Abstract: A device identifies one or more functional elements, and one or more device characteristics. The device determines a selection index based on one or more device characteristics. The device determines a first functional element of the one or more functional elements that has a highest priority level. The device determines whether there is an appropriate technology layer for the first functional element based on comparing the selection index to one or more technology layer ranges corresponding to one or more technology layers associated with the first functional element.

Abstract: According to an aspect, personalization of a web application includes providing, by a processor, an interface for receiving a preference as an input. A request for generation of a web application is received by the processor, and the web application is generated by the processor based on the preference.

Abstract: According to an aspect, personalization of a web application includes providing, by a processor, an interface for receiving a preference as an input. A request for generation of a web application is received by the processor, and the web application is generated by the processor based on the preference.

Abstract: A device identifies one or more functional elements, and one or more device characteristics. The device determines a selection index based on one or more device characteristics. The device determines a first functional element of the one or more functional elements that has a highest priority level. The device determines whether there is an appropriate technology layer for the first functional element based on comparing the selection index to one or more technology layer ranges corresponding to one or more technology layers associated with the first functional element.

Abstract: A device identifies one or more functional elements, and one or more device characteristics. The device determines a selection index based on one or more device characteristics. The device determines a first functional element of the one or more functional elements that has a highest priority level. The device determines whether there is an appropriate technology layer for the first functional element based on comparing the selection index to one or more technology layer ranges corresponding to one or more technology layers associated with the first functional element.

Abstract: A device identifies one or more functional elements, and one or more device characteristics. The device determines a selection index based on one or more device characteristics. The device determines a first functional element of the one or more functional elements that has a highest priority level. The device determines whether there is an appropriate technology layer for the first functional element based on comparing the selection index to one or more technology layer ranges corresponding to one or more technology layers associated with the first functional element.

Abstract: A device identifies one or more functional elements, and one or more device characteristics. The device determines a selection index based on one or more device characteristics. The device determines a first functional element of the one or more functional elements that has a highest priority level. The device determines whether there is an appropriate technology layer for the first functional element based on comparing the selection index to one or more technology layer ranges corresponding to one or more technology layers associated with the first functional element.

Abstract: A device identifies one or more functional elements, and one or more device characteristics. The device determines a selection index based on one or more device characteristics. The device determines a first functional element of the one or more functional elements that has a highest priority level. The device determines whether there is an appropriate technology layer for the first functional element based on comparing the selection index to one or more technology layer ranges corresponding to one or more technology layers associated with the first functional element.

Abstract: According to an aspect, personalization of a web application includes providing, by a processor, an interface for receiving a preference as an input. A request for generation of a web application is received by the processor, and the web application is generated by the processor based on the preference.

Abstract: According to an aspect, personalization of a web application includes providing, by a processor, an interface for receiving a preference as an input. A request for generation of a web application is received by the processor, and the web application is generated by the processor based on the preference.

Abstract: Embodiments of the present invention provide a system, method, and program product for optimizing content sent from a web server to a client device based on client device performance. A client device requests to access web content on a web server, and included in the request are performance competence details corresponding to at least in part hardware capabilities, software capabilities, connectivity quality, and system health of the client device. The performance competence details from the client device and known performance capabilities of the hardware, software, connectivity, and system health of the client device are input into an algorithm to calculate a performance competence index value. The performance competence index value is used to determine an optimal response corresponding to the performance capabilities of the client device. The optimal response is then sent to the client device by the web server.