Abstract: Methods, systems and apparatus for securing credential distribution are disclosed. One method includes receiving, by a wireless device, from a cloud system, that the wireless device is authorized to receive private network credentials, sensing, by the wireless device, a presence of one or more wireless networks, providing, by the wireless device, wireless network information of the sensed presence of the one or more wireless networks to the cloud system, providing, by the wireless device, to the cloud system, a request for private network credentials, wherein the cloud system, receives the private network credentials of the authenticated user, and receiving, by the wireless device, from the cloud system, distribution of the private network credentials, thereby allowing the wireless device to obtain local network access with the private network credentials.

Abstract: Methods, systems and apparatus for binding an authenticated user with a wireless device are disclosed. One method includes receiving local environment information from the wireless device, receiving local information from a computing device of the authenticated user, comparing the local environment information of the wireless device with the local information of the computing device, binding the wireless device with the computing device based on the comparison of the local environment information of the wireless device with the local information of the computing device, and communicating information to a wireless device cloud management system that indicates that the binding between the wireless device and the computing device has occurred.

Abstract: Methods, systems and apparatus for securing credential distribution are disclosed. One method includes receiving, by a wireless device, from a cloud system, that the wireless device is authorized to receive private network credentials, sensing, by the wireless device, a presence of one or more wireless networks, providing, by the wireless device, wireless network information of the sensed presence of the one or more wireless networks to the cloud system, providing, by the wireless device, to the cloud system, a request for private network credentials, wherein the cloud system, receives the private network credentials of the authenticated user, and receiving, by the wireless device, from the cloud system, distribution of the private network credentials, thereby allowing the wireless device to obtain local network access with the private network credentials.

Abstract: Methods, systems and apparatus for securing credential distribution are disclosed. One method includes receiving, by a cloud system, a notification from a credential management system that a wireless device is associated with an authenticated user of the credential management system, wherein the credential management system stores private network credentials of the authenticated user, and wherein the cloud system further receives an identifier of the wireless device with the notification, authenticating, by the cloud system, the wireless device, receiving, by the cloud system, a request from the wireless device for private network credentials, and distributing, by the cloud system, the private network credentials to the wireless device, thereby allowing the wireless device to obtain local network access with the private network credentials.

Abstract: Methods, systems and apparatus for binding an authenticated user with a wireless device are disclosed. One method includes receiving local environment information from the wireless device, receiving local information from a computing device of the authenticated user, comparing the local environment information of the wireless device with the local information of the computing device, binding the wireless device with the computing device based on the comparison of the local environment information of the wireless device with the local information of the computing device, and communicating information to a wireless device cloud management system that indicates that the binding between the wireless device and the computing device has occurred.

Abstract: Methods, systems and apparatus for binding an authenticated user with a wireless device are disclosed. One method includes receiving local environment information from the wireless device, receiving local information from a computing device of the authenticated user, comparing the local environment information of the wireless device with the local information of the computing device, binding the wireless device with the computing device based on the comparison of the local environment information of the wireless device with the local information of the computing device, and communicating information to a wireless device cloud management system that indicates that the binding between the wireless device and the computing device has occurred.

Abstract: Methods, systems and apparatus for securing credential distribution are disclosed. One method includes receiving, by a cloud system, a notification from a credential management system that a wireless device is associated with an authenticated user of the credential management system, wherein the credential management system stores private network credentials of the authenticated user, and wherein the cloud system further receives an identifier of the wireless device with the notification, authenticating, by the cloud system, the wireless device, receiving, by the cloud system, a request from the wireless device for private network credentials, and distributing, by the cloud system, the private network credentials to the wireless device, thereby allowing the wireless device to obtain local network access with the private network credentials.

Abstract: Methods, systems and apparatus for securing credential distribution are disclosed. One method includes receiving notification from a credential management system that a wireless device is associated with an authenticated user of the credential management system. The method further includes receiving the private network credentials of the authenticated user, storing the private network credentials and the identifier of the wireless device, receiving an authentication request from a router, returning a response to the authentication request to the router, wherein the response includes internet domains and connection bandwidths the wireless device is allowed to use, authenticating the wireless device, ensuring that the wireless device is authorized to receive private network credentials; and distributing, by the cloud system, the private network credentials to the wireless device, thereby allowing the wireless device to obtain local network access with the private network credentials.

Abstract: Methods, systems and apparatus for securing credential distribution are disclosed. One method includes receiving notification from a credential management system that a wireless device is associated with an authenticated user of the credential management system. The method further includes receiving the private network credentials of the authenticated user, storing the private network credentials and the identifier of the wireless device, receiving an authentication request from a router, returning a response to the authentication request to the router, wherein the response includes internet domains and connection bandwidths the wireless device is allowed to use, authenticating the wireless device, ensuring that the wireless device is authorized to receive private network credentials; and distributing, by the cloud system, the private network credentials to the wireless device, thereby allowing the wireless device to obtain local network access with the private network credentials.

Abstract: Methods, systems and apparatus for binding an authenticated user with a wireless device are disclosed. One method includes receiving local environment information from the wireless device, receiving local information from a computing device of the authenticated user, comparing the local environment information of the wireless device with the local information of the computing device, binding the wireless device with the computing device based on the comparison of the local environment information of the wireless device with the local information of the computing device, and communicating information to a wireless device cloud management system that indicates that the binding between the wireless device and the computing device has occurred.

Abstract: A staggered torsional electrostatic combdrive includes a stationary combteeth assembly and a moving combteeth assembly with a mirror and a torsional hinge. The moving combteeth assembly is positioned entirely above the stationary combteeth assembly by a predetermined vertical displacement during a combdrive state. A method of fabricating the staggered torsional electrostatic combdrive includes the step of deep trench etching a stationary combteeth assembly in a first wafer. A second wafer is bonded to the first wafer to form a sandwich including the first wafer, an oxide layer, and the second wafer. A moving combteeth assembly is formed in the second wafer. The moving combteeth assembly includes a mirror and a torsional hinge. The moving combteeth assembly is separated from the first wafer by the oxide layer. The oxide layer is subsequently removed to release the staggered torsional electrostatic combdrive.

Abstract: A staggered torsional electrostatic combdrive includes a stationary combteeth assembly and a moving combteeth assembly with a mirror and a torsional hinge. The moving combteeth assembly is positioned entirely above the stationary combteeth assembly by a predetermined vertical displacement during a combdrive resting state. A method of fabricating the staggered torsional electrostatic combdrive includes the step of deep trench etching a stationary combteeth assembly in a first wafer. A second wafer is bonded to the first wafer to form a sandwich including the first wafer, an oxide layer, and the second wafer. A moving combteeth assembly is formed in the second wafer. The moving combteeth assembly includes a mirror and a torsional hinge. The moving combteeth assembly is separated from the first wafer by the oxide layer. The oxide layer is subsequently removed to release the staggered torsional electrostatic combdrive.

Abstract: A staggered torsional electrostatic combdrive includes a stationary combteeth assembly and a moving combteeth assembly with a mirror and a torsional hinge. The moving combteeth assembly is positioned entirely above the stationary combteeth assembly by a predetermined vertical displacement during a combdrive resting state. A method of fabricating the staggered torsional electrostatic combdrive includes the step of deep trench etching a stationary combteeth assembly in a first wafer. A second wafer is bonded to the first wafer to form a sandwich including the first wafer, an oxide layer, and the second wafer. A moving combteeth assembly is formed in the second wafer. The moving combteeth assembly includes a mirror and a torsional hinge. The moving combteeth assembly is separated from the first wafer by the oxide layer. The oxide layer is subsequently removed to release the staggered torsional electrostatic combdrive.

Abstract: A micromirror for fast beam steering and method of fabricating the same. The micromirror of the present invention is lightweight and optically flat, and includes a tensile membrane that is stretched under high tension across a rigid single-crystal silicon support rib structure. A thin layer of gold may be deposited on the polysilicon membrane to improve reflectivity. The tensile stress in the membrane gives the micromirror a very high resonant frequency, thereby allowing the mirror to be scanned at high frequencies without exciting resonant nodes that may compromise the flatness of the optical surface and ruin its optical properties. The tensile stress also causes the optical surface to be stretched flat. The micromirror of the present invention may be actuated by a staggered torsional electrostatic combdrive.