Abstract: The present technology manages frontline worker communication from a smart radio device to one or more computing devices across multiple networks. Upon receiving data, the device duplicates it into multiple copies and encodes those copies for transmission using an MQTT protocol across different networks, enhancing communication reliability. The receiving one or more computing devices reconstruct the original data by selecting the first received packets from each duplicate and organizing each selected packet by timestamp. The device continuously streams data across the multiple networks as users move through varying network signal strengths, ensuring seamless communication.

Abstract: A computer-implemented method for dynamically transferring data packets in a mesh network of smart radio devices can include transmitting a data packet from a first smart radio device to a second one via a first route. The mesh network can include multiple smart radio devices that communicate with each other, with each device configured to dynamically route data packets. The first route can involve transmitting the data packet through at least a third and a fourth smart radio device. The method can include determining, using an operating status of the fourth device, that the fourth device can be experiencing a partial interruption in its operation concurrently with the data packet transmission. In response to this determination, the method can include re-routing the data packet to the second smart radio device via a second route that excludes the fourth device while it is experiencing the interruption.

Abstract: A method enabling dynamic data packet transfer in a mesh network of smart radio devices. A first smart radio device operating within a Digital Enhanced Cordless Telecommunications New Radio Plus (DECT NR+) network transmits a data packet to a wireless device using a first route, which includes multiple hops through several intermediate smart radio devices. Each device in the mesh network can dynamically switch between the DECT NR+ network and a Long Range (LoRa) network. While the data packet is being transmitted, signal strengths between the intermediate devices is continuously monitored. Responsive to a determination that a particular hop's signal strength falls below a predefined threshold, the method automatically switches the transmission for that hop from the DECT NR+ network to the LoRa network.

Abstract: The present technology dynamically manages network connectivity in a portable user device with multiple SIM cards. The method includes activating a SIM card associated with a first network and placing the remaining SIM cards associated with other networks in a passive mode. The device detects the signal strengths of the networks. When the signal strength of a network surpasses a preset threshold, the device switches the corresponding SIM card to active mode and the previously active SIM card to passive mode. This dynamic management approach allows the device to adapt to changing network conditions, maintaining robust connectivity in diverse environments.

Abstract: The present technology provides a computer-implemented method for surveying network connectivity at a worksite. The method includes pairing multiple smart radio devices with a wireless device to identify various site locations within the worksite. The smart radio devices transmit signals to a server from each site location and record latency data corresponding to each site location. Additionally, the smart radio devices record signal quality data of the existing wireless infrastructure at each location. A worksite visualization is then generated based on the collected latency and signal quality data. This visualization aids in assessing and optimizing the network performance across the worksite.

Abstract: A smart walkie-talkie having enhanced functionality that facilitates blind use by a user. The smart walkie-talkie includes a display screen and a blind use interface. The blind use interface includes a push-to-talk (PTT) button. When activated, the PTT button causes audio data to be collected. The collected audio data is streamed to a recipient device and/or automatically transcribed in a particular text-based communication thread. The blind use interface includes large pressure-sensitive buttons disposed on the front face of the smart walkie-talkie for navigating information displayed on the display screen. At least some of the buttons have sloped surfaces to form a concave arrangement easily located by a user in blind use. The blind use interface further includes a rear-facing audio speaker. Output of the audio speaker is directionally reflected towards a head region of a user when the smart walkie-talkie is attached to the user in a blind use position.

Abstract: The disclosed technology facilitates communication between frontline workers and industrial systems using portable devices and generative artificial intelligence models (“GAI Models”). Workers use smart radios to issue natural language commands, which GAI Models interpret to generate machine-specific actions. These models process inputs such as spoken language, text, and gestures, making the system adaptable to various environments. The models can be trained on machine data and worker interactions for improved accuracy. Additionally, the system uses location and user information to customize responses and can handle machine-generated alerts for worker intervention.

Abstract: The present technology relates to a smart radio device and system designed to facilitate seamless user profile registration and device pairing. The smart radio device can activate a registration mode upon disconnection from a docking station. In this mode, the device detects a user-specific device within a threshold range using short-range radio communication, retrieves the corresponding user profile from a server, and pairs the devices. The system supports pairing via Near-Field Communication (NFC) or other short-range radio communications and manages active and inactive modes to control device interactions. The invention ensures secure and efficient user profile management and device pairing, enhancing user experience and operational efficiency.

Abstract: A device monitors the steps and movement of the user within a worksite to measure the user’s experience associated with the worksite and generate a resume based on the user’s experience. The device obtains a set of geospatial data that indicates the content of a geographic area bounded within a geofence. Sensors of the device detects a presence of a user within the geofence. The user is associated with a user profile, and the user profile indicates the frequency and/or magnitude of the user's presence at the content of the geographic area. The sensors of the device calculates the number of steps traveled by the user within the geofence. The device modifies the user profile to increase the frequency or magnitude of the user's presence at the content of the geographic area indicated by the user profile in accordance with the number of steps.

Abstract: A smart walkie-talkie having enhanced functionality that facilitates blind use by a user. The smart walkie-talkie includes a display screen and a blind use interface. The blind use interface includes a push-to-talk (PTT) button. When activated, the PTT button causes audio data to be collected. The collected audio data is streamed to a recipient device and/or automatically transcribed in a particular text-based communication thread. The blind use interface includes large pressure-sensitive buttons disposed on the front face of the smart walkie-talkie for navigating information displayed on the display screen. At least some of the buttons have sloped surfaces to form a concave arrangement easily located by a user in blind use. The blind use interface further includes a rear-facing audio speaker. Output of the audio speaker is directionally reflected towards a head region of a user when the smart walkie-talkie is attached to the user in a blind use position.

Abstract: The technology discloses a method for generating a prioritized queue containing reported safety hazards in a site. The system receives a message with at least one issue within the site, and the system generates a command set containing the message and other instructive parameters. The system inputs the command set in an AI model, which identifies issue(s) within the message and integrates the issue(s) in a prioritized queue. Determining where each issue is integrated into the prioritized queue is directed by the instructive parameters in the command set. The system receives the generated prioritized queue from the AI model, in which the system presents to a safety user device.

Abstract: Disclosed is a system for monitoring confined spaces. The system includes a portable area monitor that operates in a local LTE network, and thus, is included into a cloud-based platform. A Wi-Fi antenna is included in the confined space, enabling communications with both smart communication devices and gas sensors worn by workers while inside the confined space, thus providing cloud network visibility.

Abstract: Methods, apparatuses, and systems for a charging station update platform are disclosed. A host server transmits software update data to a local network comprised of a charging station bank and one or more wireless devices. Depending on the local area network configuration and/or the communication environment, the software update data is downloaded by one or more wireless devices. The one or more wireless devices subsequently transmit the software update data to the charging station bank, which then transmits the update data to corresponding wireless devices. Alternatively, the charging station bank downloads the software update data directly from the host server and transmits the software update to the one or more wireless devices, and/or the other charging station banks in a charging station network.

Abstract: Methods, apparatuses, and systems for a charging station update platform are disclosed. A host server transmits software update data to a local network comprised of a charging station bank and one or more wireless devices. Depending on the local area network configuration and/or the communication environment, the software update data is downloaded by one or more wireless devices. The one or more wireless devices subsequently transmit the software update data to the charging station bank, which then transmits the update data to corresponding wireless devices. Alternatively, the charging station bank downloads the software update data directly from the host server and transmits the software update to the one or more wireless devices, and/or the other charging station banks in a charging station network.

Abstract: A platform enables a user of a smart radio device to select a music channel for playback through a loudspeaker coupled to the smart radio device. The smart radio is configured for two-way communication and belongs to a group of smart radio devices associated with a facility. The platform sets parameter(s) for playback of music at the smart radio device in accordance with rule(s) that are implemented for the facility and cause the smart radio device to respond to an event detected at the smart radio device by performing an action. The event is based on a location of the smart radio device relative to a geofenced area of the facility or presence of a device, equipment, or machine in a threshold vicinity of the smart radio device. The action can include modifying value(s) of the parameter(s) of playback of music.

Abstract: A platform enables a user of a smart radio device to select a music channel for playback through a loudspeaker coupled to the smart radio device. The smart radio is configured for two-way communication and belongs to a group of smart radio devices associated with a facility. The platform sets parameter(s) for playback of music at the smart radio device in accordance with rule(s) that are implemented for the facility and cause the smart radio device to respond to an event detected at the smart radio device by performing an action. The event is based on a location of the smart radio device relative to a geofenced area of the facility or presence of a device, equipment, or machine in a threshold vicinity of the smart radio device. The action can include modifying value(s) of the parameter(s) of playback of music.

Abstract: A platform enables a user of a smart radio device to select a music channel for playback through a loudspeaker coupled to the smart radio device. The smart radio is configured for two-way communication and belongs to a group of smart radio devices associated with a facility. The platform sets parameter(s) for playback of music at the smart radio device in accordance with rule(s) that are implemented for the facility and cause the smart radio device to respond to an event detected at the smart radio device by performing an action. The event is based on a location of the smart radio device relative to a geofenced area of the facility or presence of a device, equipment, or machine in a threshold vicinity of the smart radio device. The action can include modifying value(s) of the parameter(s) of playback of music.

Abstract: A headphone apparatus and methods of operation for bone conduction headphones with push-to-talk operation is disclosed. The headphone apparatus is capable of wireless communication and can be communicatively coupled to one or more machines. The push-to-talk feature of the headphone apparatus enables transmissions/messages from the headphone apparatus to the one or more communicatively coupled machines. The push-to-talk feature of the headphone apparatus can also enable push-to-talk operation of the one or more communicatively coupled machines. The headphone apparatus is configured to be received by a charging case. The charging case is configured to enable wireless charging and/or wired charging of the headphone. The charging case is configured to be received by a charging cradle.

Abstract: An apparatus (e.g., smart radio) carried by a worker includes a location tracking and/or machine-to-machine communication component. Via these features, a user of the apparatus receives information related to nearby equipment, machinery, structures, or components located throughout a worksite. The apparatus further includes a microphone, enabling the user to dictate tasks, updates, or requests based on this information. The apparatus automatically generates and/or updates data records from these dictations and uses context, including the information received by the user, to improve the data records. For example, semantic gaps or abstractions, such as this machine, in the user's dictations are more specifically defined or identified in a data record based the context, such as the user being located nearby a particular machine that the user is likely referring to when dictating this machine. As such, manual efforts and human errors associated with data record creation can be minimized, in some examples.

Abstract: Methods, apparatuses, and systems for device tracking and geofencing reporting are disclosed herein. An apparatus (e.g., smart radio) carried by a worker includes location tracking and/or machine-to-machine communication components and a speaker. A machine in a work facility that does not otherwise include local, short-range reporting apparatus (e.g., a speaker) is equipped with a sensor suite configured to detect issues therewith. As a worker carrying a smart radio walks by a machine with a detected issue requiring repair or maintenance, the smart radio issues an auditory notification describing the issue, which enables the worker to stop and address the issue while they are in the local area of the machine. The smart radio thus operates as a speaker for the machine.