Disaster Recovery Plan
Generate comprehensive IT disaster recovery plans with RTO/RPO targets, recovery procedures, and DR testing schedules.
This is an AI tool. The text you enter is sent to our AI service to generate your result. Our own server doesn't store it or use it for training; if it's down, a backup AI provider may handle it. How we handle your input
How to Use Disaster Recovery Plan
- 1Describe your systems and infrastructure — what runs where, what depends on what, and how it is currently backed up.
- 2Enter the organisation name.
- 3Set your Recovery Time Objective, the maximum acceptable downtime: '4 hours'.
- 4Set your Recovery Point Objective, the maximum acceptable data loss: '1 hour'.
- 5Click 'Generate DR Plan'. You get executive summary, scope with explicit out-of-scope systems, disaster scenarios, backup strategy, DR team and contacts, and activation criteria with the declaration process.
Frequently Asked Questions
What is the difference between RTO and RPO?
RTO is how long you can be down; RPO is how much data you can afford to lose. They drive different decisions — RTO drives standby capacity and failover automation, RPO drives backup and replication frequency. Setting both is what makes the rest of the plan concrete.
Should I set the RTO I want or the one I can meet?
The one your current architecture can actually meet, then use the gap to argue for investment. A DR plan promising a four-hour RTO on infrastructure that takes two days to rebuild is worse than no plan, because people will rely on it.
Does it define when to declare a disaster?
Yes — activation criteria and a declaration process, including who has the authority to invoke the plan. That is the part most DR documents leave implicit, and the part that costs hours during a real incident while people work out who decides.
Why does it list out-of-scope systems?
Because a DR plan that does not say what it does not cover will be assumed to cover everything. Naming the exclusions explicitly is how you avoid discovering during an outage that nobody planned for a system everyone thought was someone else's problem.
Is a generated DR plan good enough to rely on?
No plan is, generated or not, until it has been tested. Run a tabletop exercise against it, then a real restore test. Untested DR plans fail in predictable ways: missing credentials, expired contacts, and backups nobody has ever restored from.
About Disaster Recovery Plan
The Disaster Recovery Plan generator produces a full DR document from a description of your infrastructure and your recovery objectives: executive summary, scope and explicit exclusions, disaster scenarios, backup strategy, DR team and contacts, and activation criteria with a declaration process.
RTO and RPO are the two inputs that make everything else concrete. They drive different things — how long you can be down versus how much data you can lose — and a plan written without them ends up as a list of systems with no decisions in it. Set them to what your architecture can actually achieve rather than what you would like.
Two sections earn their place immediately. The explicit out-of-scope list prevents the outage-day discovery that a system everyone assumed was covered was not. And the activation criteria name who can declare a disaster, which is the decision that otherwise takes an hour of conference call while everyone waits for someone senior to join.
A DR plan is worth exactly what its last test proved. Run a tabletop against this, then an actual restore — untested plans fail on missing credentials, stale contact lists, and backups nobody has ever restored from. Keep credentials and sensitive addressing out of the input. Your text goes to our own AI server over HTTPS, is used once, and is never stored or used for training. If our server is down, a backup AI provider may handle the request under its own data policy.