"SYSTEM_PRIVILEGE_USED": "CREATE SEQUENCE, CREATE TABLE", "commandText": "CREATE TABLE persons(\n person_id NUMBER GENERATED BY DEFAULT AS IDENTITY,\n first_name VARCHAR2(50) NOT NULL,\n last_name VARCHAR2(50) NOT NULL,\n PRIMARY KEY(person_id)\n)", "server_instance_name": "EC2AMAZ-NFUJJNO", unlike native database audit logs that only identify actions performed by the SAP. "statementId": "0x1eb0d1808d34a94b9d3dcf5432750f02", In addition, the application user identification of Guardium ensures. Reason: Password did not match that for the login provided. "commandText": "Login failed for user 'test'. "clientApplication": "Microsoft SQL Server Management Studio", "instanceId": "db-4JCWQLUZVFYP7DIWP6JVQ77O3Q", User Activity Audit Trail System/Security Activities Detailed Guardium User Activity. "type": "DatabaseActivityMonitoringRecord", In addition, from each of those reports, a third report can be produced. ![]() The following activity event record shows a login failure for "SYSTEM_PRIVILEGE_USED": "CREATE SESSION", "UNIFIED_AUDIT_POLICIES": "TEST_POL_EVERYTHING", Please contact Guardium for pricing."serverVersion": "19.0.0.0.1.EE.3", Version 6.0 is currently shipping with support for Oracle, Microsoft SQL Server, IBM DB2 and Informix, and Sybase IQ and ASE. By creating a full audit trail of all privileged user activities, including local-access activities, it directly supports key data governance and privacy standards such as Sarbanes-Oxley (SOX) and the Payment Card Industry Data Security Standard (PCI DSS). Unlike traditional log-reading solutions, Guardium’s Universal Local-Access Monitoring provides full visibility into all local connections – across all major RDBMS and operating system platforms – without risk and performance tradeoffs. It also fails auditors’ requirements for separation of duties, because database logging is not controlled by IT security personnel and can easily be circumvented by database administrators (DBAs). ![]() This approach is impractical, however, because it requires database changes that affect the performance and stability of business-critical applications such as ERP, CRM, and credit card processing systems. Until now, the only sure-proof way to monitor all local-access activity was to enable native database logging. As a result, auditors now require organizations to create independent controls around these connections to rapidly identify unauthorized or suspicious access to sensitive information. These back-channel connections expose organizations to gaping security and compliance risks from rogue administrators, developers and outsourced personnel. The Guardium solution monitors itself to minimize disruptionsand correct problems automatically whenever possible. Guardium unveiled Universal Local-Access Monitoring, the first non-invasive solution for tracking privileged insider activity across all local-access connections such as DB2 shared memory, named pipes and Oracle Bequeath (BEQ).
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