| CVE ID | Description | CVSS (if available) | |--------|-------------|----------------------| | CVE-2015-4852 | Apache Commons Collections (used in Java apps) remote code execution; affected many Java 7 apps. | 9.8 | | CVE-2015-4902 | Java SE RMI vulnerability allows remote code execution. | 7.5 | | CVE-2016-0636 | Java SE remote code execution via JVM (untrusted applets). | 9.0 | | CVE-2016-3427 | JMX component allows unauthenticated remote code execution. | 9.8 | | CVE-2013-0422 | Java 7 before Update 11: critical RCE via reflection. | 10.0 |
Purchase commercial licensing from Oracle to gain access to legacy patches released under their premier/extended support timelines. java 7 update 80 vulnerabilities
Running unpatched, end-of-life software violates major compliance standards, including , HIPAA , and GDPR . Performance Loss | CVE ID | Description | CVSS (if
: This release included new blacklist entries for compromised or untrusted certificates to protect against man-in-the-middle attacks. JRE Expiration Warnings end-of-life software violates major compliance standards
The release of Java 7 Update 80 was a watershed moment, as it was the last free public update for Java 7. Oracle signaled that it would no longer post updates of Java SE 7 to its public download sites, placing all future versions of Java 7 behind a paywall, accessible only to customers with a commercial support contract. This decision had significant consequences for the ecosystem. Organizations with deep dependencies on legacy Java 7 applications were forced into a difficult position, as they would have to either pay for extended support or risk running unsupported software.
Many legacy enterprise systems still rely on Java 7. A vulnerability in an unpatched 7u80 application could provide a backdoor into a secure network. Mitigation: The Path Forward
When Oracle stopped public updates for Java 7, security researchers and malicious actors did not stop finding flaws in the Java Runtime Environment (JRE) and Java Development Kit (JDK).