Abstract: Systems, apparatuses, and methods for cooperative security in wireless sensor networks are described herein. A wireless node may organize itself into a cluster with other wireless nodes. The wireless node may cooperate with other wireless nodes in the cluster to select a leader node. The wireless node may describe its expected behaviors. The wireless node may detect a compromised wireless node within the cluster. The wireless node may prevent the compromised wireless node from compromising another wireless node.

Abstract: Systems, apparatuses, and methods for cooperative security in wireless sensor networks are described herein. A wireless node may organize itself into a cluster with other wireless nodes. The wireless node may cooperate with other wireless nodes in the cluster to select a leader node. The wireless node may describe its expected behaviors. The wireless node may detect a compromised wireless node within the cluster. The wireless node may prevent the compromised wireless node from compromising another wireless node.

Abstract: Systems, apparatuses, and methods for cooperative security in wireless sensor networks are described herein. A wireless node may organize itself into a cluster with other wireless nodes. The wireless node may cooperate with other wireless nodes in the cluster to select a leader node. The wireless node may describe its expected behaviors. The wireless node may detect a compromised wireless node within the cluster. The wireless node may prevent the compromised wireless node from compromising another wireless node.

Abstract: Systems, apparatuses, and methods for cooperative security in wireless sensor networks are described herein. A wireless node may organize itself into a cluster with other wireless nodes. The wireless node may cooperate with other wireless nodes in the cluster to select a leader node. The wireless node may describe its expected behaviors. The wireless node may detect a compromised wireless node within the cluster. The wireless node may prevent the compromised wireless node from compromising another wireless node.

Abstract: Systems, apparatuses, and methods for cooperative security in wireless sensor networks are described herein. A wireless node may organize itself into a cluster with other wireless nodes. The wireless node may cooperate with other wireless nodes in the cluster to select a leader node. The wireless node may describe its expected behaviors. The wireless node may detect a compromised wireless node within the cluster. The wireless node may prevent the compromised wireless node from compromising another wireless node.

Abstract: Multiple Stacked Rotatable Lollipop comprising at least two stacked individual components each with a plurality of flavors, colors and shapes, each provided with tubular holding sticks, except the uppermost component which has a solid holding stick, while the upper open ends of the tubular holding sticks of the lower and intermediate components are accessible at the top of their candies or edible parts, and each tubular stick is conveniently dimensioned to loosely insert the holding stick of the individual component stacked above, each longer than the immediate holding stick below, so the lower end of each holding stick protrudes out in a telescopic fashion, thereby when the user holds the stick of one of the stacked components with one of his/her hands, can rotate for his/her amusement any of the other components with the other hand or with his/her tongue directly driving its corresponding edible part.

Abstract: Systems, apparatuses, and methods for cooperative security in wireless sensor networks are described herein. A wireless node may organize itself into a cluster with other wireless nodes. The wireless node may cooperate with other wireless nodes in the cluster to select a leader node. The wireless node may describe its expected behaviors. The wireless node may detect a compromised wireless node within the cluster. The wireless node may prevent the compromised wireless node from compromising another wireless node.

Abstract: Systems, apparatuses, and methods for cooperative security in wireless sensor networks are described herein. A wireless node may organize itself into a cluster with other wireless nodes. The wireless node may cooperate with other wireless nodes in the cluster to select a leader node. The wireless node may describe its expected behaviors. The wireless node may detect a compromised wireless node within the cluster. The wireless node may prevent the compromised wireless node from compromising another wireless node.

Abstract: Multiple Stacked Rotatable Lollipop comprising at least two stacked individual components each with a plurality of flavors, colors and shapes, each provided with tubular holding sticks, except the uppermost component which has a solid holding stick, while the upper open ends of the tubular holding sticks of the lower components are accessible at the top of their candies or edible parts, and each tubular stick is conveniently dimensioned to loosely insert the holding stick of the individual component stacked above, each longer than the immediate holding stick below, so the lower end of each holding stick protrudes out in a telescopic fashion, thereby when the user holds the stick of one of the stacked components with one of his/her hands, can rotate any of the other components with the other hand or with his/her tongue directly driving its corresponding edible part for his/her amusement.

Abstract: Systems, apparatuses, and methods for cooperative security in wireless sensor networks are described herein. A wireless node may organize itself into a cluster with other wireless nodes. The wireless node may cooperate with other wireless nodes in the cluster to select a leader node. The wireless node may describe its expected behaviors. The wireless node may detect a compromised wireless node within the cluster. The wireless node may prevent the compromised wireless node from compromising another wireless node.

Abstract: A method is provided that comprises: providing a rules storage that provides one or more rules to determine authorized wireless device usage at a site; using a wireless communications sensor system to determine use of a wireless device at the at the site; and using the one or more rules to determine whether the determined use of wireless device use is authorized.

Abstract: Various embodiments pertain to managing electronic devices using an electronic device as a root of trust. According to one embodiment, registration information for an electronic device 150 is received 220. The registration information identifies the electronic device 150 and an environment 130 that the electronic device 150 is trusted in. The electronic device150 is specified 230 as a root of trust device 150 for the trusted environment 130 based on the registration information. The root of trust device 150 is specified 240 as the root of trust for a new electronic device 170 based on new information that identifies the root of trust device 150 and identifies the new electronic device 170. The new electronic device 170 is managed 250 using the root of trust device 150 without requiring the user of the root of trust device 150 and the new electronic device 170 to configure any electronic devices.

Abstract: Various embodiments pertain to managing a converged electronic device 110 that is capable of communicating with a plurality of connections 132, 134. According to one embodiment, a first configuration associated with the converged electronic device 110 is used 220 while the converged electronic device 110 communicates using a first connection 132. An event that relates to the converged electronic device 110 is detected 230 that indicates a second connection 134 could provide a higher level of service for the converged electronic device 110. A second configuration that would be used for the converged electronic device 110 is determined 240 while the converged electronic device 110 communicates using the second connection 134. The second configuration is used 250 while the converged electronic device 110 communicates using the second connection 134.

Abstract: A method is provided that comprises: providing a rules storage that provides one or more rules to determine authorized wireless device usage at a site; using a wireless communications sensor system to determine use of a wireless device at the at the site; and using the one or more rules to determine whether the determined use of wireless device use is authorized.

Abstract: A request for a first function is detected 420. The first function is associated with a first device management protocol. A mapping 140 between a device location agnostic device management entity 110's functions and a device location limited device management entity 130's functions is accessed 430. The mapping 140 is used to translate 440 from the first function to a second function. The second function is associated with a device management protocol that is different from the first electronic device management protocol. The second function is used to provide 450 manageability to the electronic device 200B.

Abstract: Various embodiments pertain to managing electronic devices using an electronic device as a root of trust. According to one embodiment, registration information for an electronic device 150 is received 220. The registration information identifies the electronic device 150 and an environment 130 that the electronic device 150 is trusted in. The electronic device150 is specified 230 as a root of trust device 150 for the trusted environment 130 based on the registration information. The root of trust device 150 is specified 240 as the root of trust for a new electronic device 170 based on new information that identifies the root of trust device 150 and identifies the new electronic device 170. The new electronic device 170 is managed 250 using the root of trust device 150 without requiring the user of the root of trust device 150 and the new electronic device 170 to configure any electronic devices.

Abstract: Various embodiments pertain to managing electronic devices with different types of device location limited device management clients. According to one embodiment, first information describing first device capabilities 122 for a first type of device location limited device management client 126 associated with a first electronic device 120 is received. Second information describing second device capabilities 132 for a second type of device location limited device management client 136 associated with a second electronic device 130 is received. A device location agnostic device management client 124 is installed on the first electronic device 120 while communicating with the first electronic device 120 based on the first device capabilities 122. The device location agnostic device management client 134 is installed on the second electronic device 130 while communicating with the second electronic device 130 based on the second device capabilities 132.

Abstract: A user detects a computer failure. The user communicates the fact of the fault to a support server. The support server requests a central management server to access diagnostic data on the computer. The central management server accesses the diagnostic data via a lights-out module of the computer and forwards the diagnostic data to the support server.