Scheduled backups
You set backup schedules per service so protection runs on a cadence instead of by memory.
Operate
Backups & DR
First-class backups, DR drills, and validated restores
Treat backup and disaster recovery as a first-class surface with scheduled backups, disaster-recovery drills, and restore validation. A dry-run is enforced before anything destructive runs, so recovery is something you have proven rather than something you hope works. You see backup state and drill outcomes alongside the rest of your operational signals.
- Recovery is something you have proven, not something you hope will work when it matters.
- Every destructive restore is gated by a dry-run that must pass before the operation proceeds.
- Backup state and drill outcomes sit alongside your operational signals so gaps are visible before an incident forces them into the open.
The problem
When a real incident hits, your recovery plan is tested for the first time. Backups run on a schedule set up months ago, but no one has confirmed the files are actually recoverable, and no one has rehearsed what to do when a restore is needed. You are trusting hope rather than evidence.
Without IntegraCI
- Backup schedules set once and trusted without verification
- Recovery plans that exist on paper but have never been exercised
- No confirmation that a written backup can actually be restored
- Destructive restore steps run with no safety gate ahead of them
With IntegraCI
- Backup schedules defined per service on a governed cadence
- DR drills that rehearse recovery before a real incident strikes
- Restore validation that confirms recoverability, not just that a backup ran
- A dry-run enforced before every destructive operation
What you get
Disaster-recovery drills
You run DR drills to rehearse recovery and confirm your plan actually holds before a real incident.
Restore validation
Restores are validated so you know a backup is recoverable, not just that it was written.
Dry-run enforced
A dry-run is enforced before anything destructive runs, putting a safety check ahead of every risky operation.
How it works
- 1
Schedule backups
You define backup schedules for the services that need protection.
- 2
Drill and validate
The platform runs DR drills and restore validation so recovery is exercised, not assumed.
- 3
Gate destructive steps
Before any destructive action, a dry-run runs first and must pass.
How it stays governed
The same gates everyone passes, applied here.
Gated by policy
Destructive operations are gated by policy as code. A dry-run must pass before any restore proceeds, so the platform enforces a safety check rather than relying on the operator to remember one.
Recorded, tamper-evident
Every backup run, DR drill, and restore validation is recorded once in a tamper-evident audit trail with the outcome attached. You can show regulators or reviewers the full history of what ran, when it ran, and whether it succeeded.
Works with your stack
Connect the tools you already run.
Infrastructure connectors feed service inventory into backup schedules; observability surfaces backup state and drill outcomes alongside service health signals.
- Apple
- Argo Project
- AWS
- Cloudflare
- CNCF
- Coder
- Crunchy Data
- Daytona
- Env0
- Keycloak
- MongoDB
- Okta
- OutSystems
- Pulumi
- Rancher
- Red Hat
- Sonatype
- +13 more
Who it’s for
Where teams reach for it.
Meeting audit requirements for backup evidence
Regulated teams need documented proof that backups run on a schedule and that recovery has been tested. DR drills and restore validation produce that evidence, and the tamper-evident audit trail makes it reviewable on demand.
Rehearsing recovery before an incident forces your hand
Teams use DR drills to confirm their recovery plan holds under realistic conditions. You find gaps in the runbook before a real incident reveals them under pressure.
Gating a destructive restore in a sensitive environment
Before restoring a production service, the platform enforces a dry-run so you see what will happen before it happens. The safety check runs regardless of who initiates the restore.
Questions, answered.
Does IntegraCI replace our existing backup tooling?
No. IntegraCI orchestrates and governs the backup and restore tooling you already run. Your engines keep doing the work; IntegraCI enforces schedules, gates destructive steps, and records every outcome in the audit trail.
What happens if a dry-run fails?
The destructive operation is blocked until the dry-run passes. The failure is recorded in the tamper-evident audit trail so you have a clear record of what was attempted and why it did not proceed.
How are backup schedules and DR drills configured?
You define backup schedules per service through the platform. DR drills and restore validation run as durable workflows, so the same rules apply consistently rather than depending on who is on call.
Where does backup state appear?
Backup state and drill outcomes surface in the Operate view alongside your other operational signals, so you see protection status in the same place you watch service health.
Put Backups & DR on your stack.
Request a demo, or read the docs to see how it fits the tools you already run.