Abstract: Disclosed herein are apparatuses and methods for tracking chain of custody of a security camera using blockchain. An implementation may comprise receiving and granting a request for custody of a security camera by a first operator. The implementation further includes generating a block of a blockchain comprising identifiers of the first operator, security camera, and timestamp. The implementation includes distributing the blockchain to a plurality of nodes in a blockchain network. For each indication received of activity associated with usage and custody of the security camera to be recorded on the blockchain, the implementation includes generating a new block on the blockchain recording the activity. The implementation further includes receiving and verifying an authenticity a video clip from the security camera based on each activity recorded in the blockchain. In response to determining that the video clip is not authentic, the implementation includes generating an alert indicating inauthenticity.

Abstract: A method for communication between a plurality of security sensors includes identifying and tracking a potential security threat by a first security sensor. One or more security sensors located within a predefined proximity of the first security sensor are identified by the first security sensor. Status information and location information of each of the one or more security sensors are received by the first security sensor. A second security sensor is selected from the one or more security sensors based on the status information and the location information. The second security sensor is configured to track the potential security threat. Information related to the potential security threat is transmitted by the first security sensor to the second security sensor.

Abstract: Example implementations include a method, apparatus and computer-readable medium at a computing device for providing security system information using smart glasses, comprising receiving location information of the smart glasses in an environment comprising a plurality of security devices, wherein each security device outputs unique security system information about the environment. The implementations further include identifying at least one security device that is associated with a location with the smart glasses based on the location information. Additionally, the implementations further include retrieving the security system information from the at least one security device. Additionally, the implementations further include generating a user interface element based on the security system information. Additionally, the implementations further include transmitting the user interface element for display on a user interface of the smart glasses.

Abstract: Disclosed herein are apparatuses and methods for providing evacuation guidance. An implementation may determine a last known location of a person in an environment under evacuation. An implementation may calculate, for the person, an exit time for evacuating the environment based on an amount of time needed by the person to exit the environment starting from the last known location. An implementation may monitor whether the person has evacuated the environment. An implementation may determine whether a current time has passed the exit time. An implementation may transmit an alert to a device of the person in response to determining that the current time has passed the exit time and that the person has not evacuated the environment.

Abstract: Apparatus and system for recording mail screening process includes a casing having a base and a top housing mounted over the base in a spaced-apart relationship. The apparatus further includes a light generating assembly coupled with the top housing and configured to generate an inspection light beam and a first image sensor coupled with the top housing and configured to receive and detect the inspection light beam and configured to capture a first image of a mail item. The apparatus also includes a processing unit configured to perform a processing of the first image in order to identify a security threat and a display coupled with the casing and/or with the top housing and communicatively coupled with the processing unit to receive and display the processed first image. The apparatus also includes a second image sensor coupled with the top housing and configured to capture mail screening process.

Abstract: A method for recording mail screening process includes receiving, by a processor of a recording device, a first image of a mail item placed into an inspection zone of a mail screening device from a first image sensor of the mail screening device. A video stream capturing screening of the mail item is received by the processor of the recording device from a second image sensor of the mail screening device. The first image of the mail item and the video stream of the mail item are analyzed by the recording device to determine if the mail item contains a security threat. A notification is generated, by the processor of the recording device, in response to determining that the mail item contains the security threat.

Abstract: Disclosed herein are apparatuses and methods for providing evacuation guidance. An implementation may comprise identifying a person physically present in an environment requiring an evacuation. The implementation further includes detecting, using at least one sensor in the environment, a last known location of the person. The implementation further includes calculating an exit time for evacuating the environment based on the last known location. The implementation further includes monitoring, using at least one sensor located at an egress point of the environment, whether the person has evacuated the environment. The implementation further includes determining whether a current time has passed the exit time. The implementation further includes transmitting an alert to a device of the respective person in response to determining that the current time has passed the exit time and that the person has not evacuated the environment.

Abstract: Aspects of the present disclosure include methods, systems, and non-transitory computer readable media for receiving a plurality of images of a plurality of street locations from a plurality of image capturing devices, identifying an event at a street location of the plurality of street locations based on one or more of the plurality of images, determining at least one new route for at least one vehicle based on the event and one or more of the plurality of images, and transmitting at least one indication indicating the at least one new route to at least one receiving device.

Abstract: Disclosed herein are apparatuses and methods for tracking chain of custody of a security camera using blockchain. An implementation may comprise receiving and granting a request for custody of a security camera by a first operator. The implementation further includes generating a block of a blockchain comprising identifiers of the first operator, security camera, and timestamp. The implementation includes distributing the blockchain to a plurality of nodes in a blockchain network. For each indication received of activity associated with usage and custody of the security camera to be recorded on the blockchain, the implementation includes generating a new block on the blockchain recording the activity. The implementation further includes receiving and verifying an authenticity a video clip from the security camera based on each activity recorded in the blockchain. In response to determining that the video clip is not authentic, the implementation includes generating an alert indicating inauthenticity.

Abstract: Disclosed herein are apparatuses and methods for providing evacuation guidance. An implementation may comprise identifying a person physically present in an environment requiring an evacuation. The implementation further includes detecting, using at least one sensor in the environment, a last known location of the person. The implementation further includes calculating an exit time for evacuating the environment based on the last known location. The implementation further includes monitoring, using at least one sensor located at an egress point of the environment, whether the person has evacuated the environment. The implementation further includes determining whether a current time has passed the exit time. The implementation further includes transmitting an alert to a device of the respective person in response to determining that the current time has passed the exit time and that the person has not evacuated the environment.

Abstract: Disclosed herein are apparatuses and methods for providing personalized and contextualized environment security information. An implementation may comprise collecting a plurality of sensor data from a plurality of sensors located in an environment, detecting a security event in the environment based on at least a portion of the plurality of sensor data, and generating contextual information for the security event based on at least a larger portion of the plurality of sensor data. The implementation may further comprise detecting a first user accessing security information for the environment on an output device, retrieving a user profile of the first user, and generating a remediation conversation based on the user profile, the security event, and the contextual information. The implementation may further comprise outputting at least a first portion of the remediation conversation on the output device.

Abstract: A wearable telecommunications device enabling a user to engage in teleconferencing activity from nontraditional locations, while allowing the user free use of his hands. The wearable telecommunications device houses a plurality of input and output devices removably attached to the body of the wearable device. The input and output devices generally include one or more cameras, motion sensors, at least one microphone, and at least one power source. The housing generally consists of wearable headgear such as a helmet. The headgear will have a smaller display near the user's right or left eye, and can also have a larger display mounted on the exterior, whereby others can view information, or the user can view information.

Abstract: A wearable telecommunications device enabling a user to engage in teleconferencing activity from nontraditional locations, while allowing the user free use of his hands. The wearable telecommunications device houses a plurality of input and output devices removably attached to the body of the wearable device. The input and output devices generally include one or more cameras, motion sensors, at least one microphone, and at least one power source. The housing generally consists of wearable headgear such as a helmet. The headgear will have a smaller display near the user's right or left eye, and can also have a larger display mounted on the exterior, whereby others can view information, or the user can view information.

Abstract: A portable immersive telepresence conferencing system which can capture audio data and video data and communicate at least some of the captured data to at least one remote endpoint via a network interface, receive image data and audio data from at least one remote source via the network interface and render a depiction of at least one object, which is substantially the same size of the actual object being shown.

Abstract: A portable immersive telepresence conferencing system which can capture audio data and video data and communicate at least some of the captured data to at least one remote endpoint via a network interface, receive image data and audio data from at least one remote source via the network interface and render a depiction of at least one object, which is substantially the same size of the actual object being shown.

Abstract: A portable immersive telepresence conferencing system which can capture audio data and video data and communicate at least some of the captured data to at least one remote endpoint via a network interface, receive image data and audio data from at least one remote source via the network interface and render a depiction of at least one object, which is substantially the same size of the actual object being shown.

Abstract: A portable immersive telepresence conferencing system which can capture audio data and video data and communicate at least some of the captured data to at least one remote endpoint via a network interface, receive image data and audio data from at least one remote source via the network interface and render a depiction of at least one object, which is substantially the same size of the actual object being shown.

Abstract: A conferencing peripheral for use with a mobile device or laptop or desktop computer can include one or more projectors, cameras, microphones, and speakers. Such a device can work with the mobile device to provide a higher quality conferencing experience than has been provided to date by projecting a substantially full size, high resolution, image of conference participants onto a screen or wall and by providing microphones, speakers, and sufficient audio processing to provide high fidelity audio as part of the conferencing experience. The peripheral may be configured to use the voice and/or data network of the mobile device or may include its own internal network interface.

Abstract: A videoconference multipoint control unit (MCU) automatically generates display layouts for videoconference endpoints. Display layouts are generated based on attributes associated with video streams received from the endpoints and display configuration information of the endpoints. An endpoint can include one or more attributes in each outgoing stream. Attributes can be assigned based on video streams' role, content, camera source, etc. Display layouts can be regenerated if one or more attributes change. A mixer can generate video streams to be displayed at the endpoints based on the display layout.

Abstract: A conferencing peripheral for use with a mobile device or laptop or desktop computer can include one or more projectors, cameras, microphones, and speakers. Such a device can work with the mobile device to provide a higher quality conferencing experience than has been provided to date by projecting a substantially full size, high resolution, image of conference participants onto a screen or wall and by providing microphones, speakers, and sufficient audio processing to provide high fidelity audio as part of the conferencing experience. The peripheral may be configured to use the voice and/or data network of the mobile device or may include its own internal network interface.