You can't predict the bad day.
You can be ready for it.
Most organizations have backups. Far fewer have ever proven they can recover — cleanly, quickly, and without restoring the malware along with the data. We design data protection that assumes compromise, and then we make you rehearse it, so "we think we can recover" becomes "we've done it."
The gaps that turn an incident into a catastrophe
"We have backups… I think"
Jobs are green, but nobody has done a full restore in months. Green backups and a working recovery are not the same thing.
"Could ransomware reach our backups?"
If your backups sit on the same domain and network as production, an attacker can encrypt them too. Immutability and isolation aren't optional anymore.
"We've never tested failover"
The DR plan is a document, not an exercise. Nobody knows the real RTO/RPO because it's never been run under realistic conditions.
"If we got hit, then what?"
No clean-room plan, no forensic hold, no idea whether you'd be rebuilding into the same compromised environment. Recovery would be improvised.
Cyber-resilience capabilities
- Backup & recovery strategy. Coverage across on-prem, cloud, hybrid, and SaaS (M365, Google Workspace, Salesforce), with defined RTO/RPO per workload.
- Ransomware readiness. Anomaly detection, immutable storage sizing, network and credential isolation, and a tested recovery path — reviewed against a proven checklist.
- Disaster-recovery design. Multi-AZ and multi-region strategies with automated failover, mapped to plain-language recovery objectives.
- Business continuity. Business-impact analysis, continuity planning, and tabletop exercises so the humans know their part, not just the systems.
- DR testing & rehearsal. Clone an environment — even into another region — and run a real recovery exercise without touching production.
- Clean-room recovery. Rebuild from an approved design into an isolated clean room, with an integrity gate and a forensic hold on the compromised original.
- Immutable & isolated storage. Architect backups an attacker can't reach or alter — the last line that has to hold.
- Recovery documentation. A runbook your team can execute at 3am, not a binder nobody has opened.
We implement this — and if you want, we run it: cyber resiliency is available under our managed services (MSP) offering for businesses of every size, from backup verification to standing recovery rehearsals.
Assess → Design → Build → Steward
Assess
Review your backups, isolation, and recovery story against a proven readiness checklist — and try an actual restore.
Design
A data-protection and DR architecture with immutability, isolation, and stated RTO/RPO per workload.
Build
Implement backup, replication, and clean-room recovery — then rehearse it live so you know it works.
Steward
Recurring recovery testing and backup verification as part of managed services, so readiness doesn't decay.
Two low-risk ways to begin
Ransomware Recovery Readiness Review
We test your recovery story against a proven checklist — backups, immutability, isolation, and whether you can actually restore — and hand you a prioritized gap list with fixes.
DR Rehearsal Package
We clone a real environment, run a disaster-recovery exercise against stated RTO/RPO, and document exactly what happened — turning assumptions into evidence.
Prefer to start on your own? Download the free ransomware-readiness checklist — the same one our review runs against.
Find out if you could actually recover
Before an attacker does. A readiness review is the fastest way to know where you stand.