It is a technology and infrastructure model that aims to virtualize the access of an organization’s employees to their desktops. VDI offers virtual desktop environments instead of physical desktops. This allows users to access a virtual desktop from any device, from any location. VDI provides functionality through the use of servers and a data center.

Basic components of VDI:

Hypervisor (Virtualization Platform): Provides access to the physical resources of servers using different virtualization platforms (e.g. VMware vSphere, Microsoft Hyper-V, Citrix XenServer). These platforms support the running of virtual machines (VDI clients).

Virtual Desktop Servers: These servers host virtual machines that provide users with a virtual desktop experience. One or more virtual desktops can be created for each user.

Virtual Desktop Clients (VDI Clients): Allows users to access a virtual desktop from their physical or mobile devices. These clients allow users to connect and interact with the virtual desktop.

Connection Broker: A component that directs users to which virtual desktop they connect to and controls their login process.

Benefits of VDI:

Flexibility: Users can access from different devices and locations, increasing the flexibility of business processes.

Centralized Management: Since virtual desktop servers are hosted in a central data center, management is easier and security can be implemented more effectively.

Security: User data and applications are better protected on virtual desktop servers.

Backup and Recovery: Virtual desktops can be backed up and recovered, preventing data loss.

Cost Savings: VDI can reduce hardware requirements and reduce energy consumption, thereby reducing operating costs.

VDI, especially if it is a popular technology for large enterprises, remote workers, security-sensitive industries, and organizations implementing BYOD (Bring Your Own Device) policies, can also bring challenges such as infrastructure complexity and cost, so it requires good planning and implementation.

Server and Virtualization Servers that provide the necessary infrastructure for IT applications to operate are of critical importance for the continuity of the system. It is very important for institutions that an application has a suitable infrastructure after it is installed, that it is supported properly and uninterruptedly, that it meets the performance appropriate for the application needs, and that backup plans are made.

Virtualization Systems
With our experienced team in virtualization systems, which are now indispensable for server infrastructures, especially Vmware and Microsoft Hyper-V, we assist institutions in sales, support and management services regarding virtualization.

Server Operating System Management
Our Technical team supports the system teams of corporate companies in making the necessary updates, patch transitions, closing security gaps, managing resources, and reinstalling the operating system when necessary so that operating systems running on servers such as Windows, Linux, Unix, AIX can provide healthy service.

Server Performance Management
Monitoring the system resources and services of all servers is of critical importance in order to ensure continuity in IT services. As Annanowa, we provide consultancy and management services with our expert staff, such as monitoring server performance, integrating into existing monitoring programs, adjusting threshold values ​​and automatic monitoring, automatic reporting of server problems, Automatic Service Desk notifications and Level 1/2/3 notifications.

Server Vendor Management
One of the biggest problems in managing server systems is the solution of problems experienced with manufacturers. Our Annanowa team helps establish communication with almost all of the well-known major manufacturers in order to speed up the processes when making a pre-sale product selection or in case of problems experienced after sales.

Application Virtualization is a technology that allows software applications to be used remotely without having to run on a local device. In this way, your applications are hosted on a central server and users can access the applications with any device they want over the internet. Application virtualization simplifies software installation and maintenance in workplaces, increases security and eliminates hardware compatibility issues. It also increases productivity during remote work or travel by providing a flexible working environment. With application virtualization, your business offers a flexible and secure working experience that meets modern business needs.

Data Storage Virtualization is a technology that creates a centralized storage infrastructure by combining physical storage resources in a virtual layer. With this technology, businesses can use resources more efficiently, achieve flexibility and scalability by combining different storage devices in a single virtual pool. Data storage virtualization allows users to quickly expand storage capacity according to their needs, while simplifying management processes. It also provides a powerful infrastructure for critical functions such as backup, disaster recovery and data protection. With data storage virtualization, your business will have a secure and high-performance storage solution that adapts to increasing data needs.

Network Virtualization is a technology that provides management, flexibility, andscalability by separating network resources into virtual layers through software. This approach allows virtual networks to be created and managed independently by abstracting the physical network infrastructure.

Network virtualization helps businesses manage their network structures more efficiently and flexibly, while facilitating the allocation of network resources. Virtualized networks also facilitate the rapid implementation of security policies and the monitoring of network traffic. This technology is widely used in cloud computing and data center environments and responds to modern business needs such as remote working, application distribution, and network optimization.

With network virtualization, your business can manage its network infrastructure more effectively and create a solid foundation for achieving its digital transformation goals.

Kubernetes is an open-source, powerful platform for automating, scaling, and managing container-based applications. Containers are lightweight, portable technology that combines software applications and their related components to make it easier to deploy and run applications. Kubernetes is widely used in cloud-based and distributed systems by enabling efficient management of these containers across different environments.

The features offered by Kubernetes make container-based infrastructures more flexible and reliable. The platform improves the performance of your container-based applications by providing functions such as auto-scaling, load balancing, self-healing, and rollout strategies. With Kubernetes, you can run your applications in a local data center, public cloud, or hybrid environment, achieving flexibility and portability.

With Kubernetes and container technology, you can accelerate your software development and deployment processes, use resources more efficiently, and respond quickly to your business needs. Kubernetes is a critical tool for modern application architectures and provides a strong foundation for your business’s digital transformation journey.