Infrastructure that
heals itself.
CloudTurtles designs backup, disaster recovery and resilience architecture for on-premise, hybrid and cloud infrastructure — watched continuously by AI, so failure gets rerouted before anyone notices.
A mesh, not a chain.
A chain breaks at its weakest link. A mesh reroutes around it. Every layer below is designed to fail independently — and recover on its own.
Backup Architecture
Backup design across Windows Server, virtualization and hybrid estates, sized to real recovery targets, not vendor defaults.
Disaster Recovery Planning
Recovery runbooks, failover architecture and rehearsed RTO/RPO targets, so a bad day has a tested, automatic response.
Hybrid & Cloud Resilience
Replication and continuity spanning on-premise, hybrid and multi-cloud, built to survive a single site, region or vendor going down.
AI-Assisted Monitoring
Continuous, model-driven anomaly detection across backup chains and infrastructure health, catching drift before it's an incident.
Every node earns its place in the mesh.
We don't retrofit resilience in one pass. Every engagement moves through the same four stages — each one adding a layer the last depends on.
Map what you actually have
A full inventory of infrastructure, backup chains and dependencies — including the undocumented ones — before any design decision is made.
Architect to a target, not a checklist
Backup and DR architecture sized to agreed recovery objectives, with every layer justified against a specific failure mode.
Implement, then break it on purpose
Build the system, then run controlled failover and restore tests — a plan that hasn't failed in a drill is a plan that's still a guess.
Monitor, and keep it true
Ongoing AI-assisted monitoring and quarterly review, so the architecture stays correct as the infrastructure underneath it changes.
Practical engineering, not backup theatre.
CloudTurtles is built around a simple observation: most infrastructure isn't unprotected, it's protected on paper. Backup jobs run, but no one has restored from them in a year. Failover exists, but it's never been triggered outside of testing conditions.
We work close to the infrastructure itself — Windows Server, virtualization platforms, network and backup tooling — the same layer where incidents actually happen, and layer AI-assisted monitoring on top so drift gets caught before it becomes downtime.
A turtle's shell isn't decoration — it's a mesh of interlocking plates, each one able to take damage without the others failing. That's the standard we hold infrastructure to.