F2Cloud Recovery
Cyber Recovery as a Service (CRaaS)
Assessing selected backups in isolation after an attack and planning a controlled recovery flow.
Live flow
- Protection flow
- Restore
Scope incident → select candidate → verify in isolation → controlled return
Conceptual animation; real throughput and volume depend on your agreed scope.
01What this service means
A trustworthy return before a fast return.
Restoring the newest backup may restore the threat too. Recovery-point confidence and safe access must be addressed together.
Outputs of the agreed scope
Recovery-point assessment, isolation and validation steps, and a controlled return-to-service plan.
Important boundary
Data recovery or complete threat removal cannot be guaranteed for every incident. Conditions and available copies matter.
02F2Cloud Recovery / Service flow
Not the newest backup. A trustworthy return.
Scope incident → select candidate → verify in isolation → controlled return
Outcome: Impact is scoped.
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At this stage
Affected systems and time window are identified.
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At this stage
A candidate is chosen from protected daily, weekly or monthly points.
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At this stage
The candidate is opened in isolation and integrity is checked.
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At this stage
Verified data is restored or workloads fail over to recovery.
Recoverability depends on intrusion timing and retention. Forensics and legal notification are separate processes.
Recovering from ransomware differs from a classic hardware failure. The attacker may have been present for some time, may have targeted backups, and the most recent backup may be affected too. "Restore the latest backup" isn't enough.
The F2Cloud cyber recovery approach identifies candidate restore points from immutable backups, opens them in an environment isolated from production, and only after integrity checks performs a restore or failover.
Incident response, forensics and root-cause analysis are separate disciplines; we coordinate with those processes.
Technical scope and limits
- No backup or EDR solution can prevent every ransomware attack.
- A clean restore point depends on when the intrusion began and the retention policy.
- Legal notification and forensics remain your organisation's responsibility; we provide technical coordination.
Frequently asked questions
How do you recover data after ransomware?
Identify an unaffected, protected (ideally immutable) backup point, verify it in an isolated environment, then restore it.
Is cyber recovery the same as disaster recovery?
Disaster recovery typically targets infrastructure or site loss. Cyber recovery adds verifying a trustworthy clean point when the data itself is in question.
How should we prepare?
Immutable backups, separated management identities, an isolated recovery environment and regular exercises are the core steps.
Related services
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F2Cloud Backup
Immutable Backup as a Service
Your backup copies are held so they can't be modified or deleted during the defined retention period, preserving a clean recovery point after an attack.
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F2Cloud Recovery
Disaster Recovery as a Service (DRaaS)
When your data center, network or systems go down, we run your applications again in F2Cloud — together with network, firewall and traffic routing.
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F2Cloud Security
Workload Security as a Service (SECaaS)
We protect your server and container workloads in F2Cloud with visibility, segmentation and incident response workflows.
Before you decide
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Backup vs disaster recovery: what is the difference?
Backup protects data. Disaster recovery prepares the environment, dependencies and operations needed to resume the business using that data.
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What are RPO and RTO? Defining disaster recovery targets
How much data loss is acceptable, and how long can the business stop? Answers to these different questions shape recovery architecture.
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Backup and recovery for VMware, Hyper-V, KVM and Sangfor workloads
A platform list is a scope question, not a marketing label. Each hypervisor is backed up differently, and cross-platform recovery requires per-workload validation.
03What confidence is built on
Less adjectives. More accountability.
F2Cloud brings F2 Bilişim's networking, cybersecurity and virtualization engineering into a managed service model. A sound decision needs clear boundaries as well as commitments.
- 01
Written scope. Clear ownership.
Which workloads are protected? Who monitors and responds? The proposal defines architecture, included services and responsibility boundaries.
Explore the details - 02
A target matters when it is measured.
RPO and RTO are set around your workloads. Recovery exercises assess applications, networking and access together. A target is not a guarantee.
Explore the details - 03
Know where data lives and who can reach it.
A Turkey-hosting assessment must cover primary data, backups, logs and support access. KVKK considerations include data flows and roles, not location alone.
Explore the details
F2Cloud
Talk to our engineers
Tell us what you run. We'll define the architecture, scope and monthly service model together.
Request a Recovery Assessment