Providing user-centric data feeds via non-personalized devices

A computer system, comprising:

• a memory configured to store computer-executable instructions;
• and
• a processor configured to access the memory and execute the computer-executable instructions to at least:
• maintain an association between a device identifier of a computing device and a location identifier of a particular location of a service facility, the computing device being assigned to the particular location of the service facility and communicatively connected to a display at the particular location;
• receive a request from the computing device for a unified data feed corresponding to a particular location, the request being independent of a particular user presently being serviced at the particular location and including a device identifier of the computing device;
• retrieve, from a user processing service, a user identifier that identifies a user that is currently being serviced at the particular location, the user processing service storing real-time data that associates the user currently being serviced with the location identifier;
• determine that the particular user is the user presently being serviced at the particular location;
• retrieve first data and second data associated with the servicing of the particular user, respectively from a first data source and a second data source of a plurality of data sources;
• generate a unified data feed that includes at least the first data and the second data, the unified data feed including parameters for formatting and presenting a home screen on the display, the home screen displaying at least one of (I) content derived from the first data or the second data, or (II) a selectable element that is associated with displaying additional content associated with the first data or the second data;
• provide the unified data feed to the computing device for presentation of the home screen at the display at the particular location;
• receive traffic data, respectively, from one or more computing devices of a plurality of computing devices of the service facility, the plurality of computing devices including the computing device and respectively assigned to a particular unique location within the service facility, the respective traffic data associated with a data feed between the respective one or more computing devices and a third-party service;
• analyze the respective traffic data from each of the one or more computing devices to determine a respective level of quality of network service between the one or more computing devices and the third-party service;
• determine based on analyzing the traffic data, a network traffic pattern, the network traffic pattern indicating that a portion of the one or more computing devices has a lower quality of network service compared to other computing devices of the one or more computing devices that interact with the third-party service;
• determine the particular unique location for each computing device of the portion of the one or more computing devices within the service facility;
• determine that the network traffic pattern of the portion of the one or more computing devices is localized to a particular region within the service facility based at least in part on the particular unique location for each computing device of the portion of the one or more computing devices;
• and
• transmit a message to a user device for presentation by the user device, the message providing instructions for performing maintenance service targeting the particular region of the service facility.

One or more non-transitory computer-readable storage devices comprising computer-executable instructions that, when executed by one or more computer systems of a computer system, cause the one or more computer systems to perform operations, comprising:

• maintaining an association between a device identifier of a computing device and a location identifier of a particular location of a service facility, the computing device being assigned to the particular location of the service facility and communicatively connected to a display at the particular location;
• receiving a request from the computing device for a unified data feed corresponding to the particular location, the request being independent of a particular user presently being serviced at the particular location and including a device identifier of the computing device;
• retrieving, from a user processing service, a user identifier that identifies a user that is currently being serviced at the particular location, the user processing service storing real-time data that associates the user currently being serviced with the location identifier;
• determining that the particular user is the user presently being serviced at the particular location;
• retrieving first data and second data associated with the servicing of the particular user, respectively from a first data source and a second data source of a plurality of data sources, the first data source being distinct from the second data source;
• generating a unified data feed that includes at least the first data and the second data, the unified data feed including parameters for formatting and presenting a home screen on the display, the home screen displaying at least one of (I) content derived from the first data or the second data, or (II) a selectable element that is associated with displaying additional content associated with the first data or the second data;
• providing the unified data feed to the computing device for presentation of the home screen at the display at the particular location;
• receiving, by the computer system, traffic data, respectively, from one or more computing devices of a plurality of computing devices of the service facility, the plurality of computing devices including the computing device and respectively assigned to a particular unique location within the service facility, the respective traffic data associated with a data feed between the respective one or more computing devices and a third-party service;
• analyzing, by the computer system, the respective traffic data from each of the one or more computing devices to determine a respective level of quality of network service between the one or more computing devices and the third-party service;
• determining, by the computer system and based on analyzing the traffic data, a network traffic pattern, the network traffic pattern indicating that a portion of the one or more computing devices has a lower quality of network service compared to other computing devices of the one or more computing devices that interact with the third-party service;
• determining, by the computer system, the particular unique location for each computing device of the portion of the one or more computing devices within the service facility;
• determining, by the computer system, that the network traffic pattern of the portion of the one or more computing devices is localized to a particular region within the service facility based at least in part on the particular unique location for each computing device of the portion of the one or more computing devices;
• and
• transmitting, by the computer system, a message to a user device for presentation by the user device, the message providing instructions for performing maintenance service targeting the particular region of the service facility.