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RestoreCtl
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RestoreCtl

Prove your PostgreSQL backups actually work

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RestoreCtl automatically tests PostgreSQL backups by running real restore drills inside isolated environments.

It verifies backup integrity, measures actual recovery time (RTO), and generates audit-ready recovery reports, entirely within your own infrastructure.

No agents. No control plane. No cloud dashboard.

Compatible with existing PostgreSQL backup workflows, including pg_dump, pgBackRest, WAL-G, and custom backup pipelines.

Example Image
Example Image
Example Image

Features

  • Automated PostgreSQL restore drills
  • Real recovery time (RTO) measurement
  • Cryptographic integrity verification
  • Ephemeral isolated restore environments
  • Audit-ready PDF and JSON reports
  • Works with existing backup pipelines
  • Runs entirely inside your infrastructure
  • No persistent agents or hosted control plane

Use Cases

Validate PostgreSQL backups automatically

Disaster recovery readiness testing

SOC 2 and ISO 27001 restore evidence

Detect corrupted or incomplete backups

Verify backup integrity before incidents happen

Measure real-world restore performance

Continuous backup recovery verification for production systems

Comments

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DevOps Engineer

RestoreCtl started after noticing a recurring problem in production systems: backups were “successful,” but nobody had actually verified whether recovery would work during a real incident. Most teams monitor backup creation. Very few continuously test restore integrity, recovery time, or whether data can actually be recovered correctly. RestoreCtl was built to automate restore drills for PostgreSQL backups inside isolated environments, validate integrity, measure real recovery time, and generate audit-ready reports, without requiring agents or a hosted control plane. Currently focused on PostgreSQL pilots and actively looking for feedback from DevOps, SRE, and platform engineering teams.

Makers

Comments

custom-img
DevOps Engineer

RestoreCtl started after noticing a recurring problem in production systems: backups were “successful,” but nobody had actually verified whether recovery would work during a real incident. Most teams monitor backup creation. Very few continuously test restore integrity, recovery time, or whether data can actually be recovered correctly. RestoreCtl was built to automate restore drills for PostgreSQL backups inside isolated environments, validate integrity, measure real recovery time, and generate audit-ready reports, without requiring agents or a hosted control plane. Currently focused on PostgreSQL pilots and actively looking for feedback from DevOps, SRE, and platform engineering teams.