Unverified backups
Backups run on schedule but restores are never actually tested.
Resilience
An untested backup isn't a backup. It's a hope.
Everyone has "backups" until the day they need to restore and discover they don't work. We design backup and disaster recovery around your actual recovery targets — how much data you can afford to lose (RPO) and how long you can afford to be down (RTO) — and then we test the restore. If it hasn't been tested, we don't call it done.
Discuss Backup & Disaster Recovery
Architecture
flowchart LR
PROD[Primary Region] -->|replicate| DR[DR Region]
PROD --> BK[Backups]
BK --> RESTORE[Tested Restore]
FAIL{Primary Down?}
PROD --> FAIL
FAIL -->|yes failover| DR
DR -->|meets RTO| USERS[Users]
Primary region: healthy.
Business challenges
Backup & Disaster Recovery challenges we solve.
Every recommendation starts with business pressure, technical risk and the operating model required after launch.
No defined recovery targets
There is no agreed recovery time or recovery point objective for critical systems.
Single-region dependency
A regional outage would leave business-critical workloads unavailable.
Solution overview
Backup & Disaster Recovery designed for production readiness.
We design backup and disaster recovery around your actual recovery targets — how much data you can afford to lose (RPO) and how long you can afford to be down (RTO) — and then we test the restore. If it hasn't been tested, we don't call it done.
Backup assessment
Review what's backed up today, how often, and whether restores have ever been tested.
Recovery objectives
Agree on RTO and RPO for critical systems based on real business impact.
DR design
Recovery patterns that give critical workloads a path outside a single point of failure.
Restore validation
Test the actual restore — an untested backup isn't a backup.
Architecture model
A practical delivery architecture before implementation begins.
We define the target operating model, controls, integration points and ownership path before building, so the solution can be supported after launch.
CloudevTech
Enterprise delivery model
01
Discover
02
Architect
03
Implement
04
Validate
05
Operate
Our approach
Structured delivery from discovery to operational handover.
Every engagement is shaped around the service goal, current constraints and the operating model your team needs after launch.
Assess current backup posture
Review what is backed up, how often and whether restores have been tested.
Define recovery objectives
Agree on RTO and RPO for critical systems based on business impact.
Design and implement
Build backup and DR patterns that meet the agreed objectives.
Validate restores
Test recovery procedures rather than assuming they will work.
Business benefits
Outcomes designed for decision makers and delivery teams.
Benefits are framed around measurable improvement, operating confidence and reduced delivery risk.
Validated restores
Backup and restore procedures are tested, not just scheduled.
Defined RTO and RPO
Recovery targets are agreed and designed for, not assumed.
Resilient recovery design
DR patterns give critical workloads a path to recovery outside a single point of failure.
Technology stack
Implemented with proven platforms and tools.
Technology choices are confirmed during discovery, with a preference for reliable, maintainable platforms your team can support.
Azure Backup
AWS Backup
Snapshots
Runbooks
Monitoring
FAQ
Common questions before engagement.
Short answers to common planning questions for Backup & Disaster Recovery.
What are RPO and RTO?
How much data loss you can tolerate, and how long you can be down. They drive the whole design.
Do you test recovery?
Yes — a recovery plan that's never been rehearsed is the most common cause of a bad outage getting worse.
Enterprise consultation
Book a consultation