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NEW QUESTION: 1
Which of the following statements is true?
I. Real Time Gross Systems (RTGS) for large value payments consume less system liquidity than Deferred Net Systems (DNS) II. The US Fedwire is an example of a Real Time Gross System III. Current disclosure requirements in relation to liquidity risk as laid down in the Basel framework require banks to disclose how liquidity stress scenarios were formulated IV. A CFP (Contingency Funding Plan) provides access to Central Bank financing
A. II
B. I and III
C. II and IV
D. I, II, III and IV
Answer: A
Explanation:
Explanation
The correct answer is choice 'd'
For settlement of interbank payments, there are broadly two kinds of systems: RTGS (Real Time Gross Systems) and Deferred Net Systems (DNS). RTGS process payments in real time, settlement by settlement, and each transaction is settled by the a clearing institution (mostly the central bank) on a gross basis without regard for other settlements affecting the counterparty. DNS systems, on the other hand, allow for debiting or crediting the accounts of counterparties at periodic intervals after netting all payments paid or received since the last settlement. The exact timing of the payments does not matter so long as a bank has sufficient funding on a net basis at settlement time. Implicit in the DNS system is the extension of credit and liquidity by the central bank to the participating banks as it is possible for a bank to issue payment instructions even without having funds so long as they can arrange for such funds prior to settlement at the end of the day. In RTGS, a bank needs to have funds to make a payment at any point, and cannot make a payment against moneys expected to be received later intra-day. RTGS systems therefore need more liquidity on the part of the participants, and consume far more liquidity than DNS arrangements. Of course, the 'liquidity' of the DNS arrangement has a cost - which is that someone is taking up settlement risk, and invariably it is the central bank. If a bank under DNS fails to settle, its transactions have to be 'unwound', ie all payments made by it have to be rolled back. This can cause other banks to trip, causing further unwinding transactions. RTGS systems do not carry this risk. Therefore statement I is not correct as RTGS consume more liquidity than DNS arrangements.
Statement II is correct. US Fedwire or European TARGET are RTGS while CHIPS is a DNS based payment system.
Statement III is not correct. Current Basel requirements do not require any disclosure in respect of liquidity risk management. A consultative paper was issued by BIS in Dec 2009 for comments from members, but it is far from final. The BIS is still reacting to the liquidity issues that arose during the 2007-09 credit crisis.
Statement IV is not correct as a CFP is like a disaster recovery plan for liquidity, ie it helps a bank plan for and think about what steps would be taken to deal with a liquidity disaster situation. It does not provide any access to central bank financing.

NEW QUESTION: 2
Refer to the exhibit.

Which statement about the R1 configuration is true?
A. The logging of warning messages is disabled.
B. Log message sequence numbering is disabled.
C. The logging buffer command was used to increase the default of the buffer.
D. It supports the service timestamps log uptime command to display time stamps.
Answer: B
Explanation:
To disable sequence numbers, use the no service sequence-numbers global
configuration command.
This example shows part of a logging display with sequence numbers enableD.
000019: %SYS-5-CONFIG_I: Configured from console by vty2 (10.34.195.36)
In this example we see the absence of sequence numbers on the log messages.
Not A: In this example there are no time stamps or uptimes shown in the logs.
Not B: The default buffer size is 4096 bytes.
Not C: The logging level in this example is informational (level 6), which will display levels
0-6 in the logs. Warnings are level 4.

NEW QUESTION: 3

A. Option E
B. Option C
C. Option D
D. Option A
E. Option B
Answer: B,E

NEW QUESTION: 4
Which choice below is NOT one of NIST's 33 IT security principles?
A. Totally eliminate any level of risk.
B. Assume that external systems are insecure.
C. Implement least privilege.
D. Minimize the system elements to be trusted.
Answer: A
Explanation:
Risk can never be totally eliminated. NIST IT security principle #4 states: Reduce risk to an acceptable level. The National Institute of Standards and Technology's (NIST) Information Technology Laboratory (ITL) released NIST Special Publication (SP) 800-27, Engineering Principles for Information Technology Security (EP-ITS) in June 2001 to assist in the secure design, development, deployment, and life-cycle of information systems. It presents 33 security principles which start at the design phase of the information system or application and continue until the system's retirement and secure disposal. Some of the other 33 principles are: Principle 1. Establish a sound security policy as the foundation for design. Principle 2. Treat security as an integral part of the overall system design. Principle 5. Assume that external systems are insecure. Principle 6. Identify potential trade-offs between reducing risk and increased costs and decrease in other aspects of operational effectiveness. Principle 7. Implement layered security (ensure no single point of vulnerability). Principle 11. Minimize the system elements to be trusted. Principle 16. Isolate public access systems from mission critical resources (e.g., data, processes, etc.). Principle 17. Use boundary mechanisms to separate computing systems and network infrastructures. Principle 22. Authenticate users and processes to ensure appropriate access control decisions both within and across domains. Principle 23. Use unique identities to ensure accountability.
Principle 24. Implement least privilege. Source: NIST Special Publication 800-27, Engineering Principles for Information Technology Security (A Baseline for Achieving Security), and Federal Systems Level Guidance for Securing Information Systems, James Corrie, August 16, 2001 .