Cybersecurity Career Test

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Most people picture cybersecurity as someone in a dark room watching code scroll across a screen, but the field is far more varied than that image suggests. Some professionals spend their days breaking into systems on purpose to expose weaknesses, others hunt for threats hiding inside networks, and others dissect malicious software to understand exactly how it works.

From investigating digital crime scenes to building the security architecture that protects millions of users, cybersecurity is a field where technical skill, curiosity, and the ability to think like an attacker all come into play. Find out which side of cybersecurity matches how you think. It takes less than 5 minutes.

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Disclaimer: Before you start the test, please consider the following: the test results are provided to you for the purpose of discovering your interests, your likes and dislikes and contemplating on what you may want to do in the future. Our tests are not psychological tests, nor do they indicate that you excel in a certain field of interest. Our tests do not amount to professional career advice. Our terms of use contain a disclaimer.

1
Protect an organization's cloud systems from attack.
2
Hunt for threats that are unique to cloud environments.
3
Recover deleted or hidden files from devices.
4
Stop sensitive data leaking from cloud storage buckets.
5
Run attack tools against a system to find entry points.
6
Hack into systems legally to find security weaknesses.
7
Research known hacking groups and how they operate.
8
Prepare digital evidence for legal proceedings.
9
Build systems that control who can access a network.
10
Map the path an attacker took through a system.
11
Design security systems that protect organizations.
12
Use specialist tools to take malware apart safely.
13
Agree the scope and rules of an ethical hacking test.
14
Work with developers to build more secure software.
15
Turn threat findings into reports for security teams.
16
Examine malicious software to understand how it works.
17
Identify what damage malware is designed to cause.
18
Review security alerts to separate real threats from noise.
19
Review code to spot vulnerabilities before release.
20
Check a system's security design before it gets built.
21
Identify setup mistakes in cloud environments.
22
Watch live systems around the clock for active threats.
23
Automate security checks in the development process.
24
Write up how a piece of malware behaves and spreads.
25
Monitor changes in how known hacking groups operate.
26
Respond to a live attack to limit how far it spreads.
27
Implement encryption that protects sensitive data.
28
Analyze data to predict where attacks may come from.
29
Find and fix security flaws in software code.
30
Escalate active threats to the right response teams.
31
Examine a breached system to find out what happened.
32
Record all weaknesses found during an authorized hack.
Please answer all highlighted questions.

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