Free ISC2 CC Certified in Cybersecurity Actual Exam Questions

D imo, it covers using multiple factors without overcomplicating with three methods like B. It’s practical and aligns well with common multi-factor setups combining something you know and something you are.

B/D? B adds biometrics as a third factor, which is stronger than just two methods in D. But D still fits best if we consider “two or more” as enough for multi-factor. C and A are too weak.

Option D also stands out because using real-life examples helps break down abstract concepts into situations employees can relate to, which is key for retention. It’s not just about making things interesting, but about showing the real consequences of poor security habits. The other answers are clearly wrong since they either suggest negative outcomes or downplay the importance of security training.

D imo, another way to look at it is that real-life scenarios help employees see how security issues directly affect their daily work. This practical connection makes them more likely to apply what they learn, not just remember facts. The other options seem deliberately wrong or counterproductive, so D fits best as the main benefit.

Option C makes the most sense since Security Awareness Training is more of a program than a guiding principle. The others are all foundational concepts that shape security policies directly.

I’m with those who say C here. Security Awareness Training feels like a practice or process rather than a core principle. Least Privilege, Zero Trust, and Separation of Duties all describe foundational ideas guiding how security is structured, while training supports those ideas but isn’t one itself. So I’d say C.

This definitely isn’t A, B, or C since those don’t involve fake emails. D fits best because it’s about deceptive emails pretending to be legit. D makes the most sense here.

It’s D because the question focuses on tricking recipients through fake emails, which is classic spear phishing. The other options don’t really involve sending deceptive emails to steal info or spread malware.

A, because detection controls are about noticing threats, not just stopping them.

I agree with choosing A since smoke sensors actively identify problems instead of just blocking or controlling entry like B, C, and D do. Detection means spotting an issue early, which fits smoke sensors perfectly. A

It’s D because authentication is the process that verifies the user’s identity after they provide a user ID and password, not just checking if the input looks right like validation does.

It’s about confirming who you are, so D feels right here.

B imo, awareness is the overall purpose, not really a specific activity like education or training. So it stands out as the odd one here.

Guessing C since tutorials seem more like a tool, not a main learning type.

Guessing A because the main point is the rules around how employees use the app, not service terms or confidentiality agreements. The button is classic for Acceptable Use Policies.

A. This feels like an Acceptable Use Policy because it sets rules for how employees can use the application, not a legal contract like an NDA or SLA. The click-to-accept matches typical AUP setups.

C/D? Procedures make the most sense since they’re all about the step-by-step process. Regulations (D) usually mean laws or rules from outside the organization, not the internal “how-to.” Standards (A) are more about benchmarks or quality levels, and policies (B) just give the overall guidelines or principles. So, procedures fit best for detailed task steps supporting policies.

C imo. Procedures are the only ones that get into the nitty-gritty of how to do stuff, not just what or why. Policies set the direction, standards set criteria, and regulations cover legal or compliance stuff. So for detailed task steps, procedures are the clear choice.

It’s A because ISC2 emphasizes protecting society and critical infrastructure specifically.

A/B? A feels right since protecting society is a big deal in ISC2 ethics, but B about advancing the profession also sounds familiar. Not sure if they spell it out exactly like that though.

It’s D because overwriting specifically means writing different patterns repeatedly to ensure data can’t be recovered. Purging (A) is a broader term that could include overwriting but also other methods like degaussing or physical destruction. Since the question highlights “writing multiple patterns,” overwriting fits best as it directly describes that process on all storage media. Deleting and destroying are clearly not about writing patterns, so those options don’t make sense here.

A imo, purging often means more thorough than just one overwrite; it can mean multiple passes or patterns across all media, not just deleting or destroying physically.

I think option B, Trojan, might be tricky here. Trojans themselves are malware that get installed, but they often act as a delivery method rather than something installed *because* of an infection. They bring in other malware like keyloggers or backdoors. So maybe the question is about what’s directly installed after an infection, and Trojans might not always fit neatly since they’re more like the initial payload rather than the result? Does that make sense? Could that be a reason to rule out B instead of C?

A imo, keyloggers are almost always separate programs that get installed, unlike logic bombs which just modify existing code; so keylogger fits the “installed” category better than logic bomb.

No doubt it’s D here. Routers and firewalls just direct or filter traffic; they don’t create a secure tunnel. VLANs are for segmenting networks locally, not really built to handle untrusted external connections. VPNs are specifically designed to establish private, encrypted links over public or untrusted networks, which matches the question perfectly.

D imo, VPNs create a secure tunnel directly between two points on untrusted networks.

It’s B. The main point is to make sure only approved visitors get in and to keep track of them while inside. Options A, C, and D clearly go against securing the facility.

This one feels pretty straightforward since visitor management is all about security and oversight. B fits best because it focuses on controlling who gets in and keeping tabs on them, which is crucial for physical access controls. A and C clearly go against security principles, and D just doesn’t make sense—unrestricted access defeats the purpose. So, B is the logical choice here.

D for sure. APTs aren’t single events like DoS or program insertion but ongoing, targeted hacks meant to stay hidden and gather info over time.

It’s D because APTs aren’t just one attack, they’re ongoing campaigns.