Technology, Cloud & AI
Know how fast you recover. Before you need to.
Disaster recovery and continuity designed, documented and tested, so an outage, a ransomware attack or a human error stays an incident, not a crisis.
Backups are not a recovery plan.
Most organizations back up their data. Far fewer know how long it would take to be fully operational again, which systems come back first, who makes the call, or whether the backups themselves would survive a ransomware attack. A plan that has never been tested is an assumption.
What's included.
Assessment
- Business impact analysis and critical-system mapping
- Recovery objectives (RPO / RTO) per system
- Current backup and DR gap assessment
Architecture
- Hybrid and cloud disaster recovery design
- Immutable and air-gapped backups
- Clean-room recovery environments
- Replication and failover design
Continuity
- Business continuity plans and runbooks
- Roles, escalation and communication plans
- Ransomware recovery readiness audits
Testing
- Scheduled DR drills and failover tests
- Test reports with gaps and fixes
- Continuous improvement of the plan
How it connects to the other dots.
How it runs.
Assess
Which systems matter most and how long the business can be without them.
Design
Recovery architecture and backup strategy per system.
Implement
Build, configure and document runbooks.
Test
Run the drill, measure real recovery time, fix what failed.
What you receive.
- Business impact analysis and RPO/RTO matrix
- DR architecture and implementation
- Continuity plan and runbooks
- DR test report with measured recovery times
Who it's for.
- Organizations whose revenue or public service depends on a few critical systems
- Regulated sectors that must demonstrate continuity
- Companies that have never tested a full recovery
- Teams concerned about ransomware exposure
Questions.
What are RPO and RTO?
RPO is how much data you can afford to lose; RTO is how long you can afford to be down. Both are set per system, based on business impact.
How often should we test?
Critical systems should be tested on a regular schedule and after major changes. We define the schedule with you.
Can DR be cost-effective?
Yes. Not every system needs the same recovery speed; tiering systems keeps cost proportional to risk.