Keep critical systems recoverable.
We design backup and recovery strategies that help your business protect important data, understand recovery priorities and respond with less uncertainty when disruption happens.
نحمي بياناتك ونوضح خطوات الاستعادة حتى تستمر أعمالك بثقة عند حدوث التعطل.
Backup is useful only when recovery is understood.
A copy of data is not the same as a recovery plan. ThinkPath maps critical systems, dependencies and ownership so your team knows what is protected, what comes back first and how the process is tested.
النسخ الاحتياطي جزء من الحل؛ القيمة الحقيقية تظهر عندما تكون الاستعادة محددة ومجربة.
Important systems are not clearly mapped
Files, servers, applications and identities may have different protection and recovery needs.
One copy is not enough
Local failure, ransomware or accidental deletion can affect production and nearby backup copies.
The plan has never been tested
Restore checks and recovery exercises reveal gaps before a real incident exposes them.
Design the protection layer around the business.
The right approach depends on workload criticality, recovery targets, retention, budget and the team that will operate the environment.
Backup architecture & retention
Build a practical protection model for servers, virtual machines, files and business applications.
- Workload and dependency mapping
- Onsite, offsite, cloud or hybrid copies
- Encryption and retention planning
- Isolated or immutable options where appropriate
Disaster recovery planning
Turn recovery priorities into clear procedures that account for systems, dependencies, people and communications.
- Recovery sequence and ownership
- Failover and restore procedure design
- Ransomware and site-outage scenarios
- Documented handover and escalation steps
Make recovery measurable before an incident.
RTO and RPO turn general expectations into decisions that can guide architecture, investment and testing.
Recovery Time Objective
How quickly a system or service should be available again after disruption.
Recovery Point Objective
How much recent data the business can accept losing for a specific workload.
Layer protection instead of relying on one location.
A layered approach can combine operational copies with separated recovery points. The final design is selected after the environment and objectives are assessed.
Map critical workloads
Connect data, applications, servers, identity and network dependencies.
Create recovery points
Schedule and retain copies according to business importance and change rate.
Protect from tampering
Consider offline, isolated or immutable storage for higher-risk workloads.
Test the result
Validate integrity and document what can be restored and how.
From backup review to recovery confidence.
Our delivery connects technology decisions with the operational people and priorities behind them.
نبدأ من فهم الأنظمة وننتهي بخطة استعادة واضحة ومختبرة.
Recovery works best when connected to the rest of IT.
Use the related services below to connect backup with infrastructure, security and operational support.
Clear answers before the work begins.
Do you only work with new backup systems?
No. We can review an existing environment, identify gaps and improve the design where the current platform supports the agreed objectives.
Do you test recovery?
Recovery testing is a key part of a dependable approach and is agreed according to the systems, risk and operational window.
Can this cover more than one location?
Yes. Protection and recovery priorities can be mapped across offices, branches, server rooms and remote or cloud workloads.
Does immutable backup replace testing?
No. Immutability helps protect recovery points from modification during a defined period, but restore validation is still needed to confirm the data can be used.
Let’s define your recovery priorities.
Share your systems, locations, current backup approach and the disruption you need to be ready for.