Free ISC2 SSCP Actual Exam Questions

Maybe D, since reviewing audit records is about identifying breaches after they occur, not stopping them beforehand like prevention or avoidance would. It’s definitely about spotting issues rather than deterring or preventing them.

Maybe D because reviewing audit logs is about catching things that already happened, not stopping them before they occur. Prevention would be more like blocking access or setting up firewalls. Deterrence is about discouraging bad behavior, which doesn’t quite fit with just reviewing records. Avoidance seems too extreme since you’re not avoiding risk, but actually looking for signs of problems. So detection makes the most sense here since you’re identifying issues through those audits.

C imo, backing up the OS software first ensures the system environment is stable before restoring data or apps. Without a solid OS backup, other backups might be useless.

It’s A, because before you back up data or apps, you need to secure the firmware to ensure hardware-level integrity during recovery.

A/C? Convenience is obvious, but centralized data admin sounds off since SSO doesn’t manage data itself. B fits better for user/admin control but C sticks out as less relevant.

It’s B because SSO mainly simplifies login and lets admins manage access centrally. Centralized data or network admin doesn’t really fit with what SSO does.

I’m thinking it’s D too since direct sunlight messing with the sensor makes sense physically, especially if it’s outdoors or near windows.

Option D, sunlight could interfere with the sensor’s accuracy during capture.

I agree B fits best here. Encryption and access controls are definitely technical since they involve software or hardware mechanisms. Plus, they're preventive because they block unauthorized actions upfront instead of just spotting them later. A and C don't really match because administrative controls are more about policies, and physical controls are about locks or badges, not encryption. D is out since detective controls are for monitoring or alerting after something happens, not preventing it. So B makes the most sense as the pairing for these logical controls.

Probably B, since these controls are designed to stop unauthorized access directly through technology, not just monitor or respond after the fact like detective controls would.

Makes sense that a human reviewing real-world input fits detective and physical, so C.

C. These controls rely on real-world devices, not automated tech systems, and need humans to interpret what’s actually happening, so it fits detective and physical rather than technical or administrative.

B. Evaluation makes sense here since it covers the actual detailed assessment and testing, not just the approval or certification afterward. It’s the phase where they find any logical flaws directly.

It’s definitely not A or D since acceptance testing is more about user requirements and accreditation is about formal permission. Between B and C, evaluation fits better because it’s the hands-on analysis and testing looking for any weak spots, including logical flaws. Certification usually comes after, as a formal stamp that the product passed the evaluation. So yeah, B seems like the best match here for the detailed testing and checking phase itself.

A imo, because DES is symmetric encryption and reversible, while transposition and substitution are classical ciphers that can be undone. The one-way hash fits the description best as it’s non-reversible and fixed-length.

It's definitely not B, C, or D since they're reversible or different concepts.

Makes sense to me to prioritize the security check first, so B.

Probably B. Checking the software’s security thoroughly helps spot any vulnerabilities early, which is exactly what you need before adding it to your system. The other options don’t focus on security risks directly.

Maybe D is confusing here since S/MIME is about secure email content, not transfer. So that leaves A as the only real MTA option.

It’s A, SMTP handles email transfers.

Maybe D is out since physical layer deals with actual hardware signals, not routing stuff. Presentation and session layers mainly handle data formatting and session control, so probably not those either. That leaves A, which fits because the network layer manages addressing and routing packets between networks. This aligns with how routers operate at that layer. So yeah, A seems like the best fit here.

A imo, but can someone clarify if this includes both routing and forwarding or just routing? Just wanna be sure on the scope here.

It’s B because 802.11 is the IEEE standard that sets the rules for wireless LANs, basically Wi-Fi. The other options don’t directly describe what 802.11 covers.

B imo, 802.11 is all about Wi-Fi and wireless signals, so it’s not really connected to PKI or OSI models directly. The other options are just general tech concepts, not specific standards like this one.

It’s C. Session keys are usually temporary for one session only.

D, since delay distortion affects timing, not amplitude loss.

Makes sense to go with D since crosstalk and noise introduce interference rather than just weakening the signal. Attenuation is the classic term for amplitude loss as you go further down the line. D

It’s D because it specifically talks about the time between receiving the revocation request and making that info public, which matches the idea of a grace period for processing. A and B deal more with user deadlines or CA response minimums, which don’t really capture that delay window. C is about maximum time but doesn’t mention the request itself. So D stands out as the correct definition here.

Sounds like D fits best here.