Injective is expanding its role in the Cosmos stablecoin stack as the ecosystem migrates from Noble-issued USDC toward Circle’s native USDC on Injective. In an official October 25 update, the network said native USDC supply had risen 43% over the preceding month to $16.5 million, while more than $100 million in stablecoin liquidity was expected to move toward the new standard.
That $16.5 million figure was a snapshot rather than a persistent supply level. Current data from usdc.cool show approximately $11.4 million of native USDC outstanding on Injective. The rapid change illustrates that chain-level stablecoin supply can expand or contract as USDC is minted, redeemed or moved across networks, rather than representing permanently deposited capital.
Injective USDC supply is up 43% in the last month alone, reaching $16.5M
Injective is now becoming the canonical stablecoin standard for more than 20 blockchains including @cosmos, with over $100M in stablecoin supply set to migrate onto $INJ soon. pic.twitter.com/8MyFceQtyf
— Injective 🥷 (@injective) October 23, 2026
Injective Becomes the Issuance Point for Cosmos USDC
Circle launched native USDC and CCTP on Injective in May, giving the network direct issuance and redemption infrastructure rather than relying on a wrapped stablecoin. The larger transition now makes Injective-issued USDC, displayed as USDC.inj, the replacement standard for Noble USDC across much of the Cosmos ecosystem.
The migration formally opened through Skip on September 11. Supported routes include dYdX, Osmosis, Cosmos Hub, Terra, Neutron, XPLA and Initia, while additional networks can be integrated through IBC. Injective functions as the native issuance network, while the actual USDC can circulate across other chains, so migration toward USDC.inj should not be confused with all resulting liquidity remaining on Injective itself.
That architecture extends Injective’s existing focus on cross-chain infrastructure. A separate Cardano-Injective IBC testnet connection has demonstrated how the network is expanding interoperability beyond conventional Cosmos SDK chains. IBC connectivity broadens where assets can move, but network connectivity alone does not establish how much stablecoin liquidity users will ultimately retain on each chain.
Circle is winding down Noble support in stages. New Circle Mint issuance to Noble stopped on October 13, legacy CCTP burn limits begin declining on October 31, and Circle plans to end Mint and CCTP access for Noble in January 2027. The migration therefore reflects a change in USDC’s issuance infrastructure rather than the creation of an additional $100 million of global stablecoin supply.
Cross-Chain Liquidity Remains the Key Metric
The distinction matters because CCTP uses native burn-and-mint transfers instead of conventional wrapped-token bridges. A similar architecture is already operating through CCTP V2 on Sui, where USDC is burned on the source chain and minted on the destination. Moving USDC through CCTP can change its distribution between networks without increasing Circle’s global circulating supply.
Injective’s latest ecosystem update also reported private swaps connecting 37 chains through Nox Superswap and NEAR Confidential Intents. Those integrations expand the routes through which assets can enter or leave Injective, but they should be measured through actual transfer volume rather than treated as proof of stablecoin adoption by themselves.
The network separately said more than 7.2 million INJ has been burned through its historical burn mechanisms and Community BuyBack framework. Token burns remain economically separate from USDC migration, since the amount of INJ removed from supply does not measure stablecoin liquidity or settlement activity.
USDC itself is also becoming more deeply embedded in regulated financial infrastructure, including its recent classification as a significant e-money token under MiCA. For Injective, the meaningful development is that Circle-issued USDC now serves as a shared issuance standard for an expanding group of Cosmos-connected networks, while current supply, cross-chain balances and actual application usage will determine how much liquidity ultimately concentrates around the network.
Jack Reynolds is SatoshiPick’s infrastructure mind. Based in Denmark, he follows Bitcoin, Ethereum, Layer 1 networks, stablecoins and DeFi with a practical question always in the background: does this actually make crypto work better?
His articles focus on the systems beneath the headlines: settlement rails, protocol upgrades, stablecoin usage, DeFi coordination and the regulatory limits around them. Jack avoids turning technical coverage into a maze. He explains what is live, what is still experimental and why the difference matters.