CISSP Certification 2021 practice questions. Exam CISSP topic 1 question 528 discussion. A security engineer is evaluating methods to store user passwords in an information system. SLE - Single Loss Expectancy. In the case of a stolen laptop with unencrypted PII, the Exposure Factor is 100%: The laptop and all the data are gone. 3: Draw up a table in which failures are paired with their effects and an evaluation of their effects. The Single Loss Expectancy (SLE) is the cost of a single loss. Linking below an information sheet looking at the extent of ransomware attacks from the past year globally - it includes a heatmap of publicly disclosed attacks by country as well as pulling together information from various different sources to give a complete picture on what is happening. For the CISSP examination, you should be familiar with the exposure factor, single loss expectancy, annualized loss expectancy, and the annualized rate of occurrence, and be able to calculate these values based on a scenario that is given to you during the examination. A. When an attacker sends unsolicited communication, it is an example of: 2. Give Your CISM vs CISSP Salary a Boost. The content below is what I have used to . Tweak any EFs that the mitigator affects. To understand exposure . The AV should be expressed in monetary units, such as dollars or yen, so that the SLE and Annual Loss Expectancy (ALE) can be . CISSP Notes Pretty much everything hard that I read or every question I got wrong in my practice exams annual loss expectancy is AV asset value times exposure factor EF, times the annualized rate of occurance, ARO. It is the main concept that is covered in risk management from CISSP exam perspective. SINGLE LOSS EXPECTANCY. This domain covers security and risk management. Exposure Factor (EF): The percentage of damage that would result from a successful threat on a specific asset. Exposure Factor (EF) B. The Annual Rate of Occurrence (ARO) is the number of losses you suffer per year. Exposure Factor (EF): The percentage of damage that would result from a successful threat on a specific asset. 1. So, let's . Exposure Factor (EF) is the percentage of an asset loss caused by the realization of a threat. C. Eight feet high and four feet out. Following this definition, the SLE could be calculated by the following formula: SLE = EF x Asset Value The exposure factor is represented in the impact of the risk over the asset, or percentage of asset lost. A. The exposure factor is a subjective value that the person assessing risk must define. The Data Center is valued at $10,000,000 (AV) If a flooding happens 15% of the DC is compromised (EF) Loss per Flooding is $10,000,000 (AV) x 15% EF) = (SLE) The flooding happens every 4 years = 0.25 (ARO) The annualized loss is $375,000 (ALE) Tags: (ISC)², CISSP, CISSP CBK, CISSP Certification, CISSP class, CISSP . . The percentage of loss a realized threat could have on a certain asset is known as the: A. Annualized rate of occurrence (ARO) C. Exposure factor (EF) D. Asses value (AV) 18. D. Eight feet high and two feet out. Arithmetic logic unit (ALU) performs arithmetic and logic operations. CISSP®: Asset Value x Exposure Factor x Annualized Rate of Occurrence. Implementation of . EF - Exposure Factor Control Analysis ARO - Annual Rate of Occurrence Likelihood Determination Single Loss Expectancy = AV * EF Impact Analysis Annual Loss Expectancy = SLE*ARO Risk Determination Risk Value = Probability * Impact Control Recommendation Results Documentation Security Governance BS 7799 ISO 17799 & 2700 Series COBIT & COSO . Exposure factor. 5 disk failures can cause 20% data loss. 1453 multiple choice security questions with answers - CISSP - Certified Information Systems Security Professional. Integrity is protection of data from all of the following EXCEPT: 4. Risk Assessment includes all of the following EXCEPT: A. As an example, if the Asset Value is reduced two thirds, the exposure factor value is . We are in a court where the evidence must be "the majority of the proof." . Exposure factor. $14.27 . Quiz CISSP Test Questions. The Certified Information Systems Security Professional (CISSP) certification is considered to be the gold standard in information security. CISSP Communication and Network Security Practice Exam Set 6. Threat C. Vulnerability D. Risk Answer:- C. CISSP MCQs. The percentile of the value of the asset expected to be lost, used to calculate the SLE C. A value determined by multiplying the value of the asset by its exposure factor D. $10.00. There is a list of. Consider what happens if each block of the diagram fails. Cram.com makes it easy to get the grade you want! Risk Management • Process of identifying and assessing risk, reducing it to an acceptable level • Risk Analysis • The process by which the goals of risk management are achieved • Includes examining an environment for risk, evaluating each threat event to its likelihood and the . Attempting to hack a system through backdoors to an operating system or application. It is a tutorial for information security and a supplement to the official study guides for the CISSP and CISM exams and an informative reference for security professionals. Our Frequency of Occurrence is 0.25 which means that once in four years a loss of this magnitude occurs that calculates to a $56,000 annualized loss. The Exposure Factor (EF) is the percentage of value lost by an asset because of an incident. Loss may be physical damage or operational time. Exposure factor (EF) is the percent of the asset that can be lost from a certain event. We all learn this formula when studying for CISSP. Bitesize CISSP is a series of study notes covering the eight domains in the CISSP exam. Register Now. Annualized rate of occurrence (ARO) C. Exposure factor (EF) D. Asses value (AV) 144. ALE = SLE * ARO. Vulnerability Identification EF - Exposure Factor Control Analysis ARO - Annual Rate of Occurrence Likelihood Determination Single Loss Expectancy = AV * EF Impact Analysis Annual Loss Expectancy = SLE*ARO Risk Determination Risk Value = Probability * Impact Control Recommendation Results Documentation Security Governance BS 7799 ISO 17799 . M - Medium risk require management notification. Provide a forum for disclosing exposure and risk analysis . The Certified Information Systems Security Professional (CISSP) is an information security certification which is allowed by ISC(International Information System Security Certification Consortium). 1: Start with a block diagram of a system or control. Topic #: 1. 3. Single loss expectancy (SLE), exposure factor (EF), annualized rate of occurrence (ARO) and annualized loss expectancy (ALE) are all key parts of figuring out the cost and benefit associated with risk. The Exposure Factor (EF) is the percentage of value lost by an asset because of an incident. It is calculated by . Quantitative risk analysis is important for every business. This chapter provides an overview of security management with an eye towards passing the CISSP exam, including sample questions with detailed answers to help you prepare. A. Study Flashcards On CISSP Study at Cram.com. This post serves as a review for the domain 1 of the CISSP. Learning how to handle and countermeasure risk is important. $300,000. These are some notes highlighting areas of study for this domain and are by no means a comprehensive set of materials for preparing for this certification. Exposure B. The annualized loss expectancy (ALE) is computed as the product of the asset value (AV) times the exposure factor (EF) times the annualized rate of occurrence (ARO). 1453 multiple choice security questions with answers - CISSP - Certified Information Systems Security Professional. You are correct! 10. seenagape September 29, 2014. None of the other three formulas are valid for ALE or any other risk assessment value. The percentage of loss a realized threat could have on a certain asset is known as the: Re: ALE, ARO, exposure factor, ransomware guidance. H - High risk require senior management notification. Risk Management Predict - Preempt - Protect Karthikeyan Dhayalan 2. Annualized Rate of Occurrence (ARO) C. Vulnerability. Annual Rate of Occurance; ALE = ARO * SLE. Conduct a threat analysis (ARO)—The purpose of a threat analysis is to determine the likelihood of an unwanted event. This is the longer form of the formula ALE = SLE x ARO. Annualized rate of occurrence = .4. CISSP Notes Pretty much everything hard that I read or every question I got wrong in my practice exams annual loss expectancy is AV asset value times exposure factor EF, times the annualized rate of occurance, ARO. What is the highest amount a company should spend annually on countermeasures for protecting an asset valued at $1,000,000 from a threat that has an annualized rate of occurrence (ARO) of once every five years and an exposure factor (EF) of 30%? Exposure Factor (EF) - If a flood will damage 40% of your data center, EF is 40%; ARO. CISSP CBK Review Final Exam CISSP CBK Review Page 1 1. Exposure factor is the percent of the asset that can be lost from a certain event. My team has recently been trying to apply it to ransomware. SLE is $30,000 in our example, when EF is estimated to be 0.3. . Read the questions carefully and answer. CISSP CBK Review Baseline Exam CISSP CBK Review Page 1 . The estimated frequency a threat will occur within a year is known as the: A. Asset Value x Exposure Factor. As an example, if the asset value is reduced two thirds, the exposure factor value is 0.66. Five. Following this definition, the SLE could be calculated by the following formula: SLE = EF x Asset Value In the case of a stolen laptop with unencrypted PII, the Exposure Factor is 100%: The laptop and all the data are gone. CISSP Domain 1 Review - Security and Risk Management. Single Loss Expectancy (SLE): the financial amount of loss due to a single successful threat on a specific asset. A risk is the likelihood of a threat source taking advantage of a vulnerability to an information system. Annualized Loss Expectancy (ALE) and the cost of the control. Exposure factor describes the loss that will happen to the asset as a result of the threat (expressed as percentage value). $300,000 B. The first domain according to the CISSP 2015 exam outline I approached during my CISSP exam preparation study is called 'Security and Risk Management' (CISSP 2012: Information Security Governance and Risk Management). this one comes with more issues than the two other common authentication factors. December 28, 2020. You are explaining the IAAA model to one of the . Annual Loss Expectancy(ALE): SLE × Annualized Rate of Occurrence (ARO) = ALE The annualized rate of occurrence (ARO) is the value that represents the estimated frequency of a specific threat taking place within a 12-month timeframe. Before we start, here is a list that will help you navigate through the different sections of this domain review. Another valid ALE formula is ARO x SLE. Exposure factor = .9. B. We have looked at a number of reports and studies and given the number of reported ransomware incidents and the number of machines in the US capable of getting ransomware we put the odds of . For example, an asset valued at $100,000 that is subjected to an exposure factor of 30 percent would yield an SLE of $30,000. Calculate the difference between the new aggregate ALE and the current aggregate ALE (which is the hoped for benefit in that the new ALE ideally be smaller than the current ALE) Exposure Factor x Annualized Rate of Occurrence. What may be the best method for storing user passwords and meeting the . This lesson will help CISSP candidates to quickly understand and memorize the various risk management concepts as presented in Domain 1, Security and Risk Ma. SLE = asset value x exposure factor If only half of a $1,000,000 asset is lost in an incident, then the exposure factor is 50 percent and the SLE is $500,000. Congratulations! Wentz's book, The Effective CISSP: Security and Risk Management, helps CISSP and CISM aspirants build a solid conceptual security model.It is a tutorial for information security and a supplement to the official study guides for the CISSP and CISM exams and an informative reference for security professionals. The other formulas displayed here do not accurately reflect this calculation. CISSP CBK Review Final Exam CISSP CBK Review Page 31 143. Risks left over after implementing safeguards is known as: A. Leftover risks. n m l k j EF X SLE x AV (Exposure Factor x Single Loss Expectancy x Asset Value) n m l k j i ARO x EF x AV . Exposure factor. Asset Value x Annualized Rate of Occurrence. You answered: Asset Value x Exposure Factor x Annualized Rate of Occurrence. $9.00. The exposure factor is the measure or percent of damage that a realized threat would have on a specific asset. The Single Loss Expectancy is the Exposure Factor (EF) that Harry is providing, multiplied by the Asset Value (AV), which Natalie should obtain from the Asset Owners. $22.50. Find out more about exposure factor. Single loss expectancy. The Exposure Factor (EF) is the percentage of value an asset lost due to an incident. How can you calculate the Annualized Loss Expectancy (ALE) that may occur due to a threat? . Asset Value X Exposure Factor (EF) C. Exposure Factor (EF)/Single Loss Expectancy (SLE) $150,000. ‎10-13-2021 02:59 AM Kudoed Re: ALE, ARO, exposure factor, ransomware guidance for Caute_cautim. Actual exam question from ISC's CISSP. E - Extreme risk require immediate action including detailed mitigation plan. One of the most common challenges when securing the cloud is not having full visibility of all resources deployed. • Knowledge around Multi-Factor Authentication, Single-Sign On, Password Management, and Passwordless Authentication (FIDO2) solutions • Exposure to supporting Web Access Management solutions, such as Ping Access or CA SiteMinder • Experience with Apache and IIS solutions . CPU (Central Processing Unit) is the brains of the system. • Security+ and CISSP certifications or similar . The Risk Analysis Matrix allows you to perform Qualitative Risk Analysis (likelyhood vs consequences). It is the main concept that is covered in risk management from CISSP exam perspective. (I passed last September.) ISO 31000 This question is designed to promote the concept of risk evaluation of ISO 31000. STRIDE - Microsoft threat modeling tool. D. Likelihood. Explanation Exposure factor (EF) - Percentage of Asset Value lost? CISSP Chapter 1 Risk Management 1. [CISSP-308 #47] Explanation: The only valid formula on this list is ALE = ARO x EF x AV. u000bIt does all the math. A) SLE (Single Loss Expectancy) + ARO (Annualized Rate of Occurrence) B) Asset Value * EF (Exposure Factor) C) Asset Value * EF (Exposure Factor) * ARO (Annualized Rate of Occurrence) D) SLE (Single Loss Expectancy) * ARO . While this figure is defined primarily in order to create the Annualized Loss Expectancy (ALE), it is occasionally used by itself to describe a disastrous event for a Business Impact Assessment (BIA). B. Loss may be physical damage or operational time. The annual rate of occurrence (ARO) is how many times in a year the event occurs, typically a decimal but it can be more. It is mathematically expressed as follows: Single Loss Expectancy (SLE) = Asset Value (AV) * Exposure Factor (EF) where the Exposure Factor is represented in the impact of the risk over the asset, or percentage of asset lost. Single Loss Expectancy (SLE): the financial amount of loss due to a single successful threat on a specific asset. The total value of the Asset is $1.1+ Million. Question #: 528. Loss may be physical damage or operational time. The Certified Information Systems Security Professional (CISSP) is an information security certification that was developed by the International Information Systems Security Certification Consortium, also known as (ISC)².. Risk management is one of the modules of CISSP training that entails the identification of an organization's information assets and the development, documentation . L - Low risk handled via normal processes. The Single Loss Expectancy (SLE) is the cost of a single loss. The exposure factor (EF) represents the percentage of loss a realized threat could have on a certain asset. The absence of a fire-suppression system would be best characterized as a(n): A. Our exposure factor is 40% that means that the fire has caused a 40% loss to the building and that might represent a claim value, translating to $224,000 of a Single Loss Expectancy. A. This exponentially increases the exposure factor, which could lead to a possible breach. By Oscar Monge España, CISSP, CCSP. These CISM vs CISSP certification has proven to boost a worker's CISM vs CISSP payment by over to 10. Exposure Factor (EF) B. Kudoed Re: ALE, ARO, exposure factor, ransomware guidance for denbesten. The expected risk factor of an annual threat event, derived by multiplying the SLE by its ARO B. Security Risk Management is the first domain of the CISSP. The asset value times the Exposure Factor. C. Exposure factor (EF) D. Asses value (AV) 17. The annualized loss expectancy (ALE) is computed as the product of the asset value (AV) times the exposure factor (EF) times the annualized rate of occurrence (ARO). EF - Exposure Factor. SLE = AV x EF. . The Single Loss Expectancy (SLE) is the cost of a single loss. So although you might be looking at the price label and turning your nose up at the idea of further studying, further examinations, and further schoolwork, you should really be looking at it in terms of . Single Loss Expectancy (SLE)/ Exposure Factor (EF) B. For example, if you sell vintage wedding dresses, and the threat is theft, the EF is 100% - if a dress is stolen it is 100% gone! A. B. This "new" domain covers two of the domains of the CISSP 2012 exam: Information Security Governance & Risk Management (1) Legal, Regulations, Investigations and . Exposure Factor (EF)- Represents the percentage of loss a realised threat could have on a certain asset. A. Annualized Loss Expectancy (ALE)- ALE = SLE x Annualized Rate of Occurrence (ARO) Annualized Rate of Occurrence (ARO)- The value whichrepresents the estimated frequency of a specific threat taking place within a one year time frame. 2. $150,000. The Annualized Loss Expectancy (ALE) is your yearly cost due to a risk. The qualifications required of those considering it are five years' experience in security administration and firsthand knowledge in the areas addressed by the eight CISSP exam domains. In the case of a stolen laptop with unencrypted PII, the Exposure Factor is 100%: The laptop and all the data are gone. The amount of an asset that is lost when a threat is manifested. Annualized Rate of Occurrence (ARO) C. Vulnerability D. Likelihood Answer:- A. Those doors lead to many different types of positions and opportunities, thus making the information security community dynamic and multifaceted. X Exposure Factor (EF) = SLE -Ronald Krutz The CISSP PREP Guide (gold edition) pg 18 A. Place the following formulas in order: . Single loss expectancy is the AV x the EF, measured in money. Single loss expectancy (SLE) B. = (get it?) Quickly memorize the terms, phrases and much more. Two factor C. Mandatory D. Discretionary 2. If the value of a building would be reduced from £1,000,000 to £250,000 by a fire, the exposure factor for the risk of fire to the building would be 75%. EF ranges from 0 to 100% (0.00 to 1.00). . Calculate the aggregate ALE given current EFs over a time period (say 10 years). Exam CISSP topic 1 question 53 discussion. What is the highest amount a company should spend annually on countermeasures for protecting an asset valued at $1,000,000 from a threat that has an annualized rate of occurrence (ARO) of once every five years and an exposure factor (EF) of 30%? If the asset is completely lost, the exposure factor is 1.0. Concepts (10) CIA DAD - NEGATIVE - (disclosure alteration and destruction) Confidentiality - prevent unauthorized disclosure, need to know, and least privilege. S poofing; T ampering; R epudiation - attacker . Exposure Factor (EF) is the percentage of an asset loss caused by the realization of a threat. Cissp cbk final_exam-answers_v5.5. 7 disk failures can cause 30% data loss, and 10 disk failures can cause 50% . For example: Multiple Disk failures can cause data loss stored in the Storage unit. assurance that information is not disclosed to unauthorized programs, users, processes, encryption, logical and Ale makes arousal; Annual Loss Expectancy = Rate of Occurrence - Single Loss Expectancy; Threat Modeling. The annual rate of occurrence is how many times in a year the event occurs, typically a decimal but it can be more. Risk = total risk x control gap Exposure Factor (EF) = % of asset loss Anonymous groupthink caused by threat Risk Analysis Terms Delphi Technique Risk Analysis Information Single Loss Expectancy (SLE) = Asset Value x Exposure Factor Subjective only Security and Risk Eliminates $ amounts for cost benefit Management . . The Single Loss Expectancy (SLE) is the cost of a single loss. The Certified Information Systems Security Professional (CISSP) is an information security certification which is allowed by ISC(International Information System Security Certification Consortium). MGT414 | SANS Training Program for CISSP® Certification 23 QUANTITATIVE RISK MANAGEMENT: KEY FORMULAS Asset Value (AV): The value of the asset Exposure Factor (EF): % of asset value (AV) at risk due to a threat Single Loss Expectancy (SLE): Asset Value (AV) x Exposure Factor (EF) Annualized Rate of Occurrence (ARO): Frequency of threat Free CISSP Certification Practice Questions: Which formula can be used to calculate the Annualized Loss Expectancy (ALE)? 4: Correct the design of the system, and adjust the table until the system is not known to have unacceptable problems. EXPOSURE FACTOR. Explanation. Download. The goal is to estimate the annual rate of occurrence (ARO). EF ranges from 0 to 100% (0.00 to 1.00). Single loss expectancy. Loss may be physical damage or operational time. One of the most valued vendor-neutral security certifications today is the Certified Information Systems Security Professional (CISSP) credential offered by cybersecurity professional association (ISC)². The exposure factor can only be calculated in relation to a specific risk - such as fire, or a security threat like hacking. 9. . Job Band . Data Center - Flooding. 1. Exposure Factor (EF) - a % Value, the exposure or percentage of loss expected from a threat. Cissp mindmap. Exam CISSP topic 1 question 53 discussion. A. Multi-party B. The Exposure Factor (EF) is the percentage of value lost by an asset because of an incident. $150,000 C. $60,000 D. $1,500 There is a list of questions related to Communication and Network Security, Security Assessment, Testing and Operations for security professionals. What is the highest amount a company should spend annually on countermeasures for protecting an asset valued at $1,000,000 from a threat that has an annualized rate of occurrence (ARO) of once every five years and an exposure factor (EF) of 30%? Single loss expectancy (SLE) B. 11. This is so because of all the doors that certification opens to a CISSP professional. It's a processor that registers that supply operands (Object of a Mathematical Operation) to the ALU and stores the results of ALU operations. $300,000. It is possible for a loss to exceed the asset's value to the corporation, such as in the event of a massive product liability lawsuit; in this case, the EF would be greater than 100 . Residual risk = $30. spectnullbyte December 22, 2020. Masquerading is: A. This is the longer form of the formula ALE = SLE x ARO. Calculating SLE requires knowledge of the asset value (AV) and the range of loss that can be expected if a risk is exploited, which is known as the exposure factor (EF). Single loss expectancy (SLE) is the AV x the EF, measured in money. [All CISSP Questions] What information will BEST assist security and financial analysts in determining if a security control is cost effective to mitigate a vulnerability?
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