Abstract: A method to provide integrated and personalized services on a Progressive Web Application (PWA) is disclosed. The method includes the steps of receiving a network connection request from a user device for providing network services. The method also includes the steps of sending a prompt to the user device to either answer personalized questions or share a user profile that is stored in a private memory space of a user. The method also includes the steps of receiving user information including answers to the personalized questions and/or the shared user profile. The method also includes the steps of creating personalized features for the user based on location of the networking device and received user information to generate personalized PWA interface having links to web pages. Thereafter, the method also includes the steps enabling a push service to present the personalized PWA interface on the user device.

Abstract: A method to provide integrated and personalized services on a personalized digital interface involving a location-aware digital engagement platform. The concept includes the system capable of developing an awareness of user location. The method includes the steps of receiving a network connection request from a user device for providing network services, sending a prompt to the user device to either answer personalized questions or share a user profile that is stored in a private memory space of a user, receiving user information including answers to the personalized questions and/or the shared user profile, creating personalized features for the user based on location of the networking device and received user information to generate personalized digital interface having links to web pages, and enabling a push service to present the personalized digital interface on the user device.

Abstract: In-flight wireless network systems and solutions are described. According to an embodiment, the in-flight wireless network system includes a wireless router connected to one or more in-flight media servers of an aircraft and to an onboard high-speed wireless communication transceiver module. The system includes one or more strategically located wireless access points installed across the passenger cabin of the aircraft to provide connectivity to user devices and inflight data nodes, wherein each of the one or more wireless access points is powered from preinstalled Seat Electronic Box (SEB). SEBs already placed near each seat include a power supply, which can be used to power the access points.

Abstract: The present disclosure relates to methods and systems for providing a location-based, single user-centric application for all customer experienced application data will be built as a transformative application, offering adaptive content, based on location, vendor, personal data and cross channel information. The aim is to move away from a narrow-focused application into a personalized application that will offer increased functionality offering targeted, incremental, timed communication with the user and/or application. This will be based on intelligence of the application that keeps learning from big data that is scaled into focused data. The big data will be gathered from implicit, explicit as well as location and environment data feeds related to pre-action, action and post action from the user. These can also include subconscious actions while using the application.

Abstract: The present disclosure relates to methods and systems for providing a location-based, single user-centric application for all customer experienced application data will be built as a transformative application, offering adaptive content, based on location, vendor, personal data and cross channel information. The aim is to move away from a narrow-focused application into a personalized application that will offer increased functionality offering targeted, incremental, timed communication with the user and/or application. This will be based on intelligence of the application that keeps learning from big data that is scaled into focused data. The big data will be gathered from implicit, explicit as well as location and environment data feeds related to pre-action, action and post action from the user. These can also include subconscious actions while using the application.

Abstract: The present disclosure relates to methods and systems for providing a location-based, single user-centric application for all customer experienced application data will be built as a transformative application, offering adaptive content, based on location, vendor, personal data and cross channel information. The aim is to move away from a narrow-focused application into a personalized application that will offer increased functionality offering targeted, incremental, timed communication with the user and/or application. This will be based on intelligence of the application that keeps learning from big data that is scaled into focused data. The big data will be gathered from implicit, explicit as well as location and environment data feeds related to pre-action, action and post action from the user. These can also include subconscious actions while using the application.

Abstract: The invention generally relates to treating diseased nails, and more particularly to treating diseased nails using radiation and/or another form of energy to substantially deactivate the source of the disease. A nail treatment can be performed by a medical professional without the use of a dying agent or an exogenous chromophore, and the treatment can be effective at eliminating the source of the disease without subjecting a patient to adverse side effects or causing substantial unwanted injury to surrounding tissue.

Abstract: A diseased nail is treated using electromagnetic radiation and/or other forms of energy that are applied to the diseased area to eliminate, substantially eliminate or effectively reduce the source of disease in the nail. A sensor can be used to ensure proper placement of an applicator that applies the energy to the diseased area of the nail. A temperature monitor can be employed to monitor changes or temperature levels and then adjust the energy application accordingly. In additional, manual forms of adjustment can be used to control the application of energy.

Abstract: The invention generally relates to treating diseased nails, and more particularly to treating diseased nails using radiation and/or another form of energy to substantially deactivate the source of the disease. A nail treatment can be performed by a medical professional without the use of a dying agent or an exogenous chromophore, and the treatment can be effective at eliminating the source of the disease without subjecting a patient to adverse side effects or causing substantial unwanted injury to surrounding tissue.