Lloyds Banking Group has successfully executed the UK’s first purchase of a government bond (gilt) using tokenized deposits, a move that signals a major operational shift for Britain’s third-largest lender.
According to a corporate statement issued Jan. 7, the transaction was settled on the Canton Network, a blockchain designed for institutional privacy and interoperability. Lloyds issued tokenized commercial bank money to purchase a tokenized gilt from Archax, the UK’s first FCA-regulated digital securities exchange.
The Mechanics of the Trade
The settlement process bypassed traditional clearing delays by utilizing a “public blockchain” structure with privacy controls. The workflow executed as follows:
- Issuance: Lloyds Bank PLC minted tokenized deposits directly on the Canton Network.
- Execution: Lloyds Bank Corporate Markets used these on-chain funds to acquire a tokenized gilt held by Archax.
- Settlement: Archax programmed the smart contract to automatically redeem the tokenized deposits and transfer the underlying fiat back to its standard Lloyds corporate account.
Surath Sengupta, Head of Transaction Banking Products at Lloyds, framed the pilot as a live test of settlement compression:
“Tokenisation allows us to bring real-world assets onto blockchain infrastructure, creating opportunities for businesses to transact with greater speed, transparency, and flexibility.”
Institutional Context
This pilot diverges from Lloyds’ previous tests. In July 2025, the bank utilized the Hedera network for a similar collateral trial with Aberdeen Investments. The pivot to Canton, a network connecting independent Daml-based ledgers, aligns Lloyds with a growing consortium of banks (including Goldman Sachs and BNP Paribas) seeking a “network of networks” that preserves data privacy while allowing atomic settlement.
The transaction comes as the UK government’s Digitization Taskforce pushes for the dematerialization of share certificates, pressuring legacy banks to modernize settlement rails or risk losing ground to crypto-native infrastructure.
