Mint Blockchain to Complete Asset Migration and Cease Operations by October 20
Mint Blockchain announced that the network has officially ceased operations, and users must quickly migrate their on-chain assets to the Ethereum mainnet. The announcement lists the withdrawable assets including ETH, WBTC, USDC, and USDT, with the official migration channel open until October 20.
Before the deadline, users can still withdraw normally; if not completed on time, the related assets will no longer be processed or recoverable. The announcement did not disclose deeper reasons for the shutdown, but recent English materials indicate that multiple crypto projects and infrastructure networks are downsizing or shutting down, suggesting that the on-chain ecosystem is entering a stricter survival selection phase.
Source: Public Information
ABAB AI Insight
Mint's shutdown highlights a very real issue: the chain is not the endpoint for assets, but the infrastructure is. The reason assets like ETH and USDC can still be migrated back to the mainnet is that they are backed by more stable clearing and issuance systems; once the underlying network exits, what remains is only the migration window and operational capability.
Such announcements are becoming increasingly common, reflecting that the crypto industry is transitioning from "narrative expansion" to "network clearing". Many chains in the past relied on subsidies, hype, and short-term liquidity to remain active, and once costs rise, user retention is insufficient, or competing chains are stronger, shutdowns and migrations will become the norm. Users will face not just asset price fluctuations, but the lifespan of the chain itself.
On a deeper level, this also signifies the structural maturity of on-chain finance: those that can survive long-term are not the networks that tell the best stories, but those that can connect with the Ethereum mainnet, stablecoin issuance mechanisms, and mainstream custody systems. Mint's closure essentially serves as a reminder to the market that the differentiation between universal settlement layers and experimental edge layers will become increasingly apparent.