The 2026 SAP Security Assessment Checklist

Conducting a comprehensive SAP security assessment is a mandatory operational requirement for modern enterprises. As organizations deepen their reliance on SAP and navigate increasingly complex RISE, S/4HANA, and BTP landscapes, the threat environment heading into 2026 is more active and more unforgiving than ever. Executing a structured SAP risk assessment provides the exact visibility required to identify critical vulnerabilities before advanced threat actors can exploit them.

To help security, IT, and SAP transformation leaders stay ahead of emerging risks, this SAP Security Checklist distills the latest insights vetted by Onapsis Research Labs, the industry’s leading authority on SAP threats and vulnerabilities. Security and audit teams must utilize these guidelines to prioritize the controls, visibility, and protections essential to strengthening SAP resilience in the year ahead. For offline reference and team distribution, organizations can instantly download the complete 2026 SAP Security Checklist.

SAP Platform and Architecture Hardening

Establishing a secure baseline requires organizations to rigorously validate configurations and eliminate external exposure across the entire enterprise architecture.

An effective SAP security assessment begins at the foundational infrastructure layer. Security teams must harden the core architecture to prevent unauthorized network access and lateral movement.

• Apply the latest SAP Security Notes and HotNews.
• Validate S/4HANA and RISE baselines.
• Enforce SAProuter security and TLS.
• Review the external exposure of SAP services.
• Document all SAP systems and custom apps.
• Validate critical configurations (RFC, ICM, LDAP, SNC, Web Dispatcher).

Patch, Vulnerability, and Threat Intelligence

A proactive SAP risk assessment mandates continuous vulnerability scanning and the immediate application of vendor security patches.

Relying on manual patching cycles leaves organizations exposed to known exploits. Deploying a comprehensive vulnerability management program automates the identification of missing patches and insecure code to maintain a hardened baseline.

• Apply the latest patch cycle to ensure no backlog exists.
• Enable automated SAP Note checks.
• Monitor SAP CVEs and active exploit activity.
• Scan S/4HANA, BTP, and custom apps.
• Penetration test SAP business-critical apps.

Identity, Access, and Privilege Controls

Preventing unauthorized access requires strict governance over user authorizations, high-privileged accounts, and segregation of duties.

Threat actors frequently target over-privileged accounts to bypass perimeter defenses. An SAP security assessment must validate that access is strictly controlled and continuously audited.

• Audit segregation-of-duties (SOD).
• Enforce MFA for admin and remote access.
• Review firefighter account use.
• Standardize role design during the transition from ECC to S/4HANA.
• Validate identity federation and SCIM.

Monitoring, Detection, and Incident Response

Deploying SAP threat detection software enables Security Operations Centers (SOC) to identify and neutralize active exploitation attempts in real time.

Standard network monitoring tools lack visibility into the SAP application layer. Organizations must deploy dedicated threat detection and response capabilities to integrate SAP telemetry directly into centralized security operations and accelerate incident response protocols.

• Enable SAP-specific threat monitoring.
• Integrate SAP logs into SIEM/SOAR platforms.
• Review SAP ransomware readiness.
• Conduct an SAP breach tabletop exercise.
• Simulate an SAP data exfiltration attempt.

Compliance and Audit Readiness

Automating compliance workflows transforms manual evidence gathering into continuous technical validation against global regulatory frameworks.

Passing an audit requires definitive proof of operational control. Organizations must map their SAP security assessment findings directly to industry regulations, maintaining strict SAP compliance. To avoid financial penalties, teams must pivot toward automating SAP compliance audits.

• Update framework mapping for SOX, NIST, ISO, DORA, and SEC.
• Ensure automated audit trails are active.
• Validate continuous monitoring capabilities.
• Scan, remediate, and secure custom code.

Cloud and RISE/BTP Security

Securing cloud environments demands a clear understanding of the shared responsibility model and strict governance over API integrations.

Migrating to the cloud does not absolve organizations of security responsibilities. As enterprises navigate RISE with SAP, an SAP risk assessment must evaluate how custom applications and data are protected within hosted environments.

• Validate the RISE shared responsibility model.
• Secure BTP services and APIs.
• Harden the SAP DevSecOps pipeline.
• Verify encryption and key management protocols.

Business Continuity and Operational Resilience

Ensuring high availability requires rigorous testing of disaster recovery protocols and backup restoration service level agreements.

Ransomware attacks specifically target enterprise databases. Organizations must validate their ability to restore operations quickly without suffering catastrophic data loss.

• Validate SAP backups and restore SLAs.
• Test SAP disaster recovery scenarios.
• Confirm workflow-level resilience.

People, Process, and Skills

A comprehensive SAP security assessment relies on well-documented playbooks and specialized training for incident response teams.

Technology requires skilled personnel to function effectively. Organizations must equip their security teams with the specific knowledge required to defend complex ERP architectures.

• Train IT/SOC teams on SAP threats.
• Document SAP incident playbooks.
• Ensure SAP security SME coverage is maintained.

Frequently Asked Questions

What is an SAP security assessment?

An SAP security assessment is a comprehensive evaluation of an enterprise SAP landscape to identify vulnerabilities, misconfigurations, and compliance gaps. It involves reviewing critical domains such as platform hardening, identity access controls, and custom code security to ensure resilience against advanced cyber threats. Conducting this assessment regularly helps organizations preemptively secure their enterprise core before threat actors can exploit weaknesses.

Why is SAP patch management a critical part of a security assessment?

SAP patch management ensures that known vulnerabilities are remediated before attackers can weaponize them against the enterprise. A thorough security assessment evaluates the patching cycle to confirm that SAP Security Notes and HotNews are applied without backlogs. Relying on continuous vulnerability management prevents exploitation and maintains a hardened baseline across S/4HANA and BTP environments.

What are the key compliance frameworks covered in an SAP risk assessment?

A comprehensive SAP risk assessment maps technical security controls directly to global regulatory frameworks such as SOX, NIST, ISO, DORA, and the SEC . Validating continuous monitoring and automated audit trails against these frameworks ensures organizations avoid severe financial penalties. Maintaining strict SAP SOX compliance and SAP GDPR compliance provides definitive proof of operational control during external audits.

How does the RISE with SAP shared responsibility model impact security assessments?

The shared responsibility model dictates that while SAP secures the underlying cloud infrastructure, individual organizations remain entirely responsible for securing their business data, user access, and custom code. An SAP security assessment must explicitly evaluate these customer-managed domains to validate the RISE shared responsibility boundaries. Transitioning to RISE with SAP requires security teams to implement continuous controls and dedicated application-layer monitoring to protect the hosted environment effectively.