The study of this project is linked to a global project of an insurance company. The insurance activity is one of the three pillars of the financial markets, along with the credit or banking market and the stock markets or financial instruments. They have a lot of strategic, social and economic importance. This forces them to be subject to strict administrative supervision with their own rules of operation, control and inspection. Within a project like this, we have a team behind that each person or group of people occupy a specific position, called as Talent Community. In my case, and as a consequence this project arises, I focus on the Talent Community of the infrastructure part. The infrastructure we are talking about, provides IT solutions and services to our customers and employees. They plan, design and build the software and network resources we need for the successful operation and management of our technology. They are responsible for developing and maintaining infrastructures in the cloud, operating systems, networks, security and systems administration and our customers. In addition, they advise on communication systems for clients, focused mainly on technologies and implementations. His experience covers VOIP solutions, Internet strategy, architecture, network design, implementation, updates and migrations. It is intended to detect bottlenecks, performing different tests and varying some parameters in particular of our servers, reaching the conclusion of whether these are acceptable. This is directly what is called Load and Performance; We overload the pages up to a high number of visits so we can foresee if we are going to have some kind of failure or bad performance. On the other hand, we will see the necessity to constantly monitor these parameters, such as memory or CPU (memory or central processing unit). If we do not control them correctly, we could have a saturated memory or a 100% CPU. This would mean that the server will be governed by a delayed behavior or even not work. To sum up, this is a project in which we take efficient measures and act before the problem shows, since every system has bottlenecks.