ProdataKey Patents
Adaptive unicast timeout for a wireless network having optimized routing
US 10, 420, 012 B2
Status: Active
Abstract
A system and method for optimizing performance of a network by creating a database of the time that a packet takes to be transmitted from one node to a next adjacent node, and uses that database to calculate a new default Unicast timeout period, wherein if an acknowledgement is not received from a destination node within the default Unicast timeout period, then the packet may be retransmitted in a period of time that is optimized and not dependent on waiting for a standard Unicast timeout period to expire, and wherein a system and method also includes replacing the use of broadcast messages to learn the status of nodes on a network by creating a self-forming and self-correcting dynamic network by compiling a database of all known paths through a network, rating all known paths so that if the best route is blocked, the next best route can be substituted for it to enable a date packet to have the fastest path back to a source.
Google Patents ​​
Automated troubleshooting of a wireless network using a wireless network control system
US 11, 025, 480 B2
Status: Active
Abstract
A system and method for identifying weaknesses in a wireless network, wherein a wireless network control system exercises a wireless network by transmitting a large volume of data between nodes in order to identify network weaknesses and communication bottlenecks, wherein the wireless network control system is automated so that it may perform identification of network problems without user intervention, and wherein the wireless network control system may make suggestions as to how the network weaknesses and communication bottlenecks may be repaired.
Multi-factor authentication for access control using a wearable device
US 11, 693, 941 B2
Status: Active
Abstract
A system and method for providing multi-factor authentication for access through a door, but without the user having to repeat a physical act of providing authentication every time that the door is opened, wherein the first time through the door, multi-factor authentication is provided to the access control system, and wherein each subsequent access through the door, multi-factor authentication is performed automatically and without intervention of the user as long as the user has a wearable device providing at least one factor of the multi-factor authentication, and the user has not removed the wearable device since the multi-factor authentication was last provided to the access control system.
Multi-factor authentication for access control using a wearable device
US 11, 693, 941 B2
Status: Active
Abstract
A system and method for providing multi-factor authentication for access through a door, but without the user having to repeat a physical act of providing authentication every time that the door is opened, wherein the first time through the door, multi-factor authentication is provided to the access control system, and wherein each subsequent access through the door, multi-factor authentication is performed automatically and without intervention of the user as long as the user has a wearable device providing at least one factor of the multi-factor authentication, and the user has not removed the wearable device since the multi-factor authentication was last provided to the access control system.
One-to-many wireless device pairing strategy for enhanced redundancy
US 19/401, 005
Status: Pending
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Systems and methods for predictive sleep scheduling for battery-powered devices
US 19/427, 544
Status: Pending
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