The adventure started with a server case, with an unmanageable switch and slightly better hardware than a computer; With the increasing needs, the system cabinet has made it necessary to create very serious stable environments for the devices that are now starting to fill the system rooms.

The majority of today's workflows and services are carried out through information systems. Therefore, information systems, especially the storage and backup of data, are now of vital importance. Ensuring the continuity of the servers that store the data requires taking the necessary precautions for all kinds of possibilities such as heat, humidity, dust, fire, flooding of the system rooms where they are located. In addition to all these, a healthy cabling with a raised floor, cooling and power supply systems should be designed as redundant if possible and applied for system rooms. With environmental monitoring systems such as room temperature and humidity meters, the system room should be monitored and information messages should be sent to the relevant people in an unusual situation.

Depending on the number of devices, it is possible to position more than one rack cabinet, such as network cabinet and server cabinet. In such a case, the healthiest cabling is between the rack cabinets and the patch panel mirroring method.

It may be necessary to move the system rooms due to the fact that the system rooms that grow over time are squeezed in a narrow space or because of the relocation of the institutions. In such a case, institutions that have a disaster recovery center; By directing the data traffic to this data center, they can easily move the main data center or make any changes they want. Otherwise, the work to be done in the data centers will cause interruptions.

Institutions can create their own data and disaster recovery centers in a service provider that designs this infrastructure in the healthiest way, instead of dealing with such a complex system room within their own body.