Services Data Center and Cloud

Virtualization Services

Virtualization Services

Virtualization:

Increase Efficiency and Flexibility in Your Infrastructure

With virtualization technologies, we securely and efficiently run multiple independent virtual machines on a single physical server. In server, network, storage, and desktop virtualization, we provide organizations with flexible and scalable infrastructures through leading hypervisor platforms such as VMware, Microsoft Hyper-V, and KVM. By enabling more efficient use of hardware resources, we help reduce both costs and energy consumption while supporting the independent and controlled management of each environment.

Types of Virtualization
Server Virtualization
Server Virtualization

A physical server is divided into multiple independent virtual machines through hypervisor software. Each virtual machine runs its own operating system and applications. This approach reduces hardware costs per server and shortens new server provisioning time from hours to minutes.

Network Virtualization
Network Virtualization

Physical network hardware is abstracted through software-based layers; VLANs, virtual switches, and software-defined networking (SDN) components are managed centrally. This approach makes it possible to perform network configuration changes without requiring physical intervention.

Storage Virtualization
Storage Virtualization

By combining storage resources, we make data management easier. Physical storage devices from different vendors and models are combined into a single logical pool. Applications use storage capacity from this pool, while the underlying physical structure becomes invisible to them. Capacity management and data migration can be carried out much more easily in this architecture.

Desktop Virtualization
Desktop Virtualization

Users’ desktop environments run on centralized servers, and users connect to these environments through thin clients, laptops, or tablets. Keeping data centralized improves security, simplifies remote working scenarios, and reduces the management workload of end-user devices.

Advantages of Virtualization Technology
Cost Saving
Cost Saving

Virtualization optimizes the use of physical servers by reducing hardware requirements. This leads to less hardware usage, energy savings, and reduced maintenance costs.

High Performance and Scalability
High Performance and Scalability

Businesses can scale their resources quickly with virtual machines and balance workloads to improve system performance.

Flexibility and Speed
Flexibility and Speed

Virtual servers can be easily created and managed, increasing operational flexibility and enabling quick deployment of new applications.

Security
Security

Virtualization offers more advanced security solutions compared to physical infrastructure. Isolation between virtual machines increases data security and minimizes potential attacks.

Virtualization and Cloud:
What are the differences?

Virtualization and cloud computing seem like close concepts, but they are different technologies. Virtualization is the division of physical hardware into virtual machines, while cloud computing is the making of these virtual machines accessible and scalable over the internet. Both technologies offer cost savings and flexibility; However, virtualization runs on local infrastructure, while the cloud offers a wider geographic distribution and flexibility.

Flexible and Scalable Infrastructure
Flexible and Scalable Infrastructure

Our virtualization solutions are scalable to parallel the growth of your business.

High Performance
High Performance

With hypervisor technology, resources are used in the most efficient way to provide high performance.

Strong Security
Strong Security

The isolation between virtual machines ensures the highest level of data security.

24/7 Technical Support
24/7 Technical Support

We provide 24/7 expert support to ensure uninterrupted operations for your business.

With Ithinka Virtualization Solutions

Transform Your Business

Frequently Asked Questions

What is virtualization and how does it work?
Virtualization is the process of converting physical servers into virtual machines through software. These virtual machines allow more efficient use of physical hardware.
How does virtualization provide cost savings?
Virtualization reduces the need for physical servers through hardware consolidation and decreases energy consumption.
How is virtualization security ensured?
By ensuring isolation between virtual machines, data security is enhanced, and the impact of potential attacks is minimized.
What should be considered when selecting virtualization software?
Flexibility, security, cost, and performance should be considered, and the software should be compatible with the existing infrastructure.
What is the difference between virtualization and cloud computing?
Virtualization is the technology of dividing physical hardware through software, and it is usually implemented in an organization’s own data center. Cloud computing, on the other hand, delivers these virtualized resources as a service over the internet. Although most cloud infrastructures are built on virtualization technologies, a virtualized system does not necessarily mean cloud computing. Organizations can benefit from both advantages by building a private cloud in their own data centers.
How long does the transition to virtualization take?
The transition period depends on the size and complexity of the existing infrastructure. In a small-scale environment with 10–20 servers, 4–8 weeks including planning may be sufficient, while in large enterprise environments, this period can extend to several months. To ensure uninterrupted operation of production systems, the migration is planned in phases; each application group is first validated in a test environment.
How does disaster recovery work in a virtualized environment?
The ability to take snapshots of virtual machines and move them from one location to another makes disaster recovery much faster and more reliable compared to physical servers. Tools such as VMware Site Recovery Manager can automatically bring virtual machines online at a secondary site in the event of a failure in the primary data center. This reduces recovery time objectives (RTO) from hours to minutes.