The enormous data mass that is daily generated by several companies can contain critical information that might not be easily retrieved, considering that the amount of data is generally huge and/or the target information might be spread through different data bases. Taking that into consideration, it might be necessary to properly analyze the data in an automatic way, so useful and valuable information can be extracted. One way of automatically analyzing data is through cluster analysis. This type of analysis searches for related similar data. These clusters settle a data structure model and with proper analysis can reveal important information. The techniques used in cluster analysis disclose how data is structured and allow a better knowledge of the business. Still today there is a lack of tools for this purpose. On a real situation with a data cluster problem it is wise to analyze the data through different methods, so we can find the one that better fits the problem. However, today the existing tools are not integrated, and each tool has a subgroup of existing cluster methods. This way the user stays limited to use only one specific tool or is forced to be aware of a number of different tools, so he would be able to better analyze the company data. This study presents a detailed review of the whole group analysis process and develops an application that not only suggests how to cover the currently lack of tools for this purpose, but also to help the complete cluster analysis process in a more extended way. The application developed is user friendly and allows other methods developed by users to be incorporated. The application has been evaluated into three case studies with the purpose of demonstrating its user friendly, as well as evaluating the advantages of using fuzzy methods on a true data base.