As part of our ongoing Rise of SAP Autonomous Cyber Operations webinar series, IT-Conductor CEO Linh Nguyen hosted the third session in the series, "Anatomy of an SAP Cyber Attack." Building on the previous webinars, which introduced the concept of SAP Autonomous Cyber Operations and explained why SAP requires its own cyber operations platform, this session took a deeper dive into how attacks actually unfold inside SAP environments.
Rather than focusing on headlines or theoretical threats, this webinar walked through the anatomy of a real attack chain using live demonstrations. The objective wasn't to teach offensive techniques, but to help SAP operations and security teams understand how attackers move through SAP environments, where traditional security approaches lose visibility, and what organizations can do to detect and contain these threats before they become business disruptions.
One of the key themes throughout the session was that successful SAP attacks rarely happen in a single step.
An attacker may begin with something as simple as stolen credentials obtained through phishing, a forgotten service account, or poor password hygiene. From there, they gradually expand their privileges, move laterally between connected SAP systems, abuse trusted interfaces such as RFC connections, and eventually reach the systems and business data they are after. The final objective may be data theft, financial fraud, ransomware, or disruption of critical business operations.
This progression reinforces an important mindset for SAP security teams. Organizations should plan for the possibility that an initial compromise may occur and focus on detecting suspicious activity as early as possible, reducing the time attackers have to expand their access.
The webinar also revisited a central theme from previous sessions in the series: SAP environments present challenges that differ significantly from traditional IT systems.
SAP landscapes contain complex relationships between applications, operating systems, databases, interfaces, and connected business systems. A compromise in one area can quickly provide opportunities to reach many others through trusted connections. Because of this, visibility into SAP-specific context becomes essential when investigating suspicious activity.
The session explained that while SIEM and SOAR platforms remain valuable for collecting alerts and coordinating responses, they often lack the SAP-specific knowledge needed to understand the significance of many events occurring inside an SAP landscape.
The live demonstration illustrated how quickly an attacker with limited access can expand their capabilities.
Starting from a compromised operating system account, the session showed how an attacker could enumerate SAP systems, identify available clients, elevate privileges, create highly privileged SAP users, execute operating system commands through SAP, and begin exploring connected systems. The demonstration also highlighted how publicly available penetration testing tools can automate much of this discovery process, allowing attackers to scan environments, identify vulnerable services, test credentials, discover RFC connections, and build a map of an SAP landscape in a matter of minutes.
While the techniques were demonstrated for educational purposes, the broader lesson was clear: modern attacks rely heavily on automation, allowing threat actors to move much faster than manual defensive processes.
Throughout the webinar, the discussion continually returned to the business value contained inside SAP systems.
Attackers are often interested in far more than technical access. Customer information, financial records, vendor data, supply chain information, and confidential business processes all reside within SAP. Once privileged access is obtained, these assets can be extracted or manipulated, and critical operations can be disrupted through ransomware or other malicious activity.
For organizations running mission-critical SAP environments, even a relatively short outage can have significant operational and financial consequences.
The second half of the webinar shifted from offensive techniques to defensive capabilities.
Using IT-Conductor SecureOps, the presenters demonstrated how continuous monitoring can identify abnormal activity as it unfolds. Events such as privileged user creation, repeated failed logins, suspicious authentication attempts, unusual account activity, and penetration testing behavior were automatically detected and correlated into a broader incident timeline. Rather than presenting isolated alerts, the platform analyzed relationships between events to reconstruct the full sequence of activity.
The demonstration also showed Maestro, IT-Conductor's AI orchestration agent, analyzing security logs, identifying suspicious behavior, reconstructing the attack path, and recommending appropriate next steps. This provides security teams with context that would otherwise require extensive manual investigation across multiple systems.
Figure 1: Security Audit
Figure 2: Security Audit Log
Figure 3: Security & Compliance Dashboard
The webinar concluded by emphasizing that SAP cybersecurity is becoming an operational discipline rather than a collection of isolated security tasks.
As attackers increasingly leverage automation and AI, organizations need equally intelligent capabilities for monitoring, analysis, investigation, and response. Continuous assessment of vulnerabilities, ongoing monitoring of user activity, anomaly detection, and coordinated response plans all contribute to reducing the potential impact of an attack.
These concepts continue to build toward the broader vision of SAP Autonomous Cyber Operations, where AI-assisted analysis and automation help organizations detect threats earlier, understand their business context, and respond before attacks can spread across the SAP landscape.
If you couldn't join the live session, or would like to revisit the demonstrations, you can now watch the webinar recording on demand.
The next webinar in The Rise of SAP Autonomous Cyber Operations series will explore The Four Pillars of SAP Autonomous Cyber Operations, examining how platform security, configuration security, application security, and identity & access work together to build a more resilient SAP security posture.
Registrations are open now by clicking here or on the banner below!