Noble USDC

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Noble USDC

Noble USDC is the natively issued version of the on the , created to serve as the canonical, fully-reserved stablecoin for the ecosystem and other networks connected via the Inter-Blockchain Communication (IBC) protocol. Issued directly by Internet Financial, LLC, it is designed to be redeemable 1:1 for U.S. dollars. The project's primary goal is to solve the issues of liquidity fragmentation, high costs, and operational complexity that arose from the ecosystem's previous reliance on numerous, non-fungible bridged versions of from other like . [1]

Overview

was introduced to provide a single, fungible source of liquidity within the interchain. Before its launch, the ecosystem depended on bridged , primarily from , which were brought in through various protocols such as and . This resulted in over 100 different bridged versions of , creating significant challenges for users and due to a lack of fungibility, poor user experience, and fragmented liquidity pools.

As a purpose-built asset issuance chain, allows to mint and redeem directly within the ecosystem, mirroring the native issuance process on other major . This native model eliminates the custodial risks associated with third-party bridges and ensures that the asset is always fully backed by reserves held in U.S. financial institutions, including and BNY Mellon. serves as a foundational liquidity layer for prominent appchains like and and functions as a regulated on

  • and off-ramp for institutional users seeking access to the network. By leveraging IBC and packet-forwarding technology, it simplifies cross-chain transfers, maintains asset consistency, and provides a seamless user experience for moving liquidity across the interchain. [2] [3]

Technology

Native Issuance Model

Unlike bridged assets, which are wrapped representations of a token locked on another chain, is minted directly on the by . This process ensures that every is a canonical asset, fully backed by corresponding U.S. dollar reserves. This model provides the same level of trust and security as on other native issuance chains like . Users can redeem 1:1 for U.S. dollars directly through , a feature not available for bridged versions. This direct and redemption mechanism eliminates the additional trust assumption required for third-party bridge custodians. The chain itself is a -based appchain built specifically for asset issuance. It utilizes the and incorporates modules like TokenFactory, which was developed by the team, to manage the issuance process. [2]

Inter-Blockchain Communication (IBC)

leverages the Inter-Blockchain Communication (IBC) protocol for fast and secure transfers across all connected blockchains in the Cosmos network. When a user sends from to another chain like , the receiving chain holds an "IBC-transferred" representation of the native asset. The security of these transfers relies on the standardized, trust-minimized IBC protocol rather than the varied and often complex trust assumptions of external bridges. [1]

Packet-Forwarding Middleware

A key technological innovation implemented by is the use of packet-forwarding middleware to solve the problem of asset fungibility during multi-chain transfers. Before this solution, sending an IBC asset across multiple chains (e.g., from Chain A to Chain B, then to Chain C) would create a new, denomination at each hop.

The packet-forwarding middleware automates multi-hop IBC transactions into a single, seamless process for the user. For example, to send from to , the transaction must be routed through the native chain to preserve its canonical form (). The middleware handles this complex routing in the background, making it a "one-click" experience for the user. This ensures that the token always maintains a direct, "1-hop" connection to its native source on , preventing the creation of multiple, non-fungible IBC denominations and unifying liquidity. The stated goal of this technology is to "bring the smooth UX of monolithic chains within the structure of a sovereign chain ecosystem." [3] [2]

Cross-Chain Transfer Protocol (CCTP)

For interoperability with non-IBC chains, integrates Cross-Chain Transfer Protocol (CCTP). CCTP enables non-custodial, native-to-native transfers of between supported blockchains. This allows users to move between and other major ecosystems like , , , and without relying on traditional bridges. The protocol works by on the source chain and an equivalent amount on the destination chain, ensuring the integrity of the supply. [1]

REFERENCES

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