Abstract: A method and system for automatically coupling Bluetooth devices is disclosed. In some embodiments, the method includes identifying a plurality of Bluetooth devices within a predefined discoverable range of a computing device; identifying one or more current applications running on the computing device; determining a plurality of connection parameters associated with the computing device; assigning a confidence score to each of the plurality of Bluetooth devices based on a rule engine; iteratively generating a priority list by arranging the plurality of Bluetooth devices in an order of connection preference based on assigned confidence scores; coupling at least one Bluetooth device from the plurality of Bluetooth devices with the computing device based on the priority list generated iteratively.

Abstract: A system for controlling airplane mode of a user device is configured to transmit a connection request to a telecommunication network for connecting with a target user device over a first communication channel. Upon receiving a call failure response from the telecommunication network the system is configured to transmitting a second communication request to the target user device through a second communication channel, wherein the second communication request comprises a target authentication key. The target user device is configured for generating an authentication response upon authentication of the second communication request based on the target authentication key. Further, the system is configured to transmit an activation signal to the target user device through the secondary communication channel for deactivating the airplane-mode and activate the first communication channel upon receipt of the activation signal.

Abstract: A wearable multi Radio Frequency Identification (RFID) device is disclosed. The wearable multi RFID device includes a container that includes an inner housing that further includes a plurality of fixed slots configured to receive a plurality of RFID tags. The container further includes an outer casing that at least partially encloses the inner housing circumferentially and is configured to slide around the inner housing in the container. The outer casing includes a layer of electromagnetic shielding material. The outer casing is further configured to shield the plurality of RFID tags from being scanned, at a first position and selectively expose one of the plurality of RFID tags for being scanned, at an associated second position from a plurality of second positions, based on mapping with at least one criterion defined by a user.

Abstract: A system for controlling airplane mode of a user device is configured to transmit a connection request to a telecommunication network for connecting with a target user device over a first communication channel. Upon receiving a call failure response from the telecommunication network the system is configured to transmitting a second communication request to the target user device through a second communication channel, wherein the second communication request comprises a target authentication key. The target user device is configured for generating an authentication response upon authentication of the second communication request based on the target authentication key. Further, the system is configured to transmit an activation signal to the target user device through the secondary communication channel for deactivating the airplane-mode and activate the first communication channel upon receipt of the activation signal.

Abstract: One or more processors receive a geographic destination. One or more processors determine one or more parking spaces within a distance of the geographic destination. One or more processors assign a ranking order for the one or more parking spaces based on one or both criteria of comfort and safety. One or more processors provide navigation to the one or more parking spaces. The ranking order for the one or more parking spaces determines an order of arrival at any one parking space of the one or more parking spaces.

Abstract: One or more processors receive a geographic destination. One or more processors determine one or more parking spaces within a distance of the geographic destination. One or more processors assign a ranking order for the one or more parking spaces based on one or both criteria of comfort and safety. One or more processors provide navigation to the one or more parking spaces. The ranking order for the one or more parking spaces determines an order of arrival at any one parking space of the one or more parking spaces.