Real-Time, Zero-Day Vulnerability Protection for Oracle and SAP Applications and Middleware
Rimini Street Advanced Application and Middleware Security (AAMS) helps extend the life of enterprise software, protecting against common vulnerabilities, including popular older releases which may not be covered by vendor security patches. These advanced security solutions help reduce the burden of traditional patching, significantly reduce time-to-protection, and can boost operational productivity.
Advanced application and middleware security without regression testing or downtime
Protect applications and middleware ─ including releases that are no longer fully supported by the vendor ─ against both known and unknown vulnerabilities. Rimini Street uses Java run-time detection and remediation to help stop attacks before they reach their intended targets, without regression testing or downtime. Unlike the majority of traditional vendor security patching, Rimini Street enterprise application and middleware security is extremely accurate and protects almost immediately without disrupting business operations, and with minimal system performance impact.

Enterprise application and middleware security without costly upgrades
Rimini Street Advanced Application and Middleware Security (AAMS) is a next-generation security solution, delivering peace of mind to IT teams and protection for all software releases, regardless of whether or not they are fully supported by the vendor. This eliminates the need for costly upgrades in order to receive security patches.

Solution Features
Zero-day protection for applications and middleware
Protect against Java deserialization vulnerabilities
Abstract Rule Modeling Run-time (ARMR) technology
No false positives
Easy deployment and maintenance
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 – If required, updates are available within 24-72 hours after a vulnerability is public 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 – Virtual patching 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 – Virtual patching is external to the software and does not require any regression testing or system downtime; also 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 can be automatically applied, providing immediate protection. |
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 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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