Microsoft Technology Licensing, LLC

Hong Liu

Hui Shen

Taroon Mandhana

Anirban Banerjee

Amer A Hassan

Abhishek Abhishek

Yi Lu

Yue Chen

Vivekanand Vellanki

Wei Zhao

Saurabh Mahajan

Xiong Jiang

Olivier M Contant

R Malayala Srinivasan

Aseem Chauhan

A method of operating an access point (AP) configured to support multiple pre-shared keys at a given time to authenticate its associated client devices. Each client device associated with the AP is provisioned with a key. To authenticate the client device that attempts to connect to the AP, the AP determines which pre-shared key (PSK) of the multiple supported pre-shared keys (PSKs), if any, matches information including the key received from the client device. When the information matches, the client device is allowed to connect to the AP. Provisioning the AP with multiple PSKs allows selectively disconnecting associated client devices from the AP. The AP may be configured to support PSKs of different lifetime and complexity. Removing a PSK of the multiple PSKs supported by the AP and disconnecting a client device that uses this PSK does not disconnect other client devices using different keys to access the AP.

Support of multiple pre-shared keys in access point

A protocol for operation of wireless devices enables a wireless device to remotely and securely invoke a service on a target wireless device without requiring the user of the target wireless device to take any action and without requiring the target wireless device to use power unnecessarily. Mutual authentication is executed while the target wireless device remains in a low power discoverable mode. The discoverable mode includes discovery windows separated by inactive windows when the radio of the target wireless device is powered down.

Remote wireless service invocation with efficient power use on target wireless device

A method, system, and computer-readable medium for seamlessly updating connection parameters that allow a communications device of a host machine to connect to a Wireless Wide Area Network. Users are allowed to edit certain parameters, and these changes are stored in persistent storage along with a unique identifier for the set that was edited. At connection time, the user's edits override the defaults pre-provisioned by the network operator and stored on the device. The operator can also remotely edit the parameters, after which the user's changes are overwritten with the new defaults. Thus, the invention is capable of seamlessly handling updates to the connection parameters by both the user and the network operator.

Managing user customizations of pre-provisioned contexts

A network enabled computer receives connection profile information in a generic form and creates one or more native mode profiles to establish connections. By accepting profile information in a generic form, profile information can be readily provided from one or more ways, including from a policy server, through a user interface or from a third party application. The profile information can be provided with an order of precedence so that profile information from different sources may be combined appropriately. Additionally, the profile information may be provided in an extensible format to allow profile information to be distributed to multiple computers, even if some have different hardware or software configurations and are not programmed to recognize extensions of the profile information.

Profile deployment using a generic format

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Sammamish, WA, United States of America

Hong Liu