Cybersecurity Risk Calculator
Assess your organization's cybersecurity posture with a scored questionnaire. Get a risk score, category breakdown, and prioritized recommendations. Everything is calculated locally — your answers never leave your browser.
How Cybersecurity Risk Assessment Works
This calculator evaluates your security posture across six critical domains: access control, network security, data protection, endpoint security, incident response, and security awareness. Each domain is scored based on industry best practices from NIST Cybersecurity Framework, CIS Controls, and OWASP guidelines. Your overall risk score indicates how well-protected your organization is against common cyber threats.
The assessment is designed for small-to-medium businesses and development teams who need a quick security health check without hiring a penetration testing firm. It identifies the most impactful improvements you can make immediately.
Understanding Your Risk Score
Scores range from 0-100: 80-100 (Grade A) means strong security posture with minor improvements needed, 60-79 (Grade B) means good foundation but gaps exist, 40-59 (Grade C) means significant vulnerabilities that need attention, and below 40 (Grade D/F) means critical risk requiring immediate action. Most small businesses score 40-60 initially — improving to 70+ dramatically reduces breach probability.
Focus on critical and high-priority recommendations first. These address the most common attack vectors: weak authentication, unpatched systems, and lack of encryption.
Top Cybersecurity Threats in 2026
Ransomware remains the #1 threat, with AI-powered attacks becoming more sophisticated and targeted. Phishing attacks now use deepfake voice and video to impersonate executives. Supply chain attacks target software dependencies and CI/CD pipelines. API vulnerabilities are the fastest-growing attack surface as businesses adopt microservices architectures. Zero-day exploits are being weaponized faster through AI-assisted vulnerability discovery.
Quick Wins for Better Security
Enable multi-factor authentication on all accounts (blocks 99% of credential attacks). Use a password manager and enforce unique passwords. Enable automatic OS and software updates. Encrypt all data at rest and in transit. Back up critical data with the 3-2-1 rule (3 copies, 2 media types, 1 offsite). Train employees to recognize phishing — human error causes 82% of breaches. These six steps alone can improve most organizations from Grade C to Grade B.
Frequently Asked Questions
Is my security assessment data private?
Yes, 100%. All calculations run in your browser using JavaScript. Your answers are never sent to any server. This is the most private cybersecurity assessment tool available — no data collection, no tracking, no account required.
What frameworks does this assessment follow?
The assessment is based on NIST Cybersecurity Framework (CSF), CIS Controls v8, and OWASP guidelines. It covers the six core domains: access control, network security, data protection, endpoint security, incident response, and security awareness.
What is a good cybersecurity risk score?
A score of 80+ (Grade A) indicates strong security posture. Most small businesses score 40-60 initially. The goal is to reach 70+ by addressing critical and high-priority recommendations first. Even improving from 50 to 70 significantly reduces breach probability.
How often should I reassess?
Reassess quarterly or after major changes (new systems, staff changes, security incidents). The threat landscape evolves constantly — quarterly assessments help catch drift in your security posture before it becomes a vulnerability.
Can this replace a professional penetration test?
No. This tool assesses your security posture through a self-reported questionnaire. A professional penetration test actively probes your systems for vulnerabilities. Use this tool for regular health checks and pen tests for thorough technical assessment annually or before major launches.
What should I prioritize first?
Focus on critical items first: MFA enforcement, automatic patching, data backups, and encryption in transit. These four controls alone block the majority of common attack vectors (credential theft, ransomware, data breaches).