which of the following can protect you from having your online session information stolen, as demonstrated earlier in this lesson?
The question is asking which option can protect you from having your online session information stolen, as in a typical session hijacking or cookie theft demonstration.
Because the exact answer choices are not shown, here is the safest and most likely correct type of option to look for:
Most likely correct option
Look for an answer that says something like:
- âUse websites that employ HTTPS (secure connection)â
- âAlways use a secure, encrypted connection (https://) instead of http://â
- âUse HTTPS to encrypt traffic and protect your session ID or cookiesâ
Using HTTPS protects your session information because it encrypts the data between your browser and the website, making it very hard for attackers on the same network to capture your session ID or cookies.
If the options include things like:
- âUse HTTPS / SSLâ
- âUse a secure connection when logging inâ
then that is almost certainly the correct answer for this type of lesson question.
Other options that might appear
If your multipleâchoice list includes several security behaviors, these are also valid protections against session hijacking, but are usually secondary to HTTPS in this specific kind of demo question:
- Avoid using public WiâFi for sensitive logins
- Log out after finishing a session, especially on shared devices
- Enable multiâfactor authentication (MFA) on accounts
However, when the question refers to âas demonstrated earlier in this lessonâ and the demo shows traffic being captured on a network, the primary protective measure they want is almost always âuse HTTPS (encrypted connection)â rather than things like âuse a strong passwordâ or âchange your password often.â
TL;DR:
From typical cybersecurity lessons, the correct choice is usually the one
about using HTTPS / a secure, encrypted connection to prevent your online
session information from being stolen.
Information gathered from public forums or data available on the internet and portrayed here.