Tokenized Reserves //
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Tokenized reserves platform for central banks and financial market infrastructure

The infrastructure central banks and financial market infrastructures trust to take tokenized reserve programs from pilot to production. Backed by more live deployments than any other vendor in the market.

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What are tokenized reserves?

Tokenized reserves are digital representations of central bank money issued on a distributed ledger. They carry the same settlement finality as traditional central bank reserves while adding programmability, extended settlement windows, and direct interoperability with other tokenized assets on the same ledger.

Unlike retail CBDCs designed for public use, tokenized reserves are wholesale instruments accessible only to licensed financial institutions and financial market infrastructures. The holder is always a regulated institution. Settlement is in central bank money, carrying zero credit risk. The IMF formally designates this category as "tokenized reserves" to distinguish it from retail digital currency and from commercial bank digital money instruments. BIS research identifies tokenized reserves as the foundation layer of the next-generation monetary system, providing the settlement backbone on which tokenized deposits and payment stablecoins operate.

For a central bank implementing a tokenized reserve program, issuance requires more than a token contract. It requires governance architecture that controls which institutions can hold and transfer the asset, integration with existing real-time gross settlement (RTGS) infrastructure, and technical interoperability with commercial bank money systems operating on adjacent ledgers. Reserve issuance, distribution to authorized participants, redemption workflows, and auditability all need to connect to existing monetary operations systems.

Kaleido provides the full infrastructure stack: token issuance and lifecycle management, access control governance, institutional custody, and integration with existing payment system infrastructure. With live deployments across 20+ central banks and active involvement in major interoperability experiments, Kaleido brings more production tokenized reserve experience than any other independent blockchain infrastructure vendor.

How tokenized reserves (wCBDC) differ from tokenized deposits & stablecoins

Tokenized deposits
Stablecoins
Tokenized reserves (wCBDC)
Issuer
Licensed commercial bank
Non-bank entities / regulated institutions
Central bank
Backing
Commercial bank liability
Reserve assets or algorithm
Central bank liability
Regulatory status
Deposit insurance + prudential regulation
Varies by jurisdiction
Central bank issuance
Outside commercial banking regulation
Credit risk
Low
Insured bank risk
Medium
Issuer & reserve asset
None
Sovereign obligation
Relationship between instruments
Complements wCBDC as the commercial money layer
Operates in parallel, outside central bank infrastructure
Acts as the settlement backbone for tokenized deposits

Trusted by the institutions defining digital finance

Live deployments across commercial banks, central banks, and financial market infrastructures worldwide.

300+
banks & financial institutions
Commercial banks, central banks, and financial market infrastructures running live on Kaleido.
Capital markets, payments, custody, & more
20+
central banks
Powering CBDC and interbank payment infrastructure worldwide.
Across 6 continents
50,000+
nodes launched
Hundreds of enterprise chains and dozens of production networks deployed globally.
From pilots to production

Where Tokenized Reserves create real business value

Cross-border payments
BIS research estimates 2.2 trillion USD in FX transactions settle daily without payment-versus-payment (PvP) protection, leaving institutions exposed to counterparty default between payment and receipt.

Tokenized reserves enable atomic PvP settlement in seconds, with each leg settling simultaneously in central bank money and eliminating the exposure window entirely.
See how Kaleido powers cross-border settlement →
Real-time liquidity management
Intraday liquidity is managed across fragmented systems with manual sweeps, end-of-day reconciliation, and significant trapped capital sitting idle in liquidity buffers throughout the trading day.

Programmable tokenized reserve rails enable conditional sweeps, automated settlement, and real-time collateral movements triggered by threshold logic, freeing intraday capital.
See how Kaleido enables liquidity automation →
Digital issuance and lifecycle
Minting reserves, distributing to authorized participants, processing redemptions, and maintaining auditability across the commercial bank network all require automated workflows that legacy RTGS batch processing cannot support.

Kaleido handles mint, burn, and distribution operations programmatically, with every token event reconciled against the central bank ledger in real time.
See how Kaleido streamlines digital issuance and lifecycle →
Collateral management
Fragmented networks force institutions to mitigate risk by over-provisioning collateral and trapping a percentage of their total assets as inactive, zero-return overnight holdings.

Tokenized reserves act as the programmable settlement asset for atomic delivery-versus-payment (DvP) settlement, eliminating manual over-provisioning and freeing trapped liquidity across the network.
See how Kaleido powers collateral management →

What you need & how Kaleido delivers

Tokenized reserves frequently asked questions

What your legal, risk, and technology teams may ask.
What are tokenized reserves?
Tokenized reserves are digital representations of central bank money recorded and transferred on a distributed ledger. They are designed to carry the same settlement finality as traditional central bank reserves held in RTGS accounts, with the addition of programmability and direct on-chain interoperability with other tokenized assets.

The International Monetary Fund formally uses the term "tokenized reserves" to distinguish this instrument from retail CBDCs and from commercial bank digital money. Access is restricted to licensed financial institutions and financial market infrastructures. Settlement in tokenized reserves carries zero credit risk, as the obligation sits with the central bank.
How do tokenized reserves differ from retail CBDCs?
Retail CBDCs are designed for use by the general public as a digital equivalent of physical cash. They involve consumer-facing wallets, privacy considerations for individuals, and distribution through commercial banks.

Tokenized reserves operate at the wholesale layer only. Participants are exclusively licensed institutions: commercial banks, clearing houses, and financial market infrastructures. There are no retail wallets, no consumer privacy questions, and no public distribution model. The design goal is settlement finality and interoperability between institutions, not consumer access.
How do tokenized reserves differ from stablecoins and tokenized deposits?
All three instruments can represent monetary value on a ledger, but they sit at different layers of the monetary system. Tokenized reserves are central bank money: zero credit risk, sovereign obligation, restricted to wholesale participants.

Tokenized deposits are commercial bank money: a liability of the issuing bank, protected by deposit insurance, used for interbank and commercial flows.

Payment stablecoins are reserve-backed: issued by payment institutions, backed by segregated assets, and subject to stablecoin-specific regulation.

In a complete digital monetary system, tokenized reserves act as the settlement backbone, tokenized deposits function as the commercial money layer, and payment stablecoins operate as payment instruments. Kaleido supports all three and the interoperability between them.
What is payment-versus-payment settlement and why does it matter?
Payment-versus-payment (PvP) settlement means both legs of a cross-border transaction settle simultaneously and atomically.

- Leg one: the sending institution's domestic currency debit.
- Leg two: the receiving institution's foreign currency credit. Both happen in the same transaction, at the same moment, with no settlement gap and no counterparty exposure.

Without PvP, cross-border settlement carries Herstatt risk: the exposure window between when one party pays and when the other party receives. BIS research estimates that roughly 2.2 trillion USD in foreign exchange transactions remain exposed to settlement risk on any given day. Tokenized reserves, by enabling atomic PvP between central bank ledgers, eliminate that exposure entirely.
How does Kaleido support central bank governance and access controls?
Kaleido's policy engine enforces participant-level rules before any transaction signs, covering which institutions are authorized to hold reserves, transfer limits, redemption conditions, and jurisdictional restrictions. Every signing event is cryptographically logged with a complete audit trail.

Access tiers are configurable: a central bank can define different rules for primary dealers, settlement banks, and observer institutions. Governance rules are versioned and deployable without redeploying the token contract, so monetary policy updates do not require technical reissuance.
What blockchain networks does Kaleido support for tokenized reserve programs?
Tokenized reserve programs require permissioned infrastructure where the central bank controls network participation. Kaleido supports private permissioned chains built on Hyperledger Besu and Canton, with full control over validator set, node operators, and participant access. For programs requiring interoperability across multiple central bank ledgers, Kaleido's Interop Hub handles cross-chain connectivity.

Kaleido has supported tokenized reserve programs across multiple jurisdictions and has active deployments with 20+ central banks spanning programs in APAC, EU, LATAM, and the Middle East.

See the Chain Infrastructure page →
How does a tokenized reserve system connect to existing RTGS infrastructure?
Kaleido's Interop Hub connects on-chain token operations to existing RTGS systems, core banking platforms, and payment messaging infrastructure via 1,000+ platform APIs and ISO 20022-compatible messaging. Mint and distribution operations trigger corresponding entries in the central bank's accounting system. Redemption requests flow through existing settlement processing. Every on-chain event reconciles against off-chain records in real time, maintaining a complete and auditable link between the tokenized layer and the existing monetary operations ledger.

See the Interop Hub page →

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