Background
The Verizon Data Breach Investigations Report, widely known as the DBIR, is one of the most respected annual reports in the cybersecurity industry. Published by Verizon, the report analyzes real-world security incidents and confirmed data breaches to identify attack vectors, threat actors, and defensive measures. Since its first edition in 2008, the DBIR has become a key reference for security leaders, risk managers, auditors, and technology teams seeking an evidence-based view of the global threat landscape.
The 2026 DBIR, released on May 19, 2026, is the 19th edition of the report. It is based on an analysis of more than 31,000 real-world security incidents and more than 22,000 confirmed data breaches. The underlying dataset includes contributions from a broad range of organizations, including law enforcement agencies, forensic firms, law firms, cyber insurers, cybersecurity information-sharing groups, and Verizon’s own Threat Research Advisory Center. The report covers incidents that occurred between November 1, 2024, and October 31, 2025, providing a structured view of breach patterns across industries, regions, attack methods, threat actors, and compromised assets.
This article examines the key findings of the Verizon DBIR 2026 from an SAP security perspective. It assesses the implications of the report for SAP solutions and outlines the changes organizations should consider across SAP vulnerability management, patching, access control, third-party connectivity, and threat detection in response to the evolving threat landscape.
Key Takeaways
- Vulnerability exploitation is now the leading breach entry point
- The patching window is shrinking
- Ransomware remains a major breach driver
- Third-party and supply chain involvement is increasing
- The human element is still material
- Shadow AI introduces data leakage risk
1. Vulnerability exploitation is now the leading breach entry point
According to the DBIR, 31% of breaches now start with software vulnerability exploitation, overtaking stolen credentials for the first time in the DBIR’s 19-year history. This is especially relevant for SAP because SAP landscapes often include large numbers of components, add-ons, kernel versions, ABAP code, Java components, RFC services, ICM services, SAP Gateway, SAP Web Dispatcher, SAP HANA, and SAP BTP integrations. Any delay in applying SAP Security Notes, support packages, kernel updates, or compensating controls increases exposure.
SAP Takeaway: Vulnerability management should be treated as a primary SAP security control, not a periodic maintenance task. Organizations need continuous identification of applicable SAP security notes, prioritization based on exploitability and business risk, and compensating controls where patches cannot be applied immediately.
2. The patching window is shrinking
The DBIR highlights that AI is accelerating the time between vulnerability disclosure and exploitation, reducing the defender’s window from months to hours. The median time for full patching increased to 43 days, up from 32 days the prior year, while organizations patched only 26% of CISA KEV-listed defects in the analyzed period.
SAP Takeaway: Traditional monthly or quarterly SAP patch cycles may not be sufficient for high-risk vulnerabilities. SAP teams need a faster process for identifying exposed systems, applying emergency corrections, implementing virtual patches or workarounds, and monitoring for exploitation attempts.
3. Ransomware remains a major breach driver
The DBIR states that 48% of breaches involve ransomware. For SAP environments, the impact of ransomware is not limited to encrypted servers or endpoints. SAP systems support finance, procurement, manufacturing, HR, logistics, supply chain, and customer operations. Disruption to SAP can become a business continuity event.
SAP Takeaway: SAP systems should be included in ransomware resilience planning. This includes hardening privileged access, securing SAP service accounts, monitoring suspicious administrative activity, protecting backups, restricting OS and database-level access, and detecting unusual behavior across SAP application, database, and host layers.
4. Third-party and supply chain involvement is increasing
Verizon reports that breaches involving third parties increased by 60% and now account for 48% of all breaches. This maps directly to SAP risk because SAP environments commonly depend on third-party support providers, implementation partners, managed service providers, hyperscalers, SaaS integrations, add-ons, transports, RFC connections, APIs, and open-source components used in extensions.
SAP Takeaway: SAP security programs should assess third-party access, partner-managed accounts, remote connectivity, transports, software components, cloud connectors, API integrations, and outsourced support models. Third-party risk should not stop at contracts and questionnaires; it needs technical validation inside the SAP landscape.
5. The human element is still material
The DBIR reports that 62% of breaches involved a human element with social engineering accounting for 16% of breaches. It also notes that mobile-centric phishing is seeing higher success than traditional email phishing.
SAP Takeaway: SAP users with privileged business or technical access remain attractive targets. Compromised credentials for SAP_ALL users, Basis administrators, developers, RFC users, emergency access users, or business users with sensitive transaction access can lead to fraud, data theft, privilege abuse, or system compromise. MFA, SoD controls, least privilege, user behavior monitoring, and privileged access governance remain essential.
6. Shadow AI introduces data leakage risk
The DBIR highlights rapid growth in employee use of unapproved AI tools, with regular AI usage rising from 15% to 45%*of employees in one year. The report also notes that many users access AI services from corporate devices using non-corporate accounts.
SAP Takeaway: SAP data is often highly sensitive: customer records, pricing, contracts, payroll, finance, material master data, supplier information, production data, and regulated personal data. Organizations should prevent users from copying SAP exports, reports, ABAP code, logs, configuration data, or incident details into unmanaged AI platforms. Data loss prevention, access monitoring, and AI usage policies should explicitly cover SAP data.
Recommendations
The most significant message from the DBIR 2026 is that SAP security needs to shift from periodic compliance checking to continuous exposure management. Vulnerabilities, third-party dependencies, identity abuse, ransomware, and AI-accelerated exploitation are all time-sensitive risks. SAP landscapes need faster detection, faster prioritization, and faster mitigation.
For SAP solutions, the practical priorities are:
1. Continuously identify applicable SAP vulnerabilities across ECC, S/4HANA, SAP HANA, SAP Java, SAP Web Dispatcher, SAProuter, SAP BTP, Cloud Connector, and connected components.
2. Prioritize SAP Security Notes based on exploitability, exposure, system criticality, and compensating controls, not only CVSS score.
3. Use virtual patching or workarounds when official patches cannot be applied quickly, especially for external-facing systems, unsupported systems, or systems under third-party support.
4. Monitor SAP-specific indicators of compromise, including suspicious RFC activity, failed logons, privilege changes, debug activity, dangerous function module execution, ICM abuse, Gateway misuse, HANA administrative events, and changes to critical configuration.
5. Strengthen privileged access controls, especially for SAP_ALL, SAP_NEW, emergency users, technical users, RFC users, developers, Basis administrators, and database administrators.
6. Validate third-party access and integrations, including support connections, SAP Cloud Connector, APIs, RFC destinations, middleware, add-ons, transports, and managed service provider accounts.
7. Include SAP in ransomware and incident response planning, with SAP-specific logging, backup validation, recovery procedures, and escalation playbooks.
8. Control leakage of SAP data into AI tools, especially exports, reports, custom code, logs, configuration data, and sensitive business records.
Conclusion
The Verizon DBIR 2026 reinforces that the greatest SAP risks are no longer theoretical. Attackers are exploiting known vulnerabilities faster, using automation and AI to reduce the time to compromise, and increasingly entering through third parties and exposed software flaws. For SAP customers, the key takeaway is clear: SAP vulnerability management, threat detection, access governance, and compensating controls need to operate continuously across the full SAP application, database, cloud, and integration landscape.
The Cybersecurity Extension for SAP Supports DBIR 2026 Response Priorities
The Cybersecurity Extension for SAP enables organizations to respond to the key takeaways of the Verizon DBIR 2026 by providing continuous security monitoring, vulnerability management, patch management, compliance management, access control analysis, custom code security, and threat detection for SAP solutions. The platform identifies applicable SAP security notes based on installed software components and versions, helping organizations prioritize vulnerabilities based on relevance, exposure, and system risk rather than CVSS score alone. Where patches cannot be applied immediately, it supports compensating controls and virtual patching through predefined workarounds, access restrictions, configuration hardening, and enhanced monitoring. The solution also detects SAP-specific indicators of compromise across application, database, cloud, and integration layers, including suspicious RFC activity, privilege changes, failed logons, dangerous function execution, SAP HANA administrative events, and critical configuration changes. By combining vulnerability intelligence, access governance, custom code analysis, and real-time threat detection in a unified SAP-certified platform, the Cybersecurity Extension for SAP helps organizations move from periodic compliance checks to continuous exposure management across their SAP landscapes.
Frequently Asked Questions
What is the Verizon DBIR?
The Verizon Data Breach Investigations Report, or DBIR, is an annual cybersecurity report that analyzes real-world security incidents and confirmed data breaches. It is widely used by security leaders, risk teams, auditors, and technology teams to understand how breaches occur, which attack methods are most common, and which security controls should be prioritized.
Why is the DBIR relevant to SAP security?
The DBIR is not focused specifically on SAP, but many of its findings directly apply to SAP environments. SAP systems often support critical business processes and contain sensitive financial, operational, customer, supplier, and HR data. Findings related to vulnerability exploitation, ransomware, third-party risk, credential abuse, and data leakage are therefore highly relevant to SAP landscapes.
What is the most important DBIR 2026 takeaway for SAP customers?
The most important takeaway is that SAP security needs to move from periodic compliance checking to continuous exposure management. The report shows that attackers are exploiting vulnerabilities faster, while SAP environments often involve complex patching cycles, integrations, custom code, and third-party dependencies.
How does vulnerability exploitation affect SAP solutions?
SAP landscapes include many components that may introduce exploitable vulnerabilities, including ABAP systems, SAP HANA, SAP Java, SAP Web Dispatcher, SAProuter, SAP Gateway, RFC services, ICM services, SAP BTP integrations, add-ons, and custom code. Delays in applying SAP Security Notes, support packages, kernel updates, or compensating controls can increase the risk of compromise.
Why are traditional SAP patching cycles no longer sufficient?
The DBIR highlights that the time between vulnerability disclosure and exploitation is shrinking. For SAP customers, this means monthly or quarterly patching cycles may not be fast enough for high-risk vulnerabilities, especially for external-facing systems, systems with sensitive data, or systems that cannot be patched quickly due to operational constraints.
What are compensating controls in SAP security?
Compensating controls are alternative safeguards used when a patch or correction cannot be applied immediately. In SAP environments, these may include access restrictions, disabling vulnerable services or objects, configuration hardening, network-level controls, enhanced logging, threat detection rules, and virtual patching.
How does third-party risk apply to SAP environments?
SAP environments commonly rely on implementation partners, managed service providers, third-party support vendors, cloud providers, middleware, add-ons, RFC connections, APIs, and SaaS integrations. These dependencies can increase exposure if third-party access, remote connectivity, transports, technical users, or integrations are not properly governed and monitored.
How should SAP customers respond to ransomware risk?
SAP systems should be included in ransomware resilience planning. This includes protecting SAP backups, monitoring privileged activity, restricting OS and database access, securing service accounts, reviewing administrative permissions, and detecting unusual behavior across the SAP application, database, host, cloud, and integration layers.
Why is the human element important for SAP security?
Compromised SAP users can create significant risk, especially when they have privileged technical or business access. Accounts such as SAP_ALL users, Basis administrators, developers, RFC users, emergency access users, and users with sensitive transaction access should be governed through least privilege, segregation of duties, MFA, monitoring, and periodic access reviews.
How does shadow AI create risk for SAP data?
Shadow AI can expose sensitive SAP data if users copy reports, exports, logs, custom code, configuration details, or incident data into unmanaged AI tools. SAP data often includes financial records, pricing, customer data, supplier data, payroll information, production data, and regulated personal information, making AI-related data leakage a material risk.
How can the Cybersecurity Extension for SAP help organizations respond to the DBIR findings?
The Cybersecurity Extension for SAP supports continuous vulnerability management, SAP security notes analysis, patch prioritization, compensating controls, custom code security, access control analysis, compliance management, and SAP-specific threat detection. It helps organizations identify applicable vulnerabilities, monitor indicators of compromise, validate access risks, and move toward continuous exposure management across SAP application, database, cloud, and integration layers.