Abstract: The present invention relates to a method and system for data lifecycle management of manufacturing test data. The method and system receive, at an acquisition unit, manufacturing test data from at least one source, process the manufacturing test data for rendering the manufacturing test data compatible with a digital storage system, and load the manufacturing test data into a digital storage system. The method and system further store, at the digital storage system, the manufacturing test data; and monitor an amount of data stored in the digital storage system corresponding to at least one type of active data. An alert is generated when the monitored amount of data is above a pre-defined alert threshold. Access to a pre-defined subset of data stored in the digital storage system is blocked, when the monitored amount of data is above a pre-defined blocking threshold.

Abstract: The present relates to a method and system for dynamic and secure testing and data transmission in a multi level supply chain hierarchy. The method and system generates, at an emitting equipment, data related to a component of a product portfolio. The method and system identifies, at the emitting equipment, a receiving equipment for the data. The identification comprises analyzing the data, with respect to the product portfolio and a federated enterprise infrastructure. And the method and system transmits the data, from the emitting equipment to the receiving equipment. Additionally, the generation of the data, the transmission of the data between the emitting equipment and the receiving equipment, and an usage of the data at the receiving equipment, are protected by a security mechanism. The security mechanism prevents an unauthorized actor of the supply chain hierarchy from at least one of: creating, reading, using, and modifying the data.

Abstract: The present relates to a method and system for performing dynamic test compliance in a multi level supply chain hierarchy. The method and system receive specifications for a type of component, allocate a unique identifier to a component corresponding to the type of component, execute a suite of tests on the component, and generate a compliance certificate for the component. The compliance certificate comprises the unique identifier of the component; and a compliance status, indicative of a compliance of the component. The compliance status is a function of the specifications, and of results of the suite of tests. The compliance certificates of components included in a product are further analyzed. For instance, the method and system determine which of the components included in a product have a compliance status set to non compliant. The multi level supply chain hierarchy comprises the OEM and a hierarchy of supply chain partners.