#6: The Relevance of Liquidity Savings in a Real-Time World

26 Oct

10th November 2022

With:

| Richard Dzina (The Clearing House)

| Stephen Wojciechowicz (BNY Mellon)

In Session #6, Richard Dzina (The Clearing House) and Stephen Wojciechowicz (BNY Mellon) join FNA to explore the indispensable role of Liquidity Saving Mechanisms (LSMs) in modern financial market infrastructure. While Real-Time Gross Settlement (RTGS) systems offer the benefit of instant finality, they are inherently liquidity-intensive, requiring banks to hold vast amounts of collateral.

The discussion focuses on how LSMs—such as netting algorithms, offsetting, and queuing—act as a "buffer" that allows banks to settle higher volumes with significantly less central bank money. Our guests delve into the operational realities of TCH’s RTP network and CHIPS, demonstrating how these systems use sophisticated algorithms to achieve nearly 95% liquidity efficiency. In a world of rising interest rates and "always-on" commerce, optimizing these mechanisms is no longer an option; it is a systemic necessity for financial stability.

Key Discussion Points:

The RTGS Paradox: Why moving to instant settlement creates a massive demand for intraday liquidity and how LSMs provide the solution.
Algorithm-Driven Efficiency: A deep dive into the mathematical models (like bilateral and multilateral offsetting) that allow systems to settle billions in payments with only a fraction of that amount in pre-funded liquidity.
Operationalizing RTP & CHIPS: Real-world insights from The Clearing House on how their real-time and high-value platforms balance settlement speed with capital optimization.
The Opportunity Cost of Capital: Analyzing how effective liquidity savings directly improve a bank's bottom line by freeing up collateral for other revenue-generating activities.
Stress Testing Resilience: How LSMs behave during periods of market volatility—do they act as stabilizers or can they inadvertently create "liquidity sinks"?
The Future of Interoperability: How the adoption of ISO 20022 and the rise of digital currencies will require next-generation LSMs that work across different ledgers and time zones.

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