Below are five SSCP practice questions, one each from Domains 1, 3, 4, 6 and 7, worked the way you should work them: pick an answer, then read why it is right and why each of the other three is wrong. The habits matter more than the five facts, because they carry to every item on the real exam.
That matters more on the SSCP than on most entry-level exams. Since October 1, 2025 the SSCP has been delivered only as a computerized adaptive test, 100 to 125 items in a maximum of two hours, scored on a 700 out of 1000 scale. ISC2 says candidates are expected to answer only about 50% of the items they see correctly, because the test keeps raising the difficulty until it finds your level. Expect many items where two options look defensible.
How should you work through SSCP practice questions?
Cover the options and read the stem first. Find the qualifier (BEST, MOST, FIRST, PRIMARY) and the one detail in the scenario that the question hinges on. Then read the options and commit to one before you check anything.
When you review, spend most of your time on the wrong options. Knowing why option D fails is what keeps you from picking it next time, when the stem is worded differently. If you want the background on what each domain covers before you start, the SSCP domains explained post walks through all seven.
Question 1 (Domain 1): Is daily log review detective or compensating?
Domain 1, Security Concepts and Practices, carries an average weight of 16%.
A hospital cannot deploy multi-factor authentication (MFA) on its legacy clinical system because the system does not support it. In response, the security team requires a manual review of every access log for that system, every day. Which functional control type BEST describes the daily log review in this context?
A. Corrective
B. Deterrent
C. Compensating
D. Detective
Answer: C, Compensating.
A compensating control stands in for a control that cannot be implemented as designed. The stem tells you exactly that: MFA was the intended control, the system cannot support it, and the log review was put in place because of that gap. It is not as strong as MFA, but it manages the same risk another way, and that is the definition.
Why the others are wrong:
A, Corrective, describes controls that restore a system after an incident, like restoring from backup. Nothing has gone wrong yet.
B, Deterrent, describes controls that discourage an attacker before they try, like a warning banner. A log review the attacker never sees deters nobody.
D, Detective, is the trap. A log review does detect things, so D is not false. But the question says "in this context", and the context is a substitute for a control that could not be deployed. The exam rewards the most specific classification the scenario supports.
The pattern: when one option is true in general and another is true because of a detail in the stem, the stem-specific one wins. Words like "cannot", "does not support" and "in place of" point straight at compensating.
Question 2 (Domain 3): Does an accepted risk stay accepted?
Domain 3, Risk Identification, Monitoring and Analysis, sits at 15%. The SSCP outline lists risk treatment options as accept, transfer, mitigate, avoid and ignore.
During an annual risk review, a practitioner finds a risk that was formally accepted eighteen months ago. Since then, the business unit that owns the related asset has tripled its revenue and now processes cardholder data. What is the MOST appropriate next step?
A. Take no action, because the documented acceptance remains valid until the next scheduled review cycle.
B. Re-evaluate the risk, because the changed business context may push it outside current risk tolerance.
C. Transfer the risk to a cyber insurer immediately, without further analysis.
D. Escalate to law enforcement, because processing cardholder data without a current risk analysis is a criminal offense.
Answer: B.
Risk acceptance is a decision made against a specific set of facts. The facts have changed: the asset is worth far more, and cardholder data brings regulatory scope it did not have before. Your job is to surface the change and trigger a fresh evaluation.
Why the others are wrong:
A treats acceptance as indefinite. It is not. Accepted risks get reviewed, and this review has found a material change.
C picks a treatment before anyone has analyzed the new risk. Transfer might be the right answer after re-evaluation. It cannot be the first step.
D overreaches. A stale risk analysis may be a compliance gap, not a crime.
The pattern: the SSCP practitioner analyzes before acting. When one option jumps straight to a treatment and another says to assess first, the assessment usually comes first.
Question 3 (Domain 4): Which number is MTD and which is RTO?
Domain 4, Incident Response and Recovery, carries 14%.
An organization's checkout application can be down for at most 90 minutes before the company breaches a regulatory service obligation. The IT team has set a target of restoring the application within 60 minutes of any failure. What do the 90-minute and 60-minute figures represent, in that order?
A. RPO and RTO
B. MTD and RPO
C. MTD and RTO
D. RTO and MTD
Answer: C, MTD and RTO.
Maximum tolerable downtime (MTD) is the ceiling: how long the function can be unavailable before the damage becomes unacceptable. Here that is the 90-minute regulatory limit. The recovery or restore time objective (RTO) is the target the recovery team plans to hit, here 60 minutes. ISC2's outline writes it as "Restore Time Objective", and you may see "recovery" elsewhere. Same idea. RTO must sit below MTD, and this scenario leaves a 30-minute margin.
Why the others are wrong:
A brings in RPO, the recovery or restore point objective. RPO measures how much data you can afford to lose, expressed as time since the last good copy. Neither figure in the stem is about data loss.
B gets the first figure right and then labels the 60-minute target as RPO. Same problem as A: a time-to-restore is not a data-loss measure.
D has the right two terms in the wrong order, written for readers who skim.
The pattern: sort the terms by what they measure before you match numbers. MTD and RTO measure downtime. RPO measures data loss. If an option pairs a downtime figure with RPO, it is out before you check the order.
Question 4 (Domain 6): Which AAA protocol encrypts the whole packet?
Domain 6, Network and Communications Security, is tied for the heaviest weight at 16%. The outline names RADIUS and TACACS+ directly.
An enterprise is choosing between RADIUS and TACACS+. An auditor asks which protocol encrypts the full contents of each AAA packet, not just the password, and why that matters for administrator sessions on network devices. Which answer is MOST accurate?
A. RADIUS, because its UDP transport provides connectionless encryption of all packet fields.
B. TACACS+, because it encrypts the entire packet body, including the username and command strings, which protects the full content of administrative sessions.
C. RADIUS, because Access-Accept packets use TLS to protect authorization attributes in transit.
D. TACACS+, because it uses stateless packet filtering to prevent unauthorized access to AAA exchanges.
Answer: B.
TACACS+ encrypts the whole body of each packet over TCP. Standard RADIUS hides only the user password in the Access-Request, and the username and authorization attributes travel in the clear. For administrators, TACACS+ can also authorize individual commands, so those command strings show what is being changed on a router. Encrypting them matters.
Why the others are wrong:
A names the wrong protocol and gives a made-up reason. UDP is a transport. It encrypts nothing.
C describes something baseline RADIUS does not do. RADIUS can be run inside TLS as a separate add-on, but that is not how plain RADIUS handles Access-Accept, and the question is about the protocols as they stand.
D has the right protocol and a wrong reason. TACACS+ runs over TCP and does its work through a central AAA server. Packet filtering has nothing to do with it.
The pattern: check the reason as hard as you check the name. Two options here say TACACS+, and only one has a true explanation attached. Exam writers like pairing a correct choice with a false "because".
Question 5 (Domain 7): Who patches the OS in IaaS?
Domain 7, Systems and Application Security, carries 15%. The shared responsibility model sits in objective 7.4.
A company moves its customer database to an infrastructure as a service (IaaS) provider. After the migration, it discovers that the database server's operating system has not been patched in four months. Under the shared responsibility model, who is responsible for patching that OS?
A. The cloud provider, because it owns the underlying infrastructure.
B. The customer, because the operating system is the customer's responsibility in IaaS.
C. Both parties equally, because IaaS involves shared ownership of the operating system.
D. The cloud provider, because patching is included in the IaaS service level agreement by default.
Answer: B, the customer.
In IaaS the provider secures the physical facilities, the hardware, the network and the virtualization layer. Everything you install on top, starting with the guest operating system, is yours: OS, middleware, applications, data.
Why the others are wrong:
A stops at "owns the infrastructure" and assumes ownership runs all the way up. In IaaS it ends at the hypervisor.
C sounds fair-minded, which is why people pick it. The model is shared overall, but each layer has an owner, and the guest OS in IaaS belongs to the customer. The provider takes over OS patching in platform as a service (PaaS), not IaaS.
D invents a default. IaaS service level agreements cover things like infrastructure availability. They do not quietly make the provider your OS patch team.
The pattern: draw the stack in your head (facility, hardware, hypervisor, OS, application, data) and mark where the provider's line sits for IaaS, PaaS and SaaS.
What do these five questions have in common?
Look back at the wrong answers you were most tempted by. Odds are they were D in question 1, D in question 3 or C in question 5. None of those is absurd. The SSCP is full of these: options that are partly true, put next to one that fits the scenario exactly.
So the skill to practice is not recall alone. It is reading the stem for the one detail that turns a plausible option into the best one. That is also why I think untimed review beats timed drilling early in your prep. You cannot learn to spot the deciding detail while racing a clock. Add timing once your explanations for the wrong options come easily, which the SSCP study plan builds in for the final weeks.
Two domains sit out this set: Access Controls (Domain 2) and Cryptography (Domain 5). The same habits apply to both. A cryptography item that offers HMAC and a digital signature side by side is the TACACS+ problem again: check what each option actually proves, not just whether it sounds secure. For a fuller picture of how the adaptive format treats your misses, see how hard the SSCP exam is.
If these five suited the way you learn, the full bank works the same way. The SSCP study guide sets its practice questions against all seven outline domains and explains every option, right and wrong. For the format, fees and eligibility behind these questions, see what the SSCP certification is.
FAQ
How many questions are on the SSCP exam?
The SSCP is a computerized adaptive test with 100 to 125 items and a two-hour maximum. Twenty-five of those items are unscored pretest questions, and you cannot tell which ones they are. The test can end anywhere in that range once it is confident about your result.
What score do you need to pass the SSCP?
ISC2 sets the passing standard at 700 out of 1000 on a scaled score. You will not see a number on the day, only pass or fail. If you do not pass, you get proficiency levels by domain to guide your next attempt.
Are the SSCP practice questions in this post like the real exam?
They follow the same style: short scenarios, a qualifier such as BEST or MOST, and distractors that are partly true. The real exam also uses what ISC2 calls advanced item types alongside standard multiple choice, so expect some formats beyond four-option questions.
Should I memorize answers to practice questions?
No. The real exam will not reuse the stems you practiced on. Memorize the reason each wrong option fails, because that reasoning transfers to new questions on the same topic.
Want more questions worked like these? The ISC2 SSCP Study Guide 2026 explains the material in plain English, maps it to the official exam outline domains, and includes practice questions with every answer explained.
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