Data processing and storage centers (data centers) are an integral part of the information infrastructure of industrial and agricultural enterprises, which rely on technologies to efficiently store, process and manage large amounts of data. Data centers serve as central locations where servers, network equipment and storage systems are located, necessary for the operation and processing of enterprise data.
VERNA offers the design and implementation of advanced data storage systems that reliably protect and efficiently work with valuable customer data.
The first step in supplying storage systems is to advise the client. VERNA experts carefully analyze an organization's needs, considering data volumes, types of information, and accessibility and security requirements. Based on this analysis, a team of VERNA professionals develops a customized solution for optimal storage and management of customer data.
VERNA provides full implementation of data storage systems, from the delivery of equipment to its configuration and integration with existing IT infrastructure. The company is experienced in working with a variety of storage technologies, including cloud solutions, disk and flash memory based data storage, and storage virtualization systems.
One of the most important aspects of data storage systems is their security. VERNA understands this and provides comprehensive solutions to protect customer information. This includes the use of backup, data encryption, authentication and authorization systems, and intrusion detection and prevention mechanisms.
VERNA provides continuous support for data storage systems after their implementation. The VERNA team of experts monitors the operation of the system, optimizes its performance and provides the necessary technical support. If necessary, they are also ready to expand the system, given the organization's growing data storage needs.
Data storage system (SSD) covers the provision of the necessary resources for processing and storage, secure access when using resources, preventing data loss.
• connection of servers and storage devices of different manufacturers;
• Shared storage of data in heterogeneous environments;
• use of high-speed communication channels and Fibre Channel protocol to exchange data for high speed access;
• Reducing the cost of maintenance and ownership;
• high availability and availability of data;
• reduction of downtime;
• scalability of the system;
• centralized management of the data storage system;
• efficient use of the area of the computing center
• Removing tight restrictions on the distance between SAN (Storage Area Network) components.
The data center network infrastructure is an integral part of modern technologies, which has many advantages.
The main advantages of using advanced data center network infrastructure:
• Ensuring reliable connections with servers and storage systems, which allows maintaining the availability and performance of systems.
• Scalability and flexibility with increased computing power, making it easy to expand your network and add new servers and equipment.
• Simplified integration with other network infrastructure modules, improving the efficiency and convenience of system management.
To build a data center network infrastructure, a multi-level approach is used, which consists of three main levels: core, aggregation and access.
The core level of the data center is responsible for fast packet switching and data routing within the data center. It provides a reliable connection between the core of the enterprise local network and other modules of the data center network.
The aggregation level is responsible for integrating service modules and providing additional features such as load balancing and application protection.
The data center access layer includes switches that enable servers and other devices to connect to the data center network.
When choosing a network solution for a data center, it is necessary to take into account the current and future needs of the organization, the equipment of servers and data storage systems, integration with the network infrastructure, as well as the requirements for reliability and security of the system.
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