Abstract: A device and method for analyzing a performance of an n-tier application capable of carrying out on-the-fly anonymization processing of production data. The production data is generated following a performance test request message transmitted to the n-tier application. The anonymization processing is implemented by an anonymization module that identifies, from a sensitive data identification repository, data to be anonymized in the response message. The anonymization processing also includes generating, from an anonymization repository, anonymized data from the previously identified data to be anonymized, and generating an anonymized response message from the anonymized data and the response message.

Abstract: The invention relates to a device and a method for analyzing performances of a web application capable of performing a process of on-the-fly anonymization (400) of production data, said production data being generated following a benchmark request message (MR1, MR2?) transmitted to said web application, said anonymization process (400) being carried out by a first electronic communication device (10) capable of Identifying, from a sensitive data identification repository (14), data to be anonymized in the response message (MRR1, MRR2); Generating, from an anonymization repository (15), anonymized data from previously identified data to be anonymized; and Generating, from the anonymized data and from the response message (MRR2), an anonymized response message (MRR2?).

Abstract: The invention relates to a device and a method for analyzing the performance of an n-tier application capable of carrying out on-the-fly anonymization processing (400) of production data, said production data being generated following a performance test request message (RM1, RM2?) transmitted to said n-tier application, said anonymization processing (400) being implemented by an anonymization module (10) capable of: Identifying, from a sensitive data identification repository (14), data to be anonymized in the response message (RRM1, RRM2); Generating, from an anonymization repository (15), anonymized data from the previously identified data to be anonymized; and Generating an anonymized response message (RRM2?) from the anonymized data and the response message (RRM2).

Abstract: The invention relates to a device and a method for analyzing performances of a web application capable of performing a process of on-the-fly anonymization (400) of production data, said production data being generated following a benchmark request message (MR1, MR2?) transmitted to said web application, said anonymization process (400) being carried out by a first electronic communication device (10) capable of Identifying, from a sensitive data identification repository (14), data to be anonymized in the response message (MRR1, MRR2); Generating, from an anonymization repository (15), anonymized data from previously identified data to be anonymized; and Generating, from the anonymized data and from the response message (MRR2), an anonymized response message (MRR2?).

Abstract: A method for determining an amount of available resources of a production computing infrastructure, the amount of available resources ensuring a predetermined level of user experience associated with a computing application, the application to be released on the production infrastructure, the method including: A: consuming an initial amount of resources of a test infrastructure, on which the application is installed B: running a load testing scenario, during which a plurality of requests are sent to the application C: measuring a parameter quantising the user experience, as a function of a scenario report including data relating to responses to the requests D: if the measured parameter is lower than the predetermined level of user experience: decreasing the resource consumption of the test infrastructure, and reiterating steps B, C and D E: calculating the amount of available resources ensuring the predetermined level of user experience.

Abstract: The invention relates to a data cloud comprising-contributor computer stations pooling at least a part of their storages resources in the cloud, and user computer stations storing data on said pooled storage resources so as to share between them the access to said stored data, where a number of said user computer stations are also contributor computer stations.