--- url: 'https://www.corbado.com/blog/security-metrics' title: 'How to Track Cybersecurity Performance in 2026: Essential KPIs for Businesses' description: 'Discover the essential cybersecurity metrics to strengthen your security posture. Learn how to track, measure, and improve your organization''s cyber defense strategy effectively.' lang: 'en' author: 'Vincent Delitz' date: '2024-12-30T14:06:16.988Z' lastModified: '2026-08-28T15:31:58.009Z' keywords: 'security metrics, security KPIs, cyber security tracking' category: 'Passkeys Strategy' --- # How to Track Cybersecurity Performance in 2026: Essential KPIs for Businesses ## Key Facts - PWC reports only 22% of CEOs feel confident in their **risk exposure data**, indicating critical gaps in organizational security measurement maturity. - EY's **Global Information Security Survey** shows just 15% of organizations are satisfied with information security reporting, underscoring the need for better tracking systems. - Effective **cybersecurity KPI frameworks** span fourteen categories, from preparedness and network device management to vendor patching and incident response time analysis. - **ITDR platforms** improve Mean Time to Detect by analyzing real-time user behavior and access patterns, identifying threats like credential misuse and lateral movement that bypass traditional tools. ## 1. Why Tracking Cybersecurity Metrics is Critical Robust cybersecurity metrics tracking is fundamental for organizational security since this is the only objective way to actually find out where a company stands with its cyber security measures. Recent studies highlight concerning gaps: PWC reports only 22% of CEOs feel confident in their risk exposure data, while EY's Global Information Security Survey shows just 15% of organizations are satisfied with their information security reporting. These statistics underscore the urgent need for better security measurement and tracking systems. ## 2. Understanding Cybersecurity Metrics and KPIs To address these challenges, organizations must first understand what constitutes effective measurement. Cybersecurity metrics and KPIs are quantifiable measurements tracking security effectiveness across prevention, detection, and response capabilities. These range from blocked breach attempts to incident response times, providing concrete data about an organization's security posture. As an example, mission-driven platforms apply strong security features like fraud monitoring and DDoS [protection to keep donor data safe](https://donorbox.org/security). By implementing comprehensive tracking of these metrics, organizations can better protect their assets and respond to threats effectively. When working remotely also protecting users from the dangers of public Wi-Fi netowrks, e.g. via [travel eSIMs](https://saily.com) that enable safer data transfer, would be possible. ## 3. 14 Essential Cybersecurity KPIs for Effective Risk Management To build a robust security monitoring framework, organizations should focus on fourteen key areas of measurement. Each of these metrics provides unique insights into different aspects of security performance, working together to create a complete picture of organizational cybersecurity health. ### 3.1 Preparedness Level - **Security Incident Metrics**: Track the number and types of security incidents detected and resolved within specific timeframes, providing insights into your defense effectiveness and response capabilities - **Prevention Success Rate**: Measure the percentage of incidents prevented through proactive security measures, including endpoint protection and threat intelligence implementation - **Security Awareness**: Monitor employee participation rates in security training programs and measure their effectiveness through simulated [phishing](https://www.corbado.com/glossary/phishing) tests and security assessments - **System Updates**: Track the percentage of devices with current security patches and identify systems requiring updates, ensuring your infrastructure remains protected against known [vulnerabilities](https://www.corbado.com/glossary/vulnerability) - **Backup Effectiveness**: Measure the frequency and success rate of data backups, including regular testing of restoration procedures to ensure business continuity - **Policy Compliance**: Monitor adherence to security policies across the organization, tracking both employee compliance and policy update frequencies ### 3.2 Network Device Management - **Asset Inventory Accuracy**: Maintain a comprehensive inventory of all network devices, including regular audits to identify unauthorized or forgotten devices that could pose security risks - **Sensitive Data Mapping**: Track and categorize devices storing sensitive information, ensuring appropriate security controls are in place for data protection - **IoT Security Compliance**: Monitor security status of Internet of Things devices, including firmware updates, access controls, and network segregation - **BYOD Management**: Track employee-owned devices accessing corporate resources, ensuring compliance with security policies and maintaining appropriate access controls - **Network Segmentation**: Measure effectiveness of network separation strategies, monitoring traffic between segments and identifying potential security gaps ### 3.3 Intrusion Attempt Monitoring - **Detection Success Rate**: Track the number and types of intrusion attempts blocked by security systems, including analysis of attack patterns and trends - **Response Efficiency**: Measure the time between detection and initial response, including assessment of alert accuracy and false positive rates - **Security Event Analysis**: Monitor the processing and investigation of security events, including correlation analysis and threat pattern identification - **Log Management**: Track the collection and analysis of security logs, ensuring comprehensive coverage and timely review of critical events - **Control Effectiveness**: Measure how well security controls prevent and detect various types of intrusion attempts, adjusting configurations based on results ### 3.4 Security Incident Tracking - **Incident Resolution Rate**: Monitor the number and types of security incidents successfully resolved, including tracking of resolution times and methods - **Impact Assessment**: Measure the operational and financial impact of security incidents, including system downtime and recovery costs - **Root Cause Analysis**: Track the identification and documentation of incident causes, ensuring lessons learned are incorporated into security improvements - **Recovery Success**: Monitor the effectiveness of incident recovery procedures, including data restoration success rates and system availability metrics - **Stakeholder Communication**: Track the timeliness and effectiveness of incident-related communications with affected parties ### 3.5 Mean Time to Detect (MTTD) - **Detection Speed Analysis**: Measure the average time between an incident occurring and its detection, broken down by incident type and severity - **Threat Intelligence Integration**: Track how effectively threat intelligence feeds are incorporated into detection systems to improve identification speed - **Alert Processing Time**: Monitor how quickly security alerts are processed and validated, including measurement of alert queue backlogs - **Detection Tool Performance**: Evaluate the effectiveness of security monitoring tools in identifying threats, including false positive and negative rates. Identity Threat Detection and Response ([ITDR](https://www.silverfort.com/glossary/identity-threat-exposure/)) platforms improve MTTD by analyzing real-time user behavior and access patterns, helping identify threats like credential misuse and lateral movement that often bypass traditional tools. - **Analyst Response Time**: Track how quickly security analysts respond to and begin [investigating potential security incidents](https://www.adzuna.com/security-analyst/what-does-a-security-analyst-do) ### 3.6 Mean Time to Resolve (MTTR) - **Resolution Timeline Tracking**: Monitor the complete lifecycle of security incidents from detection to final resolution - **Resource Allocation Efficiency**: Measure how effectively resources are deployed to resolve different types of security incidents - **Process Effectiveness**: Track the success rate of incident resolution procedures across different incident types - **Stakeholder Involvement**: Monitor the time spent coordinating with different [stakeholders](https://www.corbado.com/blog/passkeys-stakeholder) during incident resolution - **Recovery Validation**: Measure the time spent validating that incidents are fully resolved before closing ### 3.7 Mean Time to Contain (MTTC) - **Containment Speed**: Track how quickly threats are isolated and prevented from spreading once detected - **Containment Strategy Effectiveness**: Measure the success rate of different containment approaches for various threat types - **System Impact**: Monitor the scope of systems affected before containment is achieved - **Business Continuity**: Track the impact of containment measures on business operations - **Resource Utilization**: Measure the resources required for effective threat containment ### 3.8 First-party Security Ratings - **Overall Security Score**: Track your organization's security rating over time, including trend analysis - **Control Effectiveness**: Measure the performance of individual security controls contributing to the overall rating - **Compliance Status**: Monitor adherence to relevant security standards and regulations - **Risk Exposure**: Track identified [vulnerabilities](https://www.corbado.com/glossary/vulnerability) and their potential impact on security rating - **Improvement Metrics**: Measure the effectiveness of security improvements in raising ratings ### 3.9 Vendor Security Rating Analysis - **Vendor Risk Profiles**: Track security ratings for all third-party vendors, categorized by risk level - **Rating Trends**: Monitor changes in vendor security ratings over time, identifying concerning patterns - **Compliance Verification**: Track vendor compliance with security requirements and standards - **Incident Impact**: Measure the effect of vendor security incidents on your organization - **Improvement Tracking**: Monitor vendor progress in addressing identified security issues ### 3.10 Patching Cadence Management - **Update Implementation Speed**: Track how quickly critical security patches are deployed across systems - **Patch Success Rate**: Monitor the successful installation of patches, including failed deployment analysis - **System Coverage**: Track the percentage of systems current with required security updates - **Critical Vulnerability Exposure**: Measure the time systems remain vulnerable before patch deployment - **Patch Testing Effectiveness**: Track the success rate of patch testing procedures ### 3.11 Access Management Control - **Access Review Completion**: Track the regular review and validation of user access rights - **Privileged Account Management**: Monitor the usage and control of high-privilege system accounts - **Authentication Success**: Track the effectiveness of authentication mechanisms and failure rates - **Policy Compliance**: Measure adherence to access control policies across the organization - **Access Change Management**: Monitor the efficiency of access modification processes ### 3.12 Peer Performance Comparison - **Industry Benchmark Analysis**: Compare security metrics against industry standards and peers - **Security Investment Effectiveness**: Measure the return on security investments relative to peers - **Control Implementation**: Compare security control deployment against industry best practices - **Incident Response Efficiency**: Benchmark incident handling metrics against industry averages - **Risk Management Maturity**: Compare [security features](https://donorbox.org/security) and security program maturity against industry standards ### 3.13 Vendor Patching Analysis - **Vendor Update Compliance**: Track how well vendors maintain their systems with current patches - **Critical Update Implementation**: Monitor vendor deployment of high-priority security updates - **System Exposure**: Measure the duration of known [vulnerabilities](https://www.corbado.com/glossary/vulnerability) in vendor systems - **Patch Testing Verification**: Track vendor patch testing and validation procedures - **Update Communication**: Monitor the effectiveness of vendor patch management communications ### 3.14 Vendor Incident Response Time - **Initial Response Time**: Track how quickly vendors acknowledge and begin addressing security incidents - **Resolution Efficiency**: Measure the time vendors take to fully resolve security incidents - **Communication Effectiveness**: Monitor the quality and timeliness of vendor incident communications - **Impact Mitigation**: Track how well vendors minimize incident impact on your organization - **Process Improvement**: Measure vendor improvements in incident response capabilities over time ## 4. How Corbado can help Section 3.11 asks you to track authentication success and failure rates as an access management KPI, and that is usually the hardest row in the table to fill. Identity providers report the sessions they created, so every attempt that never got that far is missing from the number you present. [Corbado Observe](https://www.corbado.com/observe) measures the login itself and gives that row something behind it. [Video: Executive reporting](https://www.corbado.com/videos/features/executive-reporting.mp4) ([See Executive Reporting in Corbado Observe](https://www.corbado.com/observe/executive-reporting)) - **Success and failure by method.** Passkey, password and social each carry share of logins, completion, error rate and duration, split by application, operating system or touchpoint, so a number that moves has somewhere to be looked up. - **The failure count splits into causes.** A failed WebAuthn ceremony carries the step it died on, the message and the error code, and the ones where the user simply cancelled can be filtered out, so the KPI you report describes logins that broke rather than people who changed their mind. - **A cadence that matches the KPI review.** The executive view holds the long-horizon numbers, and a page subscription mails one project member that report, with the filters and window you set on it, every week or every month. ## 5. Conclusion These comprehensive metrics form the foundation of effective cybersecurity management, enabling organizations to protect assets, prevent breaches, and maintain robust security postures. Regular monitoring and analysis of these KPIs ensure continuous security improvement and risk mitigation. By tracking these metrics consistently, organizations can better understand their security position, identify areas for improvement, and make data-driven decisions about security investments and priorities. ## Frequently Asked Questions ### What percentage of organizations actually track cybersecurity performance effectively? PWC data shows only 22% of CEOs feel confident in their risk exposure data. EY's Global Information Security Survey reveals just 15% of organizations are satisfied with their information security reporting, indicating most businesses lack effective security measurement systems. ### What is the difference between MTTD, MTTR and MTTC in cybersecurity? Mean Time to Detect (MTTD) measures the average time from incident occurrence to its detection, broken down by type and severity. Mean Time to Resolve (MTTR) tracks the full incident lifecycle from detection to final resolution, while Mean Time to Contain (MTTC) specifically measures how quickly a threat is isolated and prevented from spreading once detected. ### Why should vendor security metrics be included in a cybersecurity KPI framework? Vendor security incidents can directly impact your organization, making third-party risk measurement a core component of overall security posture. Tracking vendor risk profiles, rating trends, patch compliance and incident response times enables proactive identification of supply chain risks before they affect your operations. ### How should organizations benchmark their cybersecurity performance against industry peers? Peer performance comparison involves measuring security metrics against industry standards, evaluating return on security investments relative to peers and comparing security control deployment against industry best practices. Benchmarking incident response efficiency and risk management maturity against industry averages surfaces improvement priorities that internal data alone may not reveal.