Solution features
Zero-day protection for applications and middleware
Enterprise application and middleware security that protects against known and unknown vulnerabilities with real-time detection of patterns that indicate exploitation of weaknesses. Includes protection against SQL Injection, cross-site scripting, remote code execution, and Java object deserialization.
Protect against Java deserialization vulnerabilities
Java-based software has inherent security issues around Java serialization / deserialization. Address the fundamental problem in the Java compiler and delivering an effective Zero-day solution to secure WebLogic and other Java based applications.
Abstract Rule Modeling Run-time (ARMR) technology
Security controls provide continuous monitoring and protection. Works at the Java run-time to remediate common vulnerability exposure (CVE) and Common Weakness Enumeration (CWE). Includes automatic security hardening with full forensic data.
No false positives
Unlike other application security tools which filter network data and can be imprecise and distracting with false positives, Advanced Application and Middleware Security (AAMS) remediates at the compiler stage, eliminating false positives so clients can focus on real attacks, with minimal performance impact.
Easy deployment and maintenance
No prerequisite code updates and no extensive regression tests or downtime are required for Rimini Street Advanced Application and Middleware Security (AAMS).
Compare the value
Rimini Street Advanced Application and Middleware Security (AAMS) |
Traditional Vendor Patching |
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Protects against known and unknown vulnerabilities without taking systems offline |
Yes – Protects against both known and unknown vulnerabilities including zero-day exploits without taking systems offline. |
No – Protects only against known vulnerabilities, and requires downtime to apply patches. |
Updates are available within 24-72 hours after a vulnerability is published |
Yes –Protections are available after a vulnerability is published or a vendor patch is released. |
No – Vulnerabilities may go months or years after a vulnerability is published before a vendor patch is released.1 |
Popular, older releases are protected |
Yes – AAMS protects older releases no longer fully supported by the vendor. |
No – Vendor patches are not available for popular, older releases. |
No need for costly regression testing due to software code changes |
Yes – AAMS is external to the software and does not require any regression testing or system downtime and does not cause code-related problems. |
No – Patching changes software code and requires significant testing and downtime; this can cause potential system problems. |
Updates are applied seamlessly, speeding time-to-protection and reducing workload |
Yes – Updates are applied seamlessly, speeding time-to-protection and reducing workload. |
No – According to Oracle CEO, licensees are 14-18 months behind in patching.2 |
Able to monitor, report, and alert attempted attacks |
Yes – Monitoring, reporting, and alerts are provided against attempted attacks to improve security posture. |
No – No monitoring, reporting, and alerts on attempted malicious behavior or actions are provided. |
Multi-vendor solution |
Yes – Advanced Security Solutions protect Oracle, SAP, IBM, and Microsoft databases, applications, and middleware. |
No – Vendor patches only protect their software, and frequently only protect specific releases. |
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