Social Engineering Test
Would you have stopped the attack?
Learn how to prevent social engineering attacks by testing how you would respond to real-world attack scenarios.
10 scenarios · 5 minutes · no email required
Why Do Social Engineering Attacks Work
Social engineering attacks rarely begin with a sophisticated exploit. Mostly, they begin with someone getting another person to make a reasonable decision under time pressure.
An employee may receive a call from someone who sounds like a colleague, a helpdesk agent may get an urgent request from someone who knows the employee's name, role and other details, or a financial team is asked to make an urgent payment from someone posing as a CFO. These situations highlight that the information may seem legitimate with no technical warning. And this is what makes social engineering attacks difficult to detect.
Take the 2023 MGM Resorts social engineering attack. The attackers researched an MGM employee, then used vishing (voice phishing) to impersonate them and convince the IT help desk to reset account access. The attack later involved ransomware and caused widespread operational disruption, with MGM reporting an estimated $100 million impact on its third-quarter results.
Other documented incidents follow the same pattern. In all cases, the common factor remains that the attackers design the interaction based on human behavior, that is, trust, urgency, authority, and the desire to resolve a problem quickly.
How to Prevent Social Engineering Attacks
One of the most effective ways to prevent social engineering attacks is to reduce the number of high-risk decisions that depend on a single individual.
Four controls that can be particularly useful:
- Verify requests through an alternate channel: Be it a request to reset credentials, make payments or disclose sensitive information, it must be confirmed using a trusted secondary mode.
- Add stronger verification for high-risk actions: Password resets, change in MFA, or payment-related actions deserve more scrutiny than routine requests.
- Have a clear escalation path: Train employees and give them a clear escalation path to pause and contact the right person when they encounter a potential issue or risk.
- Monitor the interaction and not only the endpoint: Traditional security tools can identify suspicious files, links or logins. They are less useful when the attack is a convincing conversation.
Take the case of Caesars Entertainment. In 2023, attackers used social engineering against a third-party IT support vendor to target an employee and obtain credentials that helped them gain access to the company's systems. The incident reportedly resulted in a $15 million ransom payment. It highlights why access resets and other high-risk IT requests need stronger verification rather than relying on a single support interaction.
However, the controls mentioned earlier can be bypassed if people are under pressure. For example, a verification process may look flawless on paper but may still fail when a caller is convincing enough.
Hence, employee awareness and training can help reduce risk, but organizations still need to identify the interaction that may be a potential risk.
Social Engineering Testing vs a Real Assessment
If you searched for a social engineering test and are actually looking for a penetration testing provider, there's an important distinction that you should know.
A social engineering penetration test is an authorized exercise in which security professionals simulate attacks against an organization. The objective is to find weaknesses or security gaps before a real attacker does.
Our social engineering test here is different. It contains ten questions from documented incidents to examine what happened, where the weak areas were and how similar attacks could be prevented. It is like a way to learn from these real-life cases and apply those lessons to your security practices.
Where Do the Social Engineering Test Scenarios Come From
The scenarios in this social engineering quiz come from a library of 173 real, publicly documented attacks and reported social engineering techniques. Each case is verified against at least two independent sources, with an average of 6.5 sources reviewed per case.
The incidents include different attack methods including, wire fraud, help desk scams, SMS and Email phishing, vishing and candidate fraud. The purpose here is to use real-life cases to test how people might respond to common social engineering threats and identify areas that may require stronger awareness and better controls.
Test Your Own Audio, Video and Images
If you have a suspicious recording, video or image, you can test it instead of relying only on what looks or sounds convincing. Diopter's Deepfake Detector lets you upload audio, video or image files and receive a synthetic-media verdict in under a minute. It supports common formats including MP3, WAV, MP4, MOV, WEBM, JPG, PNG and WEBP. The detector looks for multiple signals associated with synthetic or manipulated media.
Diopter offers an enterprise platform that extends this detection approach to live calls by combining deepfake detection with other signals associated with AI-driven social engineering.
Who Is Most at Risk From Social Engineering Attacks?
If you are someone who approves payments, hires people, or handles IT support requests, the difficult part is not explaining social engineering to employees. Most people already understand that suspicious emails and unexpected requests can be dangerous. The difficult part is understanding what happens when the attack looks normal.
That is where monitoring can complement preventive controls.
Diopter analyzes interactions and looks for signals associated with social engineering, like deepfake detection, identity verification, and policy alignment. The focus is more on the interaction itself rather than regular prevention control techniques.
Go Beyond Security Awareness
Security awareness alone is not enough. Explore a more practical approach to test your organization's social engineering threats.
Frequently Asked Questions
What does the Diopter social engineering test measure?
This test measures how you respond to real-world social engineering scenarios, whether you can identify the gap and make decisions that can prevent a potential attack.
Is there a right answer for every scenario in the test?
Yes. Each scenario is based on a documented incident and asks you to identify the action that could have disrupted the attack. The correct answer includes a reference to the original case and explains why the other options were not the appropriate response.
Do I get a score after the test, and what does that score indicate?
Yes, you get a score out of ten. The social engineering quiz includes scenarios on help desk scams, phishing, vishing, wire fraud and other forms of impersonation and manipulation. The score indicates how well you were able to identify these risks and also highlights the areas where you need more awareness.
What can I learn from this test?
The test can help highlight which types of social engineering situations may be harder to recognize. This can give you a starting point to think about security awareness and process gaps.
Can I use this test to assess my employees?
Yes. This test can be used as an educational exercise for employees through realistic scenarios. However, for broader assessment, a more tailored approach with the risk areas may be considered.
Walk an attack arc with Diopter.
In 30 minutes, we will replay a real deepfake incident, show the signals Diopter would score, and map the verdict your team could act on.