Abstract: A helmet can comprise an outer shell comprising an outer surface and an inner surface opposite the outer surface, wherein the inner surface of the outer shell comprises an integrally formed locking mechanism. The helmet can also comprise a locking liner formed of a foam material and disposed within the outer shell adjacent the inner surface of the outer shell. The locking liner can further comprise at least one side piece sized to fit between a lower edge of the outer shell and top portion of the outer shell, a top piece disposed at the top portion of the outer shell and comprising a central opening, and a rotatable foam locking piece sized to fit within the central opening and comprising a tab that is sized to mateably couple with the integrally formed locking mechanism of the outer shell to releasably couple the locking liner to the outer shell.

Abstract: The illustrative embodiments provide a method, computer program product, and apparatus for managing collectively sensitive data. Collectively sensitive data is divided into a first partition for reassembly data, a second partition of the collectively sensitive data, and a third partition of the collectively sensitive data. Each of the second partition and the third partition are collectively nonsensitive in isolation. The first partition is stored in a translation table in a secure database. The translation table is configured for use in assembling collectively sensitive data from the second partition and the third partition. The second partition of the collectively sensitive data is stored in a first database associated with a first cloud computing environment. The third partition of collectively sensitive data is stored in a second database associated with a second cloud computing environment.

Abstract: The illustrative embodiments provide a method, computer program product, and apparatus for managing collectively sensitive data. Collectively sensitive data is divided into a first partition for reassembly data, a second partition of the collectively sensitive data, and a third partition of the collectively sensitive data. Each of the second partition and the third partition are collectively nonsensitive in isolation. The first partition is stored in a translation table in a secure database. The translation table is configured for use in assembling collectively sensitive data from the second partition and the third partition. The second partition of the collectively sensitive data is stored in a first database associated with a first cloud computing environment. The third partition of collectively sensitive data is stored in a second database associated with a second cloud computing environment.

Abstract: Techniques for displaying information on a set of displays include identifying a change in data displayed by a client and notifying the client of a change to the displayed data. In response to the notification, a request for a page containing the changed data is received, and a page containing the changed data is generated. The page may be stored for retrieval by other clients that subsequently request the same page. The page containing the changed data is then sent to the client for display. The client continues to retrieve and display the same page from a local cache until being notified of another change to the data displayed on the page.