4 min read
|
Saved February 14, 2026
|
Copied!
Do you care about this?
Crunchy Hardened PostgreSQL support might end around April 2026, prompting organizations in regulated sectors to assess their options. The article highlights the risks of relying on vendor-controlled distributions and suggests Percona as a stable, open-source alternative.
If you do, here's more
Crunchy Hardened PostgreSQL is expected to reach end of support around April 2026, prompting organizations in regulated sectors like government, finance, and healthcare to reassess their options. These sectors rely on hardened PostgreSQL for compliance and operational stability. When vendor support ends, it can disrupt audit readiness and incident responses, as teams may face slower patching and increased operational risks. Without support, the consistency and predictability that hardened builds provide will diminish, complicating compliance efforts.
Percona offers an open-source alternative, Percona for PostgreSQL, which remains aligned with community development and avoids proprietary components that could hinder future planning. It provides features comparable to hardened distributions, such as Transparent Data Encryption (TDE), full code visibility, and robust support SLAs—responding to P1 issues within fifteen minutes, compared to two hours for Crunchy. This makes Percona a stable option for those seeking to maintain regulatory compliance without the uncertainty associated with proprietary vendors.
For teams currently using Crunchy Hardened PostgreSQL, transitioning to Percona can be straightforward. They offer a structured migration process designed to minimize disruptions, covering essential aspects like environment assessment and disaster recovery planning. This approach ensures that existing compliance controls and system designs remain intact while moving to a more stable, open-source solution. Early planning for this transition will help avoid compliance gaps that could arise if support indeed ends in 2026.
Questions about this article
No questions yet.