Keep Your Old PostgreSQL Database Secure for Longer
TL;DR: A new service from PGX offers security patches and bug fixes for old, unsupported versions of PostgreSQL. This helps companies that can't upgrade stay secure and maintain data integrity without a costly migration.
Key facts
- Category
- Database
- Impact
- Low
- Published
- Source
- PostgreSQL News
Full summary
A new service offers critical security patches and bug fixes for older, unsupported versions of the PostgreSQL database, from 9.6 to 13.
PGX has launched a new service, PGX Longevity, to support older versions of the PostgreSQL database. The service provides critical security patches and essential bug fixes for data integrity, targeting versions no longer maintained by the official community. This end-of-life (EOL) support currently covers PostgreSQL 9.6 through 13. PGX also plans to add version 14 to the service after its final community release in November. This initiative addresses a common challenge for companies that rely on older software but no longer receive official updates. PGX Longevity offers a commercial way for these users to keep their database installations secure and stable. The service focuses on the most critical issues, ensuring legacy systems are protected against newly discovered vulnerabilities and potential data corruption bugs. This allows businesses to operate their existing systems with a reduced risk profile while they plan future infrastructure changes.
This service is significant for any organization running a legacy PostgreSQL instance. Upgrading a core database is often complex, expensive, and risky, causing many companies to delay the process due to application dependencies or limited resources. Using an unsupported database, however, creates a major security gap, as systems are exposed to unpatched vulnerabilities. PGX Longevity provides a crucial safety net, allowing IT and security teams to manage this risk. It bridges the gap between the end of community support and a company's ability to migrate to a newer version. This gives businesses valuable time to plan and execute an upgrade on their own schedule, rather than being forced into a rushed project by security fears. For CTOs and business leaders, this means better risk management and more predictable IT roadmaps, ensuring business continuity while maintaining a strong security posture.
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Primary source: PostgreSQL News
