Meet Security & Compliance Standards
Zero
Downtime
Downtime
Logical replication and parallel standby upgrades keep production databases live through every PostgreSQL major version cutover.
24/7
Support
Support
Query plan regressions, vacuum bloat, and replication lag are resolved before they reach your application layer.
99.99%
Availability
Availability
Connection pooling, replica configuration, and autovacuum tuning are recalibrated for stability under real production load post-upgrade.
16
LTS- Extension
LTS- Extension
compatibility verified, deprecated settings resolved, and schema validated against PG 16 before production is touched.
Upgrade PostgreSQL with Ksolves Experts
PostgreSQL 14 loses all community security coverage on November 12, 2026, with no further patches or fixes issued after that date. PostgreSQL 15 follows in November 2027. Every month of delay adds unpatched CVEs, compliance exposure under SOC 2, HIPAA, and PCI-DSS, and growing extended support fees from AWS and Google Cloud.
Ksolves delivers your PostgreSQL upgrade as a fixed-price engagement with a named engineering team, a written schema accuracy guarantee, and a firm timeline agreed before any work begins.
Why Upgrade PostgreSQL Now?
Six compounding risks that grow every day past the PG 14 end-of-life date of November 12, 2026
Unpatched Security Vulnerabilities
Every CVE identified after November 12, 2026, goes permanently unpatched in PG 14, leaving production databases with an open vulnerability backlog and no community fix path.
Compliance and Audit Exposure
SOC 2, PCI-DSS, and HIPAA audits treat EOL database software as a direct compliance gap, putting cyber insurance, certification renewals, and audit findings at risk.
Performance Gaps
PostgreSQL 16 delivers up to 300% COPY throughput improvement, query parallelism gains, and SIMD CPU acceleration for x86 and ARM. Every month on PG 14 is a month without these capabilities.
Missing Replication and Observability Features
Logical decoding from standbys, parallel apply for large transactions, and the pg_stat_io view are all PG 16 only. PG 14 and PG 15 have none of them.
Extension and Driver Compatibility Drift
Every deferred upgrade widens the compatibility gap across two major versions, making extensions, custom operators, and third-party integrations harder and riskier to migrate.
Growing Cloud Extended Support Costs
AWS RDS, Google Cloud SQL, and Azure all charge additional fees for EOL PostgreSQL instances. Every quarter of delay after November 2026 adds cost with no operational return.
Our PostgreSQL Upgrade Services
Every Ksolves PostgreSQL upgrade is scoped upfront, delivered by certified database engineers, and backed by a verified rollback strategy.
PostgreSQL 14 to 16 LTS Upgrade
PG 14 loses all security coverage on November 12, 2026. Ksolves runs schema and extension compatibility analysis, executes pg_upgrade or logical replication cutover, and validates query plan behavior before any production change is made.
PostgreSQL 15 to 16 LTS Upgrade
PG 15 reaches end-of-life in November 2027. Ksolves executes your migration now, eliminating future deadline pressure and delivering PG 16 performance improvements ahead of schedule.
Self-Hosted PostgreSQL Upgrade (Linux, Kubernetes, Bare Metal)
Ksolves manages pg_upgrade execution, extension rebuilds, replication topology reconstruction, SCRAM authentication validation, and standby resynchronisation across on-premises and self-hosted environments.
Managed Cloud PostgreSQL Upgrade (AWS RDS, Google Cloud SQL, Azure)
We handle pre-upgrade eligibility checks, resolve extension compatibility blockers, and validate every database post-restore across all three major cloud providers.
PostgreSQL CRM and Application Database Migration
Our experts audit application query compatibility against PG 16, validate ORM behavior post-upgrade, and coordinate cutover with application teams to prevent production regression.
Post-Upgrade Performance Tuning
Ksolves delivers 48 to 72 hours of post-upgrade monitoring covering autovacuum reconfiguration, connection pool revalidation, and a written handover with key metrics and next steps.
Our PostgreSQL Upgrade Services
Every Ksolves PostgreSQL upgrade is scoped upfront, delivered by certified database engineers, and backed by a verified rollback strategy.
PostgreSQL 14 to 16 LTS Upgrade
PG 14 loses all security coverage on November 12, 2026. Ksolves runs schema and extension compatibility analysis, executes pg_upgrade or logical replication cutover, and validates query plan behavior before any production change is made.
PostgreSQL 15 to 16 LTS Upgrade
PG 15 reaches end-of-life in November 2027. Ksolves executes your migration now, eliminating future deadline pressure and delivering PG 16 performance improvements ahead of schedule.
Self-Hosted PostgreSQL Upgrade (Linux, Kubernetes, Bare Metal)
Ksolves manages pg_upgrade execution, extension rebuilds, replication topology reconstruction, SCRAM authentication validation, and standby resynchronisation across on-premises and self-hosted environments.
Managed Cloud PostgreSQL Upgrade (AWS RDS, Google Cloud SQL, Azure)
We handle pre-upgrade eligibility checks, resolve extension compatibility blockers, and validate every database post-restore across all three major cloud providers.
PostgreSQL CRM and Application Database Migration
Our experts audit application query compatibility against PG 16, validate ORM behavior post-upgrade, and coordinate cutover with application teams to prevent production regression.
Post-Upgrade Performance Tuning
Ksolves delivers 48 to 72 hours of post-upgrade monitoring covering autovacuum reconfiguration, connection pool revalidation, and a written handover with key metrics and next steps.
PostgreSQL 14/15 vs PostgreSQL 16
What you have today versus what PostgreSQL 16 LTS delivers across security, performance, and operational capability.
| Capability | PG 14 / PG 15 | PG 16 LTS |
|---|---|---|
| Community support | PG 14 EOL Nov 2026, PG 15 EOL Nov 2027 | Supported through approximately Nov 2028 |
| Security patches | Ends permanently at EOL date | Continuous community-maintained patches |
| Logical replication from the standby | Not available | Fully supported, offloads the primary server |
| Parallel apply for large transactions | Not available | Parallel workers per subscription |
| I/O observability | External tooling required | Native pg_stat_io system view |
| SQL/JSON support | Limited | JSON_ARRAY(), JSON_ARRAYAGG(), IS JSON |
| CPU acceleration | Not available | SIMD for x86 and ARM architectures |
| Bidirectional logical replication | Not available | Origin filtering support introduced |
PG 14 / PG 15
PG 14 EOL Nov 2026, PG 15 EOL Nov 2027
PG 16 LTS
Supported through approximately Nov 2028
PG 14 / PG 15
Ends permanently at EOL date
PG 16 LTS
Continuous community-maintained patches
PG 14 / PG 15
Not available
PG 16 LTS
Fully supported, offloads the primary server
PG 14 / PG 15
Not available
PG 16 LTS
Parallel workers per subscription
PG 14 / PG 15
External tooling required
PG 16 LTS
Native pg_stat_io system view
PG 14 / PG 15
Limited
PG 16 LTS
JSON_ARRAY(), JSON_ARRAYAGG(), IS JSON
PG 14 / PG 15
Not available
PG 16 LTS
SIMD for x86 and ARM architectures
Our PostgreSQL Upgrade Migration Process
Every deliverable is backed by certified database engineers and a written schema accuracy guarantee.
Environment Audit (Days 1 to 3)
Cluster topology, installed extensions, replication configuration, and full schema inventory documented. Every custom function, stored procedure, and ORM mapping is assessed for PG 16 compatibility.
Compatibility Analysis (Days 3 to 5)
Every extension categorised as upgrade-compatible, requires a rebuild, or must be replaced. Output: written compatibility gap report ranked by blocking, recommended, and informational severity.
Upgrade Runbook (Days 5 to 7)
Step-by-step runbook covering pg_upgrade or logical replication sequence, extension reinstallation order, SCRAM authentication migration, and rollback triggers. Signed off with your team before staging begins.
Staging Validation (Days 7 to 14)
Full upgrade executed against staging. Row counts, query results, and replication throughput validated against PG 14 or PG 15 baselines. Production cutover requires a written sign-off from your team.
Production Cutover
Logical replication upgrades promote a validated PG 16 standby with seconds of switchover impact. pg_upgrade paths run during low-traffic windows with a tested rollback path maintained throughout.
Post-Upgrade Monitoring (48 to 72 Hours)
Vacuum activity, replication lag, connection pool health, and query plan behavior are monitored post-cutover. Engagement closes with a written handover covering what changed and key metrics to watch.
Our PostgreSQL Upgrade Migration Process
Every deliverable is backed by certified database engineers and a written schema accuracy guarantee.
Environment Audit (Days 1 to 3)
Cluster topology, installed extensions, replication configuration, and full schema inventory documented. Every custom function, stored procedure, and ORM mapping is assessed for PG 16 compatibility.
Compatibility Analysis (Days 3 to 5)
Every extension categorised as upgrade-compatible, requires a rebuild, or must be replaced. Output: written compatibility gap report ranked by blocking severity.
Upgrade Runbook (Days 5 to 7)
Step-by-step runbook covering pg_upgrade sequence, extension reinstallation order, SCRAM authentication migration, and rollback triggers.
Staging Validation (Days 7 to 14)
Full upgrade executed against staging. Row counts, query results, and replication throughput validated against PG 14 or PG 15 baselines.
Production Cutover
Logical replication upgrades promote a validated PG 16 standby with seconds of switchover impact. Tested rollback path maintained throughout.
Post-Upgrade Monitoring (48 to 72 Hours)
Vacuum activity, replication lag, connection pool health, and query plan behavior monitored post-cutover. Engagement closes with a written handover.
Frequently Asked Questions
End-to-end delivery of a production major version upgrade covering schema and extension compatibility analysis, pg_upgrade or logical replication execution, staging validation, production cutover, and post-upgrade monitoring. Ksolves handles every stage, so your team does not need to build that expertise in-house.
PostgreSQL 14 reaches end-of-life on November 12, 2026. With a typical engagement running 6 to 16 weeks, the planning window is closing. Starting now is the recommended approach.
Two paths: pg_upgrade for in-place binary upgrades, or logical replication for near-zero-downtime migration where a PG 16 cluster is built in parallel and promoted with a brief switchover. Ksolves selects the right method after a compatibility audit.
Yes. Ksolves builds and validates a PG 16 target cluster in parallel before any production change. Switchover takes seconds, with a tested rollback path maintained throughout.
PostgreSQL 15 reaches end-of-life in November 2027. No immediate emergency, but migrating now avoids future deadline pressure, eliminates extended support fees early, and delivers PG 16 improvements ahead of schedule.
Small databases: 2 to 4 weeks. Larger environments with complex schemas, extensions, and replication topologies: 6 to 16 weeks. Every engagement starts with a 5-day audit that produces a firm timeline before you commit.
Environment audit, compatibility gap report, upgrade runbook, staging validation, production cutover, and 48 to 72 hours of post-upgrade monitoring, with a named team, fixed price, and written schema accuracy guarantee agreed before work begins.
Self-hosted Linux, Kubernetes, and bare metal; Amazon RDS; Google Cloud SQL; Azure Database for PostgreSQL; and CRM or application database layers on PG 14.x or 15.x.
