The previous parts set the framing. This one is the production tour. By 2026 the institutional permissioned-chain landscape has consolidated into a small number of stacks, each anchored by a clear set of use cases, with interoperability work bridging them rather than a winner-takes-all consolidation. The map below is what you should be able to draw on a whiteboard before any meaningful tokenisation conversation.
Where they appear in production
Canton Network
Canton Network is the institutional tokenisation backbone, used for tokenised collateral, repo, and a growing menu of fund and bond products, with a multi-party validator set spanning custodians, exchanges, and infrastructure providers (Canton Network). The DTCC Smart NAV pilot on Canton is one of the named worked examples of regulated market infrastructure publishing on a permissioned chain (DTCC). The April 2026 Nomura, Mizuho, and JSCC tokenised Japanese government bond (JGB) collateral trial on Canton sits inside the same architectural pattern, with the central clearing counterparty (CCP) on chain alongside the dealer banks. Canton is the chain to know if the conversation is about tokenised collateral, repo, or any product that needs to span a multi-party workflow with sub-transaction privacy.
Hyperledger Fabric
Hyperledger Fabric is the workhorse for several IBM-led consortia in trade finance and supply chain, and a long tail of bank-internal builds that handle real volume without much fanfare (Hyperledger Fabric). The press footprint is smaller than Canton's, but the deployment count is larger. Fabric is what you should expect under the hood of most non-tokenisation enterprise blockchain workloads, and a non-trivial share of the bank-internal tokenised-deposit prototypes that never graduated to a published consortium.
Note one common miscategorisation. Partior, the DBS, JPMorgan, and Standard Chartered interbank tokenised-deposit settlement network, runs on the Quorum lineage rather than Fabric, and is often filed under the wrong stack in summary slides (Partior). The mistake is harmless until someone tries to use it as evidence for a Fabric-vs-Canton comparison, at which point it falls apart.
Quorum, GoQuorum, and Kinexys
The Quorum family covers two named production systems in 2026. Partior is the DBS, JPMorgan, and Standard Chartered interbank tokenised-deposit settlement network, originally launched on ConsenSys Quorum (Consensys Quorum, Partior). Kinexys is the JPMorgan-built ledger derived from the original Quorum lineage, powering tokenised deposits, intraday repo, and the institutional payments rail formerly branded Onyx (Kinexys). The two systems share an architectural ancestor but operate as separate networks with separate governance.
The Quorum lineage is the oldest of the production stacks, has the longest run of real-money flows, and is the one to point to when someone asks for evidence that permissioned tokenisation works in production at scale. The trade-off is that the architecture is older than Canton's, the privacy primitives are simpler, and the governance is closer to operator-led than to multi-party consortium.
R3 Corda
R3 Corda holds the capital markets seat, with strong adoption for syndicated lending, regulatory reporting, and delivery-versus-payment (DvP) settlement workflows where the notary model and identity-first design line up with how dealers and CSDs already operate (R3 Corda). Corda is the chain that the existing dealer-CSD message graph maps onto most cleanly, and that fit explains its persistent role in capital markets even as Canton has taken the tokenisation seat. Expect Corda where the workflow looks like an upgrade to the existing post-trade pipeline rather than a greenfield product.
DAML and ledger portability
Digital Asset's DAML is the smart-contract layer underneath Canton and is also deployed on top of other ledgers including Fabric and on relational databases, which makes it the most ledger-portable contract framework in the institutional space (Digital Asset). The portability matters because the choice of ledger and the choice of contract language are not the same decision, and a programme that picks DAML retains the option to migrate the underlying ledger without rewriting the contracts. For institutions thinking about long-horizon investment, this optionality is a meaningful piece of the case for DAML beyond Canton.
What this map tells you
Three patterns are worth holding in your head when you walk into a tokenisation meeting.
First, the choice of stack is rarely arbitrary. Each platform was selected to match a specific class of workflow, and trying to use the wrong stack for the wrong workflow is the most common reason a tokenisation pilot fails to graduate. Tokenised collateral on Fabric is hard. Trade finance on Canton is overengineered. Capital markets settlement on Quorum is possible but does not play to its strengths. Pick the stack that matches the workflow.
Second, the production examples are concrete enough now that a 2026 institutional reader should be able to name two or three counterparties on each network. If a counterparty cannot, the network is more pilot than production.
Third, the bridging story matters more than the stack story going forward. The interesting architectural work in 2026 is happening at the interoperability layer, where Canton, Quorum-lineage, and Corda networks are wiring up to each other and to public chains, with regulator coordination through Project Agorá and similar BIS work. The chain a tokenised asset is born on matters less, in the long run, than the bridges it can use to move (BIS).
What to read next
Chapter VI on atomic delivery-versus-payment is the natural follow-on if you want to see how the privacy and consensus choices made here translate into the cash leg of an actual settled trade.
Chapter VII on tokenised deposits is the next step if you want to see how permissioned rails are used to reissue commercial bank money in token form, and where the legal and accounting plumbing actually sits.
The project pages for Project Ensemble and Project Guardian are worth a careful read, because they show how central banks and regulators are testing tokenisation across the permissioned and public boundary in live pilots that will shape standards through 2026 and beyond (HKMA Project Ensemble, MAS Project Guardian).
The institutional page for JPMorgan Kinexys is the most concrete worked example of a permissioned tokenisation stack in production, with documented volume, a defined product set, and a public roadmap.