In recent years, companies have seen their needs in terms of technology and thus the complexity of their IT infrastructure with associated management costs grow steadily.

This gradual and inevitable evolution in terms of both size and variety of technologies used (hardware and software), in most cases has produced a needlessly complicated IT infrastructure and therefore often unreliable. At the same time it is unbalanced as regards the performance of different services, leading to “bottlenecks” which inevitably lead to a reduction in overall performance.
Infrastructure, poorly integrated and optimised results in high operating costs for the maintenance of resources often not used and therefore not productive.

Today, using the concept of System Consolidation can streamline the IT environment, making it more simple, flexible, scalable and economical. All this is made possible by new, cost-effective and proven technologies to better exploit technology resources by replacing the servers distributed on enterprise networks with centralised systems that are more powerful and efficient, while less expensive.

The organisation of physical machines is now only 50% of the optimisation process of one’s infrastructure: Virtualisation has opened a new frontier in the management of the enterprise computing fleet and the emergence of new opportunities, allowing you to increase productivity by reducing costs.

These solutions will in fact allow their coexistence on the same physical machine with multiple operating systems simultaneously, in order to make the best of each software environment, and leveraging the processing power: CPU and hard drives are automatically managed as a single “virtual” machine that can dynamically allocate workloads based on actual need, moment by moment. There is no longer hardware not exploited and therefore there is a 100% employment of investments.

Virtualised infrastructure is also easier to expand, to change and to be protect: new components can be added quickly to meet new processing demands and the entire computing system can be monitored and administered centrally with automated tools for the control and prevention of problems.