Assessment

Cybersecurity Assessment

Evaluate cybersecurity skills with AI-powered assessments. Covers threat analysis, network security, application security, incident response, and.

35-50 minutes·5 question types·3 difficulty levels·

The short answer

A cybersecurity assessment for hiring typically runs 35-50 minutes, threat analysis scenarios, vulnerability identification, incident response simulations, architecture review questions and compliance and policy questions, at 3 difficulty levels. Give it after the first screen and before interviews, and score it on the areas below, fixed before you see any answers, so every candidate is judged the same way.

  • Threat modeling and attack surface analysis
  • Network security fundamentals including firewalls, IDS/IPS, and segmentation
  • Application security including OWASP Top 10 vulnerabilities
  • Identity and access management principles

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A Cybersecurity Assessment evaluates a candidate's ability to identify, prevent, and respond to security threats across applications, networks, and organizational systems. With cyberattacks growing in frequency and sophistication, hiring security professionals who can think like attackers and defend like architects is critical. This assessment tests practical security knowledge from threat modeling and vulnerability analysis to incident response and compliance, giving employers confidence in a candidate's readiness to protect their organization.

Format

Threat analysis scenariosVulnerability identificationIncident response simulationsArchitecture review questionsCompliance and policy questions

What it measures

  • Threat modeling and attack surface analysis
  • Network security fundamentals including firewalls, IDS/IPS, and segmentation
  • Application security including OWASP Top 10 vulnerabilities
  • Identity and access management principles
  • Cryptography fundamentals and encryption implementation
  • Incident detection, response, and forensics
  • Compliance frameworks (SOC 2, ISO 27001, GDPR, HIPAA awareness)
  • Security architecture and defense-in-depth strategies

Cohesyve

Run a Cybersecurity assessment on your next opening

Cohesyve generates a unique task per candidate from your job description, with the scoring rubric attached. Questions differ for every applicant, so they cannot be shared or looked up.

Who takes it

Security Engineer and Security Analyst candidatesPenetration Tester and Ethical Hacker candidatesSecurity Architect and Security Consultant candidatesDevSecOps Engineer candidatesGRC (Governance, Risk, and Compliance) Analyst candidates

Topics covered

Network Security

  • Firewall rule analysis and design
  • Network segmentation strategies
  • VPN and zero-trust architecture
  • Intrusion detection and prevention
  • DNS security and common attacks

Application Security

  • SQL injection and XSS prevention
  • Authentication and session management
  • API security best practices
  • Secure coding principles
  • Input validation and output encoding

Incident Response

  • Incident classification and triage
  • Forensic evidence preservation
  • Containment and eradication steps
  • Post-incident analysis and reporting
  • Communication during security incidents

Governance & Compliance

  • Risk assessment methodologies
  • SOC 2 and ISO 27001 controls
  • Data privacy regulations awareness
  • Security policy development
  • Vendor risk management

Sample questions

Your scanner reports a critical vulnerability on an internal tool and a medium on the public login page. Which do you fix first?

Entry

Look for Asks about exposure and exploitability; likely the public-facing medium; explains the reasoning rather than deferring to severity labels.

What is the difference between a vulnerability, a threat and a risk?

Entry

Look for Weakness, actor or event that exploits it, and the combination of likelihood and impact.

You see unusual outbound traffic from a production server. What do you do in the first hour?

Mid

Look for Preserve evidence, do not power off, scope by checking other hosts, identify the process, contain by network, escalate, document.

Engineering says a control will slow every deploy by a day. How do you handle it?

Mid

Look for Quantify the risk reduced, look for an equivalent control with less friction, negotiate, and be willing to accept a risk with sign-off.

Threat-model a feature that lets customers upload files that staff then open.

Senior

Look for Malware in uploads, content-type confusion, path traversal, access control; controls at upload, storage and open; monitoring.

Red flags

  • Ranks findings by scanner severity alone
  • Would power off a compromised server immediately
  • Cannot explain a common vulnerability class beyond its name
  • Sees engineering as an adversary
  • Cannot express a risk in business terms

Scoring rubric

CriterionWeightWhat strong looks like
Risk judgement30%Prioritises by exploitability and impact with clear reasoning.
Investigation method25%Preserves, scopes, contains, escalates — in that order.
Technical knowledge20%Recognises vulnerability classes in code and design.
Design thinking15%Proposes controls proportionate to the threat.
Communication10%Non-specialists understand and act.

Why it is used

For employers

  • Validate practical security skills before trusting candidates with organizational defense
  • Identify candidates who can think offensively and defend proactively
  • AI-generated unique scenarios prevent rehearsed responses to common security questions
  • Receive competency breakdowns across network, application, and governance domains
  • Reduce breach risk by ensuring new hires have verified, up-to-date security knowledge

For candidates

  • Demonstrate hands-on security expertise through realistic attack and defense scenarios
  • Complete the assessment in under 50 minutes without lab-based practical exams
  • Showcase breadth across offensive, defensive, and compliance domains
  • Stand out with verified skills in a field where trust is paramount

Common questions

Does this assessment require hands-on lab access?

No, the assessment is taken through Cohesyve's online platform using scenario-based questions, threat analysis problems, and incident response simulations. It evaluates how candidates think about security challenges rather than requiring them to operate specific tools in a live environment.

Is the assessment suitable for both offensive and defensive security roles?

Yes, the assessment covers both perspectives. Offensive questions focus on identifying vulnerabilities and thinking like an attacker, while defensive questions cover architecture, detection, and response. The mix is weighted based on the role specified in the job description.

How current are the security topics covered?

The assessment is regularly updated to reflect the evolving threat landscape. It covers modern attack vectors, cloud security concerns, and contemporary compliance requirements. AI-generated questions draw from current security challenges rather than relying on a static question bank.

Cohesyve · Skill assessments for hiring

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Cohesyve turns a job description into a role-specific assessment with a scoring rubric. Each candidate gets a different version, so questions cannot be shared between applicants.

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