Cryptography Test
The Cryptography Test helps hiring teams assess practical security knowledge in candidates who work with encryption, password storage, and key handling. It suits intermediate technical roles where people need to choose sound cryptographic methods and avoid common implementation mistakes.
Summary of the Cryptography Test
The Cryptography Test helps hiring teams assess practical security knowledge in candidates who work with encryption, password storage, and key handling. It suits intermediate technical roles where people need to choose sound cryptographic methods and avoid common implementation mistakes.
3 dimensions, scored separately
Symmetric & asymmetric
This measures whether the candidate knows when to use symmetric encryption versus asymmetric encryption based on speed, scale, and use case. It matters because the wrong choice can create performance problems or weaken how data is protected in real systems.
Hashing
This measures whether the candidate understands hashing as a one way function and can distinguish it from encryption. It matters because teams rely on correct hashing practices for password storage, integrity checks, and secure application design.
Key management
This measures whether the candidate understands how keys should be generated, stored, rotated, and protected. It matters because even strong cryptographic algorithms fail in practice when keys are exposed, reused carelessly, or handled without controls.
Everything about the Cryptography Test
This test is one part of screening every applicant from one link: add a one-way video interview and resume scoring, and compare candidates in one report.
01What is the Cryptography Test?
This test measures whether a candidate understands core cryptography concepts used in day to day security work. It covers symmetric and asymmetric encryption, hashing, and key management, with questions focused on practical decisions rather than theory alone. Candidates are asked to identify appropriate methods for common scenarios, such as encrypting large files efficiently or storing passwords so original values cannot be recovered. The question bank is designed for intermediate level hiring, giving teams a quick way to compare applicants on applied security judgment. On Springhire, it is useful early in the funnel when you need evidence of baseline cryptography knowledge before interviews.
02How does the Cryptography Test work?
Candidates answer 20 multiple choice questions in 10 minutes. Questions are drawn from a bank of 60, so each candidate receives a randomised set. The test is set at an intermediate level and is auto-scored, which makes it suitable for consistent early stage screening across technical applicants.
03Why is the Cryptography Test important to employers?
Candidates who lack practical cryptography knowledge can make costly mistakes, such as choosing weak approaches for data protection, misusing hashing for passwords, or handling keys insecurely. This test helps reduce that risk by showing who can apply the right method to common security tasks, not just repeat terms they have heard before.
How to interpret Cryptography Test results
Every candidate report scores each dimension separately. Here is what high and lower scores typically look like at work, and how to use them in your hiring decision.
Symmetric & asymmetric
High scorers: A high score shows the candidate can match encryption approaches to practical business and system requirements.
Lower scorers: A low score suggests the candidate may confuse common encryption methods or apply them poorly in everyday technical decisions.
Hashing
High scorers: A high score shows the candidate understands secure password storage and the difference between hashing and reversible protection methods.
Lower scorers: A low score suggests the candidate may misuse hashing concepts or fail to choose appropriate protections for sensitive data.
Key management
High scorers: A high score shows the candidate understands that secure cryptography depends on careful key handling, not just algorithm choice.
Lower scorers: A low score suggests the candidate may overlook operational risks around storing, rotating, and protecting cryptographic keys.
What job roles can you hire with the Cryptography Test?
- Security Engineer
- Application Security Engineer
- Cybersecurity Analyst
- Backend Developer
- DevSecOps Engineer
Build a multi-measure assessment: tests to pair with the Cryptography Test
Cybersecurity Test
The Cybersecurity Test is a 10-minute screening for candidates in IT and security roles who need practical judgment on common threats, core controls and incident response. It helps hiring teams quickly compare intermediate-level candidates before interviews.
View testPenetration Testing Test
The Penetration Testing Test helps hiring teams screen intermediate candidates for hands-on security work. It checks whether they can scope an external test correctly, reason through basic exploitation choices and communicate findings clearly in a way clients and internal teams can act on.
View testComputer Networking Fundamentals Test
The Computer Networking Fundamentals Test checks whether candidates can apply core networking concepts on the job. It is suited to hiring teams screening IT and support candidates who need solid working knowledge of OSI and TCP/IP, IP addressing, routing basics, and practical troubleshooting.
View testNetwork Engineering Test
The Network Engineering Test is an intermediate screening assessment for hiring teams filling hands-on network roles. It checks whether candidates can reason through switching, routing, VLAN, subnet and performance issues, and helps identify people who can troubleshoot common office and branch connectivity problems.
View testProof before you interview
Ready to interview your shortlist?
Send one link. Candidates answer on their own time, AI scores every answer, and your shortlist arrives ranked.
How it worksSample reportTest libraryCompare tools
Frequently asked questions
This test fits candidates in technical roles that touch encryption, password handling, or security controls. Common examples include security engineers, backend developers, application security engineers, and cybersecurity analysts.
The test covers symmetric and asymmetric encryption, hashing, and key management. Questions focus on practical choices a candidate may face at work, such as protecting stored credentials or selecting an efficient encryption approach.
Use the overall score to compare baseline cryptography knowledge across candidates. Then review dimension scores to see whether a person is stronger in encryption concepts, hashing, or key management, and use that to guide interview questions.
It is designed for intermediate level hiring. It works best for candidates who should already know core cryptography concepts, but it is not meant to measure deep specialist research level expertise.
No, it is best used as an early screening step. It helps you identify candidates with solid baseline knowledge so interview time can focus on implementation depth, architecture choices, and role specific judgment.
Last updated Invalid Date