none of these alone proves real usage. Trading volume and address counts also cannot be treated directly as counts of unique users, and participation driven by incentives must be distinguished from repeat usage.
Next, I’ll look at the migration’s progress and whether verifiable, sustained demand for computing power rentals emerges. If customers do not return to use the service after it launches, the choice of chain remains merely an infrastructure decision. Conversely, if delivery and demand are validated, that would provide stronger evidence that this migration addressed a real-world problem.
