Treasury, Securities and Liquidity Operations

Introduction

A bank’s treasury function connects funding, liquidity, market transactions and balance-sheet risk. It raises and invests short-term funds, executes foreign-exchange (FX) and securities transactions, manages liquid assets, supports payment obligations and helps control exposure to interest rates and currencies. Treasury activity therefore combines financial decision-making with exacting operational processes.

A profitable transaction can still produce a loss if it is incorrectly confirmed, settled, recorded, valued or reconciled. Treasury operations must consequently integrate dealing, risk measurement, collateral management, custody, settlement and accounting within a strong governance framework.

This chapter explains money-market, FX and securities transactions; their post-trade lifecycle; and the operational application of liquidity management, interest-rate risk and asset–liability management (ALM).

Learning Objectives

After studying this chapter, students should be able to:

1. distinguish major money-market, FX and securities instruments;
2. calculate deposit interest, repo amounts, FX forward rates and bond prices;
3. explain trade capture, confirmation, settlement, custody and reconciliation;
4. evaluate settlement, liquidity, market and operational risks;
5. apply liquidity-gap, repricing-gap, duration and regulatory liquidity measures;
6. distinguish treasury office functions from the Three Lines governance model; and
7. recommend appropriate controls for treasury operations.

1. Treasury’s Role in Banking

Treasury manages the bank’s financial resources within limits established by the board and senior management. Its responsibilities commonly include:

• maintaining sufficient cash and collateral to meet obligations;
• borrowing and investing in wholesale markets;
• managing central-bank and correspondent-bank balances;
• executing FX, money-market and securities transactions;
• managing the liquid-asset portfolio;
• measuring interest-rate and currency exposures;
• supporting funds-transfer pricing and balance-sheet planning; and
• preparing contingency responses to liquidity stress.

Treasury does not operate solely as a profit centre. It is also a service and control-sensitive function. Aggressive revenue targets must not override liquidity resilience, customer fairness, market conduct or regulatory requirements.

1.1 Functional operating structure

Banks often describe treasury processing through functional offices:

This is an operating-function classification, not the recognized Three Lines governance model. The two must not be conflated.

Under the Three Lines Model:

1. First line: business and operational management own and manage risks. Depending on organizational design, both dealing and settlement operations may be first-line activities.
2. Second line: risk management and compliance provide independent oversight, frameworks, challenge and monitoring.
3. Third line: internal audit provides independent assurance to the governing body.

The governing body remains accountable for oversight. Functional offices may therefore cut across governance lines; for example, an independent market-risk unit may review front-office positions as a second-line function, while a treasury middle-office team may perform first-line controls.

2. Money-Market Operations

The money market covers short-term borrowing, lending and tradable instruments, commonly with original maturities of one year or less. It enables banks to manage daily cash positions and obtain short-term funding.

2.1 Principal instruments

2.2 Deposit interest

For a simple-interest money-market deposit:

where I is interest in currency units, P is principal, r is the annual quoted simple rate in decimal form, d is the number of days, B is the day-count basis—commonly 360 or 365 days—and M is the maturity amount. The formula applies when the contract specifies simple interest; compounding instruments require a different calculation.

Worked example. A bank places $10,000,000 for 92 days at 4.80% per annum on an Actual/360 basis:

The maturity amount is $10,122,666.67.

2.3 Discount instruments

If a bill is quoted on a simple bank-discount basis:

Here P is purchase price, F is redemption value, q is the annual discount rate, and d/B is the year fraction. The discount rate is applied to redemption value, not invested funds; it is therefore not directly comparable with an investment yield. The convention and basis must always be identified.

2.4 Repurchase agreements

A repo is economically a collateralized borrowing even though it is legally structured in many markets as a sale and later repurchase of securities. For a simple-rate repo:

where C₀ is initial cash, r_repo is the annual repo rate, R is repo interest and C₁ is repurchase cash. For $5,000,000 borrowed for seven days at 5.20% on Actual/360, repo interest is $5,055.56 and repayment is $5,005,055.56.

A haircut protects the cash provider against collateral-price deterioration:

where V is collateral market value and h is the haircut. Margin calls restore protection when collateral values or exposures change. Wrong-way risk arises when collateral value is positively related to the counterparty’s likelihood of default.

3. Foreign-Exchange Operations

An FX transaction exchanges one currency for another. A quotation such as USD 1.1000 per EUR means one euro costs 1.1000 US dollars. USD is the quote currency and EUR is the base currency.

3.1 Main FX products

• Spot: exchange at the market’s standard near-term settlement date.
• Outright forward: exchange at a rate agreed today for a future date.
• FX swap: a spot or near-date exchange combined with an opposite exchange at a later date.
• Currency swap: exchange of principal and interest streams, generally over a longer term.
• FX option: a right, but not an obligation, to exchange currencies at specified terms.

3.2 Covered interest parity

In frictionless markets, an arbitrage-free forward rate reflects relative interest rates. If the spot quotation is domestic currency per unit of foreign currency and simple interest applies over year fraction T:

where F is the forward rate, S is the spot rate, r_d is the domestic interest rate and r_f is the foreign interest rate. Rates must use compatible maturities and conventions. Credit spreads, transaction costs, collateral terms and cross-currency basis can cause observed market forwards to differ from this simplified relationship.

Example. Suppose spot is USD 1.1000 per EUR, the six-month USD rate is 4.80%, the six-month EUR rate is 3.20%, and T = 0.5:

The euro trades at a forward premium against the dollar under these assumptions.

3.3 FX settlement risk

In a conventional FX trade, the two currency legs may settle in different payment systems and time zones. A bank could pay one currency but fail to receive the other if its counterparty defaults. This is principal or Herstatt risk. Payment-versus-payment arrangements reduce this risk by making transfer of one currency conditional on transfer of the other.

4. Securities Transactions and Valuation

Banks buy and sell government securities, corporate bonds, equities, securitized instruments and other marketable assets. Securities may support liquidity reserves, collateral needs, customer services, market-making or investment returns.

4.1 Transaction classifications

• Primary-market transaction: purchase from an issuer at issuance.
• Secondary-market transaction: trade between investors after issuance.
• Outright purchase or sale: ownership transfers without a reversal agreement.
• Securities lending: securities are temporarily lent against collateral and a fee.
• Repo: securities support a financing transaction.

4.2 Clean price, accrued interest and dirty price

A bond’s clean price excludes accrued coupon interest. The dirty, or invoice, price is the amount before settlement adjustments:

For a regular coupon period using a convention under which accrued interest is proportional to elapsed time:

Here AI is accrued interest, C is coupon cash flow per period, and a is the fraction of the current coupon period elapsed under the bond’s specified day-count convention. Ex-coupon rules, irregular first or last coupons, defaulted securities and jurisdiction-specific tax rules may require different treatment.

4.3 Bond pricing on and between coupon dates

Let F be face value, C the coupon payment per period, i the yield per coupon period, and N the number of remaining coupon payments including the next one. If settlement occurs between coupon dates, define w as the fraction of a coupon period from settlement to the next coupon date. Under fractional-period compound discounting, the dirty price is:

This formula assumes fixed contractual cash flows, a constant yield compounded at coupon frequency, a regular coupon schedule and a fractional-period convention consistent with the market. For a nominal annual yield y convertible m times per year, i = y/m. Market practice may instead use specified street conventions, especially for irregular periods.

Settlement immediately after a coupon payment is the special case w = 1. The formula then reduces to the familiar coupon-date valuation with exponents 1 through N. It is incorrect to apply only whole-period exponents to a between-coupon settlement without adjustment.

Worked example: between-coupon valuation. A bond has face value $1,000, a 6% annual coupon paid semiannually and a nominal annual yield of 5% compounded semiannually. Settlement occurs 60 days into an assumed 180-day regular coupon period, and four coupon payments remain.

The coupon is C = 1,000 × 0.06/2 = 30, the periodic yield is i = 0.05/2 = 0.025, elapsed fraction is a = 60/180 = 1/3, and time to the next coupon is w = 2/3. Therefore:

Accrued interest is:

Thus, the clean price is approximately $1,017.23. Actual settlement systems must use the security’s contractual day-count and ex-coupon rules rather than assuming a 180-day period.

5. The Treasury Transaction Lifecycle

A treasury transaction passes through controlled stages from authorization to final accounting.

Figure: Controlled lifecycle of a treasury transaction.

5.1 Execution and trade capture

Before execution, the dealer must have authority, an approved counterparty, sufficient limit and an eligible product. Trade capture records the economic terms: instrument, amount, price or rate, currencies, trade date, settlement date, counterparty, account, broker and settlement instructions.

Straight-through processing transfers data electronically without manual re-entry. It reduces errors but does not remove the need for validation. Incorrect standing settlement instructions can cause automated failure at scale.

5.2 Confirmation and matching

A confirmation is the legally relevant record of agreed terms. Matching compares both parties’ records and identifies discrepancies before settlement. Controls include timely confirmation, independent verification, electronic matching, exception queues and escalation of unmatched trades.

Recorded telephone calls and electronic communications support dispute resolution and market-conduct supervision. Unauthorized off-market prices, unusual amendments and delayed confirmations require investigation.

5.3 Clearing and settlement

Clearing establishes obligations, may net transactions and, where a central counterparty is used, can replace bilateral exposures with exposures to the clearing house. Settlement completes the exchange of cash and assets.

• Delivery versus payment (DvP): securities delivery is conditional on cash payment.
• Payment versus payment (PvP): one currency payment is conditional on the other.
• Free of payment: securities move without simultaneous cash; this requires heightened control.

Settlement risk is not eliminated merely because a counterparty is creditworthy. Operational outages, insufficient securities, payment cut-off failures, sanctions screening and incorrect instructions can all cause settlement failure.

5.4 Custody and asset servicing

Custody involves safekeeping, position records and administration of securities. Asset servicing includes coupon and dividend collection, redemptions, tax processing, proxy events and corporate actions such as rights issues, tender offers and conversions.

A mandatory corporate action occurs automatically, while a voluntary action requires an election. Missed deadlines may cause permanent loss. Banks therefore need event validation, entitlement calculations, maker–checker authorization and evidence of customer instructions.

5.5 Reconciliation

Reconciliation compares independent records to identify omissions, duplication, timing differences and errors. Major forms include:

• cash and nostro reconciliation;
• securities-position reconciliation;
• trade-system to general-ledger reconciliation;
• custodian and central-securities-depository reconciliation;
• collateral reconciliation; and
• front-office position to risk-system reconciliation.

An unreconciled difference is not resolved merely by posting a suspense entry. It must be aged, assigned, investigated, corrected and subjected to root-cause analysis. Long-outstanding breaks may conceal losses, fraud or incomplete accounting.

6. Liquidity Management

Liquidity is the ability to meet obligations when due without incurring unacceptable loss. It differs from solvency: a solvent bank can fail if it cannot convert assets into cash in time, while a liquid institution may still be economically insolvent.

6.1 Funding and market liquidity

Funding liquidity risk is the risk that the bank cannot obtain cash to meet obligations. Market liquidity risk is the risk that an asset cannot be sold or pledged quickly without a material price concession. The risks reinforce one another during stress.

A liquidity maturity ladder groups expected cash inflows and outflows into time buckets:

where I_t and O_t are cash inflows and outflows in bucket t, G_t is the bucket gap, L₀ is opening available liquidity and CG_n is cumulative liquidity through bucket n. Amounts must use one currency or be translated using documented rates. Contractual results should be supplemented by behavioural assumptions for deposit withdrawals, loan renewals, collateral calls and committed facilities.

6.2 Liquidity Coverage Ratio and stable funding

The Liquidity Coverage Ratio (LCR) is conceptually:

Regulatory rules determine asset eligibility, haircuts, runoff rates and the cap on recognized inflows. Under the Basel framework, recognized inflows generally cannot exceed 75% of stressed outflows. The required minimum is ordinarily 100%, subject to jurisdictional rules and permitted use during stress.

The Net Stable Funding Ratio compares available stable funding with required stable funding over a one-year horizon:

Regulatory ratios are minimum constraints, not complete risk models. Intraday liquidity, currency mismatch, collateral location, concentration and market access also matter.

6.3 Contingency funding

A contingency funding plan should specify:

• early-warning indicators and escalation thresholds;
• governance and decision authority;
• available collateral and monetization procedures;
• central-bank and committed-facility access;
• communication with regulators, counterparties and customers;
• actions under institution-specific and market-wide stress; and
• periodic simulation and testing.

A plan that depends on selling illiquid assets at unstressed prices is not credible.

7. Interest-Rate Risk and Asset–Liability Management

ALM coordinates the structure of assets, liabilities and off-balance-sheet positions. Its objectives include controlling liquidity risk, interest-rate risk, funding concentration and capital volatility while supporting sustainable earnings.

7.1 Repricing-gap analysis

For a time bucket:

where RSA_t is rate-sensitive assets and RSL_t is rate-sensitive liabilities repricing or maturing in bucket t. Under a simplified static-balance-sheet assumption with an immediate, equal and parallel rate movement:

Here ∆NII is the approximate annualized change in net interest income and ∆r is the rate change in decimal form. If one-year rate-sensitive assets are $500 million and liabilities are $620 million, the gap is −$120 million. A 1 percentage-point increase gives an approximate annualized NII change of −$1.2 million.

This approximation ignores basis risk, optionality, different repricing dates, customer behaviour and new business.

7.2 Duration and economic value

Modified duration estimates a fixed-income instrument’s percentage price sensitivity to a small yield change:

where D_mod is modified duration in years, ∆y is the yield change in decimal form, and ∆P/P is the approximate proportional price change. The relationship assumes a small yield movement and unchanged cash flows. Convexity becomes increasingly important for larger changes or instruments with embedded options.

For assets and liabilities exposed to the same small parallel yield shift, the approximate change in economic value of equity is:

where A and L are market values and D_A and D_L are their modified durations. This simplified expression does not capture non-parallel yield-curve changes, basis risk or option exercise.

7.3 Behavioural and optionality risks

Contractual maturity does not always represent economic behaviour. Non-maturity deposits may remain stable but can reprice at management discretion. Borrowers may prepay fixed-rate loans when rates fall, while depositors may withdraw or demand higher rates when rates rise. ALM models therefore require governed behavioural assumptions, back-testing and sensitivity analysis.

Funds-transfer pricing assigns internal funding and liquidity costs to business units. Well-designed pricing discourages excessive reliance on unstable funding and recognizes the liquidity value of stable deposits.

8. Illustrative Case: Meridian Bank’s Combined Treasury Stress

Background

Meridian Bank is a fictional mid-sized commercial bank. A market rumor triggers deposit withdrawals while interest rates rise by 1 percentage point. The bank also faces a large foreign-currency payment and falling prices in its securities portfolio.

Problem

Its 30-day contractual cash forecast is:

Opening available liquidity is $180 million. The cumulative position after 30 days is therefore $180 − $70 − $80 − $50 = −$20 million. In addition, one-year rate-sensitive assets are $500 million and rate-sensitive liabilities are $620 million.

Analysis

The contractual liquidity deficit understates risk if further withdrawals, margin calls or settlement failures occur. The repricing gap is −$120 million, implying an approximate $1.2 million annualized NII reduction after the assumed rate increase under the simplified gap model.

Operations also identifies that $40 million of government securities is held at a custodian in a location not immediately connected to the bank’s intended repo counterparty. The securities are liquid economically but not operationally available until transferred.

Approach and solution

Meridian activates its contingency funding plan. It:

1. transfers eligible securities to the correct collateral account;
2. raises $50 million through repo rather than an outright distressed sale;
3. draws $25 million from a committed facility;
4. uses an FX swap to obtain the required foreign currency without creating an unhedged FX position;
5. increases monitoring from daily to intraday intervals;
6. applies conservative withdrawal and collateral-call stresses; and
7. begins restructuring the negative repricing gap with longer-term funding and interest-rate hedges, subject to hedge effectiveness and limit approval.

The $75 million of immediate funding converts the projected $20 million deficit into a $55 million cushion before additional stress adjustments. Treasury operations independently confirms transactions, verifies collateral movements and reconciles cash and securities accounts.

Outcome

The bank meets its obligations and avoids forced asset sales. Management nevertheless finds weaknesses in collateral mobility, concentration of short-term funding and the timeliness of management information. These weaknesses are assigned remediation deadlines and independently tracked.

Learning points

Liquidity depends not only on asset quality but also on operational availability, settlement infrastructure and legal eligibility. ALM metrics should be interpreted jointly rather than in isolation. Contingency plans must be executable, tested and supported by accurate transaction data.

9. Governance, Ethics and Regulation

Treasury activities involve confidential information, substantial payment authority and opportunities for market abuse. Core safeguards include segregation of duties, dealer mandates, counterparty limits, independent price verification, dual authorization, mandatory leave, communication surveillance and timely exception escalation.

Ethical and conduct obligations prohibit manipulation, misuse of confidential information, misleading quotations and concealment of losses. Compensation arrangements should not reward short-term revenue without reflecting liquidity, conduct and operational risks.

Applicable regulation may cover capital, liquidity, large exposures, derivatives reporting, clearing, margin, sanctions, anti-money-laundering controls, client-asset protection and market conduct. Requirements vary by jurisdiction, so banks must map each product and legal entity to the relevant rules.

10. Technology and Contemporary Developments

Modern treasury systems integrate dealing platforms, risk engines, payment networks, collateral systems, custodians and general ledgers. Application programming interfaces and distributed ledgers can shorten processing times, while real-time settlement may reduce credit exposure but increase the need for intraday funding.

Artificial intelligence can support cash-flow forecasting, anomaly detection, confirmation matching and reconciliation prioritization. It should not autonomously override limits or release high-value payments without governed authority. Model-risk controls must address data quality, explainability, bias, drift, cybersecurity and human review.

The shortening of securities settlement cycles increases the importance of same-day allocation, prefunding, accurate standing instructions and automation. Climate-related market disruption, cyber incidents and geopolitical fragmentation also affect collateral values, currency access and payment continuity.

11. Operational Best Practices

Effective treasury operations should:

• maintain one authoritative trade record and controlled interfaces;
• validate settlement instructions independently of traders;
• confirm and match transactions promptly;
• monitor cash, collateral and limits intraday;
• use DvP or PvP wherever available;
• reconcile cash, positions, collateral and ledgers daily;
• age and escalate unresolved exceptions;
• test liquidity assumptions and contingency facilities;
• monitor concentration by counterparty, currency, market and maturity;
• protect privileged access and maintain cyber-resilient recovery arrangements; and
• ensure that valuation and risk models are independently validated.

Chapter Summary

Treasury integrates money-market funding, FX, securities investment, liquidity management and balance-sheet risk control. Money-market instruments differ in credit exposure, collateralization and quotation conventions. FX forwards reflect relative interest rates under covered interest parity, while PvP arrangements reduce FX principal risk. Securities transactions require accurate valuation, including fractional-period discounting for bonds settling between coupon dates.

The post-trade lifecycle includes capture, confirmation, matching, clearing, settlement, custody, accounting and reconciliation. DvP, segregation of duties and independent exception management are central controls. Liquidity management uses maturity ladders, stress testing, regulatory ratios, collateral planning and contingency funding. ALM supplements liquidity analysis with repricing gaps, duration and behavioural modelling. Treasury office functions must be distinguished from the Three Lines governance model. Reliable treasury performance ultimately depends on the integration of sound financial analysis, operational discipline, ethical conduct and resilient technology.

Key Terms

Accrued interest: Coupon interest earned since the previous coupon date but not yet paid.

Asset–liability management: Coordinated management of balance-sheet funding, liquidity and interest-rate risks.

Clean price: Bond price excluding accrued interest.

Collateral haircut: Percentage reduction applied to collateral market value when determining secured cash.

Confirmation: Record communicating and evidencing agreed trade terms.

Covered interest parity: No-arbitrage relationship linking spot and forward FX rates to relative interest rates.

Custody: Safekeeping and administration of financial assets.

Delivery versus payment: Settlement mechanism linking securities delivery to cash payment.

Dirty price: Bond price including accrued interest.

Duration: Measure of the sensitivity of a fixed-income instrument’s value to yield changes.

Foreign-exchange swap: Combined purchase and sale of currencies for different value dates.

High-quality liquid assets: Eligible assets expected to retain liquidity under stress.

Liquidity gap: Difference between cash inflows and outflows over a time interval.

Nostro account: A bank’s account held in a foreign currency with another bank.

Payment versus payment: Mechanism making one currency payment conditional on the other.

Reconciliation: Comparison of independent records to identify and resolve differences.

Repo: Collateralized financing structured as a sale and subsequent repurchase of securities.

Repricing gap: Difference between rate-sensitive assets and liabilities in a time bucket.

Settlement risk: Risk of loss because one party does not complete its settlement obligation.

Straight-through processing: Automated transaction processing without repeated manual data entry.

Review Questions

Short Answer Questions

1. Distinguish a repo from an unsecured interbank deposit.
2. What is the difference between clean and dirty bond prices?
3. Why does payment versus payment reduce FX settlement risk?
4. What is the purpose of a securities-position reconciliation?
5. Distinguish funding liquidity from market liquidity.

Long Answer Questions

1. Explain the complete lifecycle of a securities transaction from execution to reconciliation.
2. Discuss the roles of treasury in liquidity management and balance-sheet management.
3. Compare spot, forward and swap foreign-exchange transactions, including their operational risks.
4. Explain how custody, corporate-action processing and collateral management affect treasury operations.
5. Critically discuss the strengths and limitations of repricing-gap and duration analysis.

Analytical / Application Questions

1. A bank invests $8 million for 75 days at 4.2% on an Actual/360 basis. Calculate interest and the maturity amount, then identify two operational controls required before settlement.
2. Construct a 30-day liquidity ladder for a bank with opening liquidity of $100 million and weekly net gaps of −$35 million, −$50 million, +$20 million and −$45 million. Evaluate the result and recommend responses.
3. A bank has assets with market value $900 million and modified duration 3.2, and liabilities of $820 million with modified duration 1.5. Estimate the change in economic value of equity for a parallel 0.75 percentage-point increase in yields, stating the model’s limitations.

Multiple Choice Questions with Answers

Question 1

Which statement correctly distinguishes treasury office functions from the Three Lines Model?

A. Front, middle and back offices are the three governance lines.

B. Office functions describe operations, while the Three Lines Model describes risk ownership, oversight and assurance.

C. The back office always constitutes the third line.

D. Every middle-office activity is part of internal audit.

Correct Answer: B. Office functions describe operations, while the Three Lines Model describes risk ownership, oversight and assurance.

Question 2

A bank places $5,000,000 for 90 days at 4.0% per annum on an Actual/360 simple-interest basis. What is the interest?

A. $45,000

B. $50,000

C. $55,000

D. $200,000

Correct Answer: B. $50,000

Question 3

In a repo, a 3% haircut is applied to collateral worth $10 million. What initial cash is provided?

A. $9.70 million

B. $9.97 million

C. $10.00 million

D. $10.30 million

Correct Answer: A. $9.70 million

Question 4

If an FX quote is domestic currency per unit of foreign currency, which formula represents covered interest parity under compatible simple-interest conventions?

A. F = S(1+r_fT)/(1+r_dT)

B. F = S+r_d-r_f

C. F = S(1+r_dT)/(1+r_fT)

D. F = S(r_d/r_f)T

Correct Answer: C. F = S(1+r_dT)/(1+r_fT)

Question 5

Which mechanism most directly reduces principal risk in foreign-exchange settlement?

A. Free-of-payment transfer

B. Payment versus payment

C. Clean-price quotation

D. Independent price verification

Correct Answer: B. Payment versus payment

Question 6

For a bond settling between coupon dates, why is fractional-period discounting required?

A. All future coupons become zero-coupon payments.

B. The time to the next coupon is less than or different from one full coupon period.

C. Accrued interest must always equal one full coupon.

D. The bond's face value changes at settlement.

Correct Answer: B. The time to the next coupon is less than or different from one full coupon period.

Question 7

A bond has a dirty price of $1,025 and accrued interest of $12. What is its clean price?

A. $1,013

B. $1,025

C. $1,037

D. $1,012

Correct Answer: A. $1,013

Question 8

A bank has rate-sensitive assets of $300 million and rate-sensitive liabilities of $380 million in a one-year bucket. Under the simplified static gap model, what is the approximate annualized NII effect of a 0.50 percentage-point rate increase?

A. Increase of $0.4 million

B. Decrease of $0.4 million

C. Decrease of $4.0 million

D. Increase of $1.9 million

Correct Answer: B. Decrease of $0.4 million

Question 9

Which action properly resolves a reconciliation break?

A. Transfer it permanently to suspense without investigation.

B. Delete the older of the two records.

C. Investigate the cause, correct the records and document resolution.

D. Wait until year-end if the amount is small.

Correct Answer: C. Investigate the cause, correct the records and document resolution.

Question 10

Which statement about the Liquidity Coverage Ratio is correct?

A. It compares accounting equity with total assets.

B. It measures annual profit relative to cash holdings.

C. It compares eligible high-quality liquid assets with 30-day stressed net cash outflows.

D. It eliminates the need for intraday liquidity management.

Correct Answer: C. It compares eligible high-quality liquid assets with 30-day stressed net cash outflows.