Inililipat ang pahina.
Inihahanda ang susunod na kabanata…
Psst… magbasa sa paraang gusto mo.
Nasa Hitsura ang mga font at tema. May boses din ang iyong mga mata.
Inihahanda ang susunod na kabanata…
A BIS Innovation Hub experiment on a shared platform for cross-border settlement using multiple central-bank digital currencies.
Sinusuri ang kakayahan ng browser na bumasa nang malakas…
Available ang babasahing ito sa Ingles sa ngayon. Ginagamit ng interface ang pinili mong wika.
Basahin ang orihinal na Ingles →Project Dunbar explored whether financial institutions could transact across borders using multiple wholesale CBDCs on a common platform. Its published report discusses technical prototypes and the governance, access, and settlement questions raised by this arrangement. Wholesale CBDC refers to central-bank money for institutional use; it should not be confused with a consumer wallet product, a private stablecoin, or a permissionless cryptocurrency whose supply is managed by a public protocol.
Imagine a bank holding one currency and needing to pay a bank in another jurisdiction. A shared platform could coordinate the relevant transfers directly, subject to participation and currency-access rules. That can reduce some sequential processing, but it raises questions about which foreign institutions may hold or transfer each currency and which country's requirements apply. A technical settlement function does not, by itself, answer those institutional or legal questions.
A prototype demonstrates a set of operations under specified assumptions; it does not show that every central bank has committed to a live shared network. Evaluate the experiment's actual participants, tested use cases, limitations, and publication date. Claims about replacing national currencies or guaranteeing global interoperability go beyond what a technical trial establishes. The educational value of Dunbar is the concrete examination of how cross-border access, common infrastructure, and sovereign control interact when settlement money becomes digitally programmable.