A removable position locator having a light source and attachment hardware for attaching the removable position locator to a body, the attachment hardware has at least one hardware light-transmitting through-hole, the removable position locator has at least one locator light-transmitting through-hole and the light from the light source is projected outward through the light-transmitting through-hole, the body has an opening that is substantially the same or bigger than the hardware light-transmitting through-hole and the opening is substantially aligned with the hardware light-transmitting through hole and the locator light-transmitting through-hole when the hardware is attached to the body.

A position locator with a shell with a first resonant chamber, a second resonant chamber, a buzzer element, a main board and a power supply. The first resonant chamber is located above the second resonant chamber located below, the buzzer element separates the first resonant chamber and the second resonant chamber, the main board is connected to the buzzer element for controlling the position locator power on and off, the power supply is connected to the main board for supplying power to the main board.

Smart appliances communicate over a local area network. A selected sound palette includes multiple soundfile groups that each include multiple soundfiles. Each soundfile within a given sound palette has a first common sound attribute, each soundfile within a given soundfile group has a second common sound attribute, each soundfile within a given soundfile group has a variation of the second common sound attribute that is unique among the soundfile groups, and each soundfile within a given soundfile group has a unique variation of a third common sound attribute. One soundfile group may be assigned to each of the appliances, and one soundfile within each soundfile group may be assigned to an alert type. The assigned soundfile group is sent to the appliance with identification of the alert type to which each soundfile is assigned, such that the appliance may use an assigned soundfile for audible alerts.

Smart appliances communicate over a local area network. A selected sound palette includes multiple soundfile groups that each include multiple soundfiles. Each soundfile within a given sound palette has a first common sound attribute, each soundfile within a given soundfile group has a second common sound attribute, each soundfile within a given soundfile group has a variation of the second common sound attribute that is unique among the soundfile groups, and each soundfile within a given soundfile group has a unique variation of a third common sound attribute. One soundfile group may be assigned to each of the appliances, and one soundfile within each soundfile group may be assigned to an alert type. The assigned soundfile group is sent to the appliance with identification of the alert type to which each soundfile is assigned, such that the appliance may use an assigned soundfile for audible alerts.

An electronic device tracking assembly for locating a misplaced electronic device includes a case that may contain an electronic device. A location unit is provided and the location unit is coupled to the case. The location unit selectively emits an audible alert thereby facilitating the case to be located. A remote unit is provided and the remote unit is selectively carried. The remote unit is selectively turned on when the electronic device is misplaced. Moreover, the remote unit turns the location unit on when the remote unit is turned on.

An electronic device tracking assembly for locating a misplaced electronic device includes a case that may contain an electronic device. A location unit is provided and the location unit is coupled to the case. The location unit selectively emits an audible alert thereby facilitating the case to be located. A remote unit is provided and the remote unit is selectively carried. The remote unit is selectively turned on when the electronic device is misplaced. Moreover, the remote unit turns the location unit on when the remote unit is turned on.

A personal safety recording system allows an individual to carry a concealed camera on themselves. The camera being concealed increases the likelihood of capturing any threatening or harmful behavior experienced or witnessed by the individual. The camera could be concealed in an owl or other shape and is intended to appear a normal clothing article. While the camera is recording a trigger or notification sequence alerts a friend or other third party that the camera is capturing an event that requires attention. The recording is sent through a transmitter or through another computing device such as a phone. The person's voice or buttons are examples of how the system could quickly and discreetly be activated to transmit the recording.

A multifunctional position locator with a body, a hardware piece attached to the body, a base case removably attached to the hardware with at least one power contact and an NFC sensor, a position locator removably attached to the base case and having at least one position locator power contact, the position locator has at least one light-transmitting through-hole provided with a light source inside of the position locator and light from the light source is projected outward through at least one of the light-transmitting through-holes, the hardware has a hardware opening and the position of the light-transmitting through-hole is matched with hardware opening, the body has a body opening that is at least the same size or larger than the hardware light-transmitting through-hole and the body opening is substantially aligned with the hardware opening and the light-transmitting channel when the hardware is attached to the body.

A method for providing position-based communication is provided. The position-based communication system determines a list of registered users; associating an ear bud for each listed registered user, wherein each ear bud is coupled to a speaker. The position-based communication system receives, via one or more beacons, one or more configurable security parameters defining a geofence environment, or alternatively a configurable geolocation distance from a software application. Each computing device when within the geofence environment or configurable geolocation distance is adapted to activate an operatively associated microphone; identify one or more registered users within the geofence environment or the configurable geolocation distance; and transmit signals received by the microphone to the speaker of each ear bud.

A security-monitoring platform adapted to automatically handle and route security alerts to security personnel through personnel assistant devices. The personnel assistant devices preferably include location and availability information that can be conveyed to the security-monitoring platform. The system and method includes analyzing location information for the security alert source with respect to the availability and location information for each personnel assistant device to identify one or more security guards that can handle the security alert. The system is able to automatically perform these tasks without having to first be routed through a queue for analysis from a security-monitoring platform operator. As a result, the system and method overcomes this major issue in the industry of delayed processing of security alerts and is able to more efficiently and effectively process a plurality of security alerts simultaneously.