Offsite DR Solution for Dubai
Get Your Offsite DR Infrastructure Live Within a Week
Offsite disaster recovery infrastructure designed for Dubai enterprises that need fast deployment, geographic separation, and full control over their DR strategy.
Geographically separated
from UAE
– stable, resilient
ISO-compliant
data center and infrastructure
Zero CAPEX
— transparent monthly billing
Cover & Support
Wide Range of Industries
Trusted by 8000+
business across Southeast Asia
Resources
Resources
Production Without Offsite DR Is a Business Risk
Modern enterprise systems depend on continuous availability of applications, databases, and digital services. When production and backup environments are confined to the same region, a single disruption can impact both simultaneously.
Single-region Dependency
A local disruption may affect both production and backup systems, limiting recovery options.
Ransomware Exposure
Attackers target primary and local backup simultaneously. Without an offsite, isolated repository, recovery is not guaranteed.
Compliance Considerations
Many regulated industries require geographically separated infrastructure for resilience and audit readiness.
Extended Recovery Timelines
Sourcing, shipping, and provisioning hardware in a crisis takes weeks. Every hour of downtime has a direct revenue and reputational cost.
Benefits of Purpose-Built Offsite DR Infrastructure
IP ServerOne provides offsite disaster recovery environment hosted outside your primary production region, giving your business the resilience, control, and speed required for modern operations.
Fast Deployment
Your offsite DR environment is provisioned and accessible within 1 week—no months-long hardware lead times.
Geographic Separation
Hosted in Malaysia to provide true infrastructure redundancy outside your primary production environment.
Flexible OPEX Model
No upfront capital investment—scale your disaster recovery environment based on your business requirements.
DR-Ready Infrastructure Stack
Includes compute, full flash storage, firewalls, switches, and a hardened backup repository—purpose-built for mission-critical disaster recovery workloads.
Secure Backup Environment
Protect critical data from loss, corruption, and malicious attacks with hardened backup and recovery controls.
Enterprise-Grade Compliance & Reliability
Tier III infrastructure with 99.9% uptime, compliant with PCI-DSS, ISO 27001, and SOC 2 Type II standards.
Key Features
A Strategic Location for Your DR Backbone.
Malaysia is a strategic location for disaster recovery infrastructure, offering strong geographic separation, a mature data center ecosystem, and cost-efficient scalability for enterprise workloads.
- Dedicated DR infrastructure environment with compute, storage, and network components
- Security controls including firewall and hardened backup repository
- High-speed connectivity with dedicated bandwidth for data transfer and replication
- Enterprise-grade hardware built on Cisco networking and full-flash storage architecture
99.9%
Data center uptime for stable operations.
1 week
Infrastructure delivery for rapid DR readiness.
24/7
Technical support for infrastructure operations.
~5,500 km
Geographic separation for stronger DR resilience.
Offsite DR Infrastructure Plans for Dubai
Entry
Ideal for starter private cloud environments with core infrastructure needs.
USD 17,742
per month
Included in Entry:
- 3 Hypervisor Nodes for compute capacity
- 50 TB full flash production storage
- Fortigate 200F external firewall ×2
- 100 TB backup repository
- 1 backup compute server
- 500 Mbps dedicated internet bandwidth
- Best for starter private cloud setup
Most Popular
Growth
For teams that need more capacity, stronger performance, and room to scale.
USD 38,113
per month
Included in Growth:
- 5 Hypervisor Nodes for expanded workloads
- 100 TB full flash production storage
- Fortigate 200F external firewall ×2
- 200 TB backup repository
- 1 backup compute server
- 1 Gbps dedicated internet bandwidth
- Best for growing production environments
Advanced
For environments that require deeper protection and higher storage coverage.
USD 67,300
per month
Included in Advanced:
- 7 Hypervisor Nodes for larger deployments
- 200 TB full flash production storage
- External + internal firewall protection
- 400 TB backup repository
- 1 backup compute server
- 1 Gbps dedicated internet bandwidth
- Best for higher security environments
Enterprise
For large-scale enterprise infrastructure with maximum capacity and protection.
USD 97,988
per month
Included in Enterprise:
- 9 Hypervisor Nodes for enterprise-scale capacity
- 400 TB full flash production storage
- External + internal firewall protection
- 800 TB backup repository
- 1 backup compute server
- 1 Gbps dedicated internet bandwidth
- Best for enterprise-scale deployment
Full Plans Comparison
Monthly pricing in USD
| Component | Entry | Growth Most Popular | Advanced | Enterprise |
|---|---|---|---|---|
Total Monthly Fee | $17,742.60 | $38,113.60 | $67,300.80 | $97,988.80 |
| Compute | ||||
Hypervisor Node | $5,697 3 nodes · 32 cores / 1024GB RAM / 2 x 960GB SSD | $17,640 5 nodes · 64 cores / 1536GB RAM / 2 x 960GB SSD | $24,696 7 nodes · 64 cores / 1536GB RAM / 2 x 960GB SSD | $31,752 9 nodes · 64 cores / 1536GB RAM / 2 x 960GB SSD |
| Storage | ||||
Full Flash Storage High performance SSD | $4,928 50 TB | $9,856 100 TB | $19,712 200 TB | $39,424 400 TB |
| Network & Security | ||||
Firewall (External) | $2,777.60 2 x 200F Fortigate | $2,777.60 2 x 200F Fortigate | $6,440 2 x 401F Fortigate | $6,440 2 x 401F Fortigate |
Firewall (Internal) Advanced threat protection | — | — | $6,652.80 2 x Sophos XGS3100 | $6,652.80 2 x Sophos XGS3100 |
Switches Cisco 93180YC-FX3 | $2,576 2 units | $2,576 2 units | $2,576 2 units | $2,576 2 units |
| Backup | ||||
Backup Storage Hardened Repository | $980 100 TB | $1,960 200 TB | $3,920 400 TB | $7,840 800 TB |
Backup Compute 8 cores · 128GB RAM · 2 x 960GB SSD | $504 1 server | $504 1 server | $504 1 server | $504 1 server |
| Connectivity | ||||
Internet Bandwidth Dedicated connection | $280 500 Mbps | $2,800 1 Gbps | $2,800 1 Gbps | $2,800 1 Gbps |
- Dedicated DR infrastructure environment with compute, storage, and network components
- Security controls including firewall and hardened backup repository
- High-speed connectivity with dedicated bandwidth for data transfer and replication
- Enterprise-grade hardware built on Cisco networking and full-flash storage architecture
Is This the Right Offsite DR Solution for You?
IP ServerOne’s offsite disaster recovery infrastructure is designed for organizations that require fast deployment, geographic separation, and full control over their disaster recovery strategy on trusted, compliant infrastructure.
This solution is ideal if you are:
Running production systems in Dubai without offsite redundancy
Looking for geographic separation without building a secondary data center
Needing DR infrastructure ready within days, not months
Preferring an OPEX model over large upfront hardware investment
Managing your own replication, failover, and disaster recovery strategy in-house
Operating in regulated industries such as finance, healthcare, government, or enterprise
Requiring a secure offsite backup repository for recovery and resilience
Running virtualized, hybrid, or physical workloads
Get Your Offsite DR Infrastructure Live Within a Week
Prepare your business for disruption with offsite disaster recovery solutions so you can operate with greater confidence and peace of mind.
FAQ
Offsite disaster recovery (DR) is a strategy where critical systems, applications, and data are replicated to a geographically separate environment. This ensures that operations can be restored and continue running if the primary site experiences an outage, failure, or disaster.
IP ServerOne’s offsite DR infrastructure solution in Malaysia provides dedicated disaster recovery infrastructure hosted outside your primary production environment.
It enables organizations to rapidly access ready-to-use DR infrastructure, allowing them to:
- Replicate workloads
- Store and secure backups
- Prepare and execute recovery operations
- Support migration or failover activities when needed
In most cases, the offsite DR environment can be provisioned and made ready within approximately 1 week, depending on scope and configuration.
For more complex requirements—such as larger capacity planning, custom network architecture, or compliance-driven setups—deployment timelines may be longer. Final timelines are confirmed during onboarding and solution planning.
The solution typically includes:
- Dedicated compute resources for DR workloads
- High-performance storage (including full-flash options)
- Secure firewall and network architecture
- Dedicated bandwidth for replication and recovery traffic
- Hardened backup repository for data protection
- Enterprise-grade infrastructure for mission-critical workloads
- Compliance-aligned environment (e.g., PCI-DSS, ISO 27001, SOC 2 Type II ready)
This solution is designed for organizations that require fast, secure, and independently managed disaster recovery infrastructure, especially those that:
- Operate production systems without offsite redundancy
- Require geographic separation for business continuity and compliance
- Need DR infrastructure delivered in days rather than months
- Prefer an OPEX-based model instead of upfront hardware investment
- Manage their own replication, failover, and DR strategy
- Operate in regulated industries such as finance, healthcare, government, or enterprise
- Run virtualized, hybrid, or physical workloads
- Require secure offsite backup and recovery capabilities
Note: This solution is typically used by enterprises globally, including organizations operating in regions such as Dubai.
Backups store copies of data for recovery, while offsite disaster recovery provides a fully operational environment that allows systems and applications to be restored and run during an outage.
In short:
- Backups = data recovery
- Offsite DR = system + application recovery (business continuity)
Yes. The offsite DR infrastructure is designed to be flexible and scalable, allowing organizations to adjust compute, storage, and network capacity as business needs and recovery requirements evolve.