Standard Chartered and LMAX Group Complete Historic Digital Asset Prime Brokerage Transactions
Standard Chartered and LMAX Group have completed their first live digital asset prime brokerage trades, with Standard Chartered acting as credit intermediary using its own balance sheet — a major step toward institutional-grade crypto market infrastructure.
In a landmark development for institutional crypto infrastructure, Standard Chartered has successfully completed its inaugural digital asset prime brokerage trades in partnership with LMAX Group. The milestone positions the bank among the first Global Systemically Important Banks (G-SIBs) to operationalize a prime brokerage model for digital assets within established risk, compliance, and regulatory frameworks.
The pilot program focused on spot Bitcoin (XBT/USD) with T+1 settlement, processed through Standard Chartered's UK branch. These transactions marked the bank's first foray into digital asset credit intermediation under a formal prime brokerage structure — a significant step that distinguishes Standard Chartered from peers who have largely remained on the sidelines or delegated operations to crypto-native partners.
All trades were executed on LMAX Digital, the regulated institutional trading venue operated by LMAX Group. Standard Chartered Prime Brokerage served as the credit intermediary connecting counterparties, while final settlement was carried out through the bank's digital asset custody platform located in the Dubai International Financial Centre (DIFC).
Prime brokerage has long been a cornerstone of equities and foreign exchange markets, offering institutions a unified counterparty for credit, execution, and settlement needs. The crypto market has historically lacked this foundational layer. That gap has grown increasingly significant: in 2025, capital flows through prime brokers and OTC desks expanded at more than ten times the pace of flows into exchanges — underscoring rising institutional demand for reliable intermediaries.
What sets Standard Chartered's approach apart is its decision to deploy its own balance sheet as the credit intermediary, rather than relying on third-party crypto firms or hybrid arrangements. LMAX Group, in turn, provides the regulated execution infrastructure that underpins each transaction.
The pilot validated a broad set of operational controls, including credit management, margin handling, risk assessment, trade booking, settlement, and regulatory reporting. It also demonstrated that traditional financial infrastructure and digital asset systems can function as a seamless, unified workflow. Key components tested included LMAX Group's matching and execution technology alongside Standard Chartered's client connectivity, electronic messaging protocols, trade matching systems, and netting methodology.
Both institutions view the pilot as a foundational step on a roadmap toward scalable, institutional-grade market infrastructure. The initiative extends the digital asset trading capabilities that Standard Chartered launched in 2025.
Alison Higgins, Head of Prime Services at Standard Chartered, commented: "This pilot is part of our broader strategy to build a comprehensive institutional-grade digital asset platform, spanning custody, trading and prime brokerage. As demand accelerates, we are helping our Prime Brokerage clients capture new opportunities backed by the risk management, controls and balance sheet strength they expect from a G-SIB."
David Mercer, CEO of LMAX Group, highlighted the structural significance of the collaboration: "The lack of credit counterparties with robust balance sheets on the scale that we see in traditional finance has been a critical missing mechanism in the digital asset market to date. This is a great example of the impending convergence of TradFi and digital assets to a cross-asset capital markets future."
Together, the two firms are laying the groundwork for what could become a new standard in institutional digital asset services — one where traditional banking infrastructure and crypto markets operate not in parallel, but as a single integrated system.



