We use transactional data from the USD and EUR segments of the plain vanilla interest rate swap market to assess the impact of the Dodd-Frank mandate that US persons must trade certain swap contracts on Swap Execution Facilities (SEFs). We find that, as a result of SEF trading, activity...

Large-value payment systems (LVPS) often have a tiered structure where only a limited number of banks have direct access to these systems and every other institution accesses the system through agency arrangements with the direct participants. As such, a high degree of tiering is often perceived...

Distributed ledger technology (DLT) is a database architecture which enables the keeping and sharing of records in a distributed and decentralized way, while ensuring its integrity through the use of consensus-based validation protocols and cryptographic signatures. In principle, DLT has the...

We use payments data for the period 2006-09 to study the impact of the global financial crisis on payment patterns in CHAPS, the United Kingdom's large-value wholesale payments system. CHAPS functioned smoothly throughout the crisis and all CHAPS settlement banks continued to meet their payment...

Using unique transactions data for individual high-frequency trading (HFT) firms in the UK equity market, we examine if the trading activity of individual HFT firms is contemporaneously and dynamically correlated with each other, and what impact this has on price efficiency. We find that HFT...

We use proprietary transactional data to examine the determinants of liquidity in the UK government bond (gilt) market, over a rich sample period that covers both the financial crisis of 2008–09 as well as the onset of the subsequent euro-zone sovereign debt crisis. During this period, gilt...

Using supervisory data from UK central counterparties (CCPs), we study a collateral cycle in which market participants raise liquidity in the repo markets to meet CCPs margin calls, before CCPs reinvest the liquidity through reverse repos as well as bond purchases. In the first leg, we find that...