Abstract: Methods performed by a system on a computer device, such as a smart phone, i.e., locally, for protecting against network-based attacks. These methods inspect all traffic to every application and web browser on the device.

Abstract: A method for introducing a replacement code segment over-the-air through a wireless mobile communication network to an existing code resident on a mobile terminal: identifying the mobile terminal from among terminals served through the wireless mobile communication network; sending a push notification through the network to the mobile terminal, the push notification indicative of the replacement code segment ready for downloading; activating a dynamic update module resident in the mobile terminal, in response to the push notification; sending a request for the replacement code segment; downloading the replacement code segment to the mobile terminal; and transferring the downloaded replacement code segment to the dynamic update module for dynamic replacement of a corresponding old code segment within the mobile terminal with the replacement code segment, obviating a need to recompile the existing code.

Abstract: Methods performed by a system on a computer device, such as a smart phone, i.e., locally, for protecting against network-based attacks. These methods inspect all traffic to every application and web browser on the device.

Abstract: Processing client requests for duplicate-free server operations is particularly useful for creating and sending items using Microsoft Exchange Web Services (EWS). The system facilitates avoiding creation and sending of duplicate items. In contrast to conventional implementations that send a single command to create and then perform subsequent processing of an item, a feature of the present embodiment is using two commands: a first command to create the item, and a second command to subsequently process the item. In a specific implementation, an EWS item's provided ChangeKey property is used to keep track of the EWS's reply from the server to the client, thereby avoiding duplicate item creation.

Abstract: A method for introducing a replacement code segment over-the-air through a wireless mobile communication network to an existing code resident on a mobile terminal: identifying the mobile terminal from among terminals served through the wireless mobile communication network; sending a push notification through the network to the mobile terminal, the push notification indicative of the replacement code segment ready for downloading; activating a dynamic update module resident in the mobile terminal, in response to the push notification; sending a request for the replacement code segment; downloading the replacement code segment to the mobile terminal; and transferring the downloaded replacement code segment to the dynamic update module for dynamic replacement of a corresponding old code segment within the mobile terminal with the replacement code segment, obviating a need to recompile the existing code.

Abstract: Processing client requests for duplicate-free server operations is particularly useful for creating and sending items using Microsoft Exchange Web Services (EWS). The system facilitates avoiding creation and sending of duplicate items. In contrast to conventional implementations that send a single command to create and then perform subsequent processing of an item, a feature of the present embodiment is using two commands: a first command to create the item, and a second command to subsequently process the item. In a specific implementation, an EWS item's provided ChangeKey property is used to keep track of the EWS's reply from the server to the client, thereby avoiding duplicate item creation.

Abstract: A system for optimized paged item loading in Exchange Web Services (EWS) improves response time of user queries to EWS. In contrast to conventional implementations that search an entire folder first, and then present results to user, this invention features not searching the entire folder, but searching only portions of the folder and then only searching portions until a desired number of results is obtained. Folders are sampled in an interval of N items and then using an abstract paging mechanism, thus defining a new restricted page with a limited item count of N. The sampling is performed in a first operation, for example, by using FindItem. In a second operation, FindItem is again used with a requested restriction, which is limited to the restricted page according to the samples. Searches may be limited by the amount of items to return or results (result set) desired.