Abstract: A system and method for delivering and receiving messages between users connected to satellite and cellular networks. The system includes a communication device capable of operating in either satellite or cellular modes, a satellite service provider, a satellite proxy network, and a cellular operator. The method involves monitoring the network mode of the user device, relaying information about the user device's connection to the satellite network and registering the user device with a cellular operator when in satellite mode. The satellite proxy network serves as an anchoring point for sending and receiving messages, ensuring seamless message exchange between satellite network users and cellular network users. The user device is designed to automatically switch between satellite and cellular modes based on network availability, ensuring continuous communication. This invention enables improved messaging services and enhances communication between users on different networks.

Abstract: A system and method for delivering and receiving Short Message Service (SMS) messages between users connected to satellite and cellular networks. The system includes a communication device capable of operating in either satellite or cellular modes, a satellite service provider, a satellite proxy network, and a cellular operator. The method involves monitoring the network mode of the user device, relaying information about the user device's connection to the satellite network via a specially formatted SMS payload and registering the user device with a cellular operator when in satellite mode. The satellite proxy network serves as an anchoring point for sending and receiving SMS messages, ensuring seamless message exchange between satellite network users and cellular network users. The user device is designed to automatically switch between satellite and cellular modes based on network availability, ensuring continuous communication.

Abstract: This invention provides a method and system for secure messaging on a mobile network, leveraging public/private key encryption. The method includes steps for deploying a trusted application by a mobile carrier on a device with a Trusted Execution Environment (TEE). A wireless Software Development Kit (SDK) on the subscriber device interacts with the trusted application and a wireless original equipment manufacturer (OEM) cloud service for mutual attestation, confirming the identity and trustworthiness of the device. A pair of public and private keys are generated, with the private key secured on the device. Messages are encrypted with the public key at a cloud messaging application, and decrypted with the private key at the device, enabling secure, viewable messages. The system can support secure transmission of one-time-passwords (OTPs) from an enterprise application, as well as encrypted chat functionality for device responses to the enterprise application.

Abstract: This invention is a system and method for verifying a sender of messages on a mobile network. Software on a cloud messaging service generates a public/private key pair. The private key is securely retained in a cloud wallet service and is accessible to a messaging cloud service (the trusted sender). The public key is shared with a subscriber device that receives messages from the messaging cloud service. The cloud messaging service receives an inbound message for the subscriber device from a trusted enterprise application via a secure connection. The cloud messaging service signs a special header to the message with its private key. When the message is received by the subscriber device, the public key resident on the device verifies the message header signed with the public key of the cloud messaging service thereby verifying the sender.

Abstract: This invention is a system and method for verifying a sender of messages on a mobile network. Software on a cloud messaging service generates a public/private key pair. The private key is securely retained in a cloud wallet service and is accessible to a messaging cloud service (the trusted sender). The public key is shared with a subscriber device that receives messages from the messaging cloud service. The cloud messaging service receives an inbound message for the subscriber device from a trusted enterprise application via a secure connection. The cloud messaging service signs a special header to the message with its private key. When the message is received by the subscriber device, the public key resident on the device verifies the message header signed with the public key of the cloud messaging service thereby verifying the sender.

Abstract: A system and method for delivering and receiving Short Message Service (SMS) messages between users connected to satellite and cellular networks. The system includes a communication device capable of operating in either satellite or cellular modes, a satellite service provider, a satellite proxy network, and a cellular operator. The method involves monitoring the network mode of the user device, relaying information about the user device's connection to the satellite network via a specially formatted SMS payload and registering the user device with a cellular operator when in satellite mode. The satellite proxy network serves as an anchoring point for sending and receiving SMS messages, ensuring seamless message exchange between satellite network users and cellular network users. The user device is designed to automatically switch between satellite and cellular modes based on network availability, ensuring continuous communication.

Abstract: The invention relates to a method for the production of single alpha chain collagens and an isolated or purified product comprising single alpha chain collagens.

Abstract: A method of verifying telecommunications messaging traffic between two entities and monetizing the verified traffic. A receiving entity receives a message from a sending entity. The message includes a hash value computed by the sending entity based on the content of the message. The hash value is encrypted using a private key of the sending entity. The receiving entity identifies, within a blockchain, a Decentralized Identifier (DID) associated with the sending entity, resolves the DID into a DID document, and retrieves therefrom a public key associated with the sending entity. The receiving entity decrypts the hash value provided by the sending entity using the retrieved public key. The receiving entity independently computes a hash value based on the message content and compares the computed hash value against the decrypted hash value. If the hash values match, the message is verified and routed to its target recipient.

Abstract: This invention is a system and method for verifying a sender of messages on a mobile network. Software on a cloud messaging service generates a public/private key pair. The private key is securely retained in a cloud wallet service and is accessible to a messaging cloud service (the trusted sender). The public key is shared with a subscriber device that receives messages from the messaging cloud service. The cloud messaging service receives an inbound message for the subscriber device from a trusted enterprise application via a secure connection. The cloud messaging service signs a special header to the message with its private key. When the message is received by the subscriber device, the public key resident on the device verifies the message header signed with the public key of the cloud messaging service thereby verifying the sender.

Abstract: This invention pertains to a method for provisioning and implementing two-factor authentication (2FA) for enterprise services. The system securely establishes a trusted identity for a subscriber device using an immutable hardware key and public/private key sets. The device's identity is verified by an Original Equipment Manufacturer (OEM) cloud service. The method includes generating unique transaction nonces for each 2FA request, securing private keys within a Trusted Execution Environment (TEE), and employing a cloud wallet service to store keys. The subscriber device interacts with the system, decrypting and re-encrypting transaction nonces using corresponding keys. This process enables secure transaction from enterprise applications. The system also integrates user consent into the 2FA process, displaying a prompt to approve or deny authentication. This technology enhances security in enterprise services, prioritizing user consent and secure data transfer.

Abstract: A razor component comprises a cooling element, which is adapted to provide a cooling effect on a user's skin during a shaving operation, wherein the razor component includes a pressure-responsive phase-change component that is coupled to the cooling element.

Abstract: A system and method for delivering and receiving Short Message Service (SMS) messages between users connected to satellite and cellular networks. The system includes a communication device capable of operating in both satellite and cellular modes, a satellite service provider, a satellite proxy network, and a cellular operator. The method involves monitoring the network mode of the user device, relaying information about the user device's connection to the satellite network via a specially formatted SMS payload and registering the user device with a cellular operator when in satellite mode. The satellite proxy network serves as an anchoring point for sending and receiving SMS messages, ensuring seamless message exchange between satellite network users and cellular network users. The user device is designed to automatically switch between satellite and cellular modes based on network availability, ensuring continuous communication.

Abstract: A riding lawn care vehicle may include a frame to which wheels of the riding lawn care vehicle are attachable, a seat from which an operator of the riding lawn care vehicle is enabled to access steering controls for the riding lawn care vehicle, a seat mounting structure to which the seat is mounted, an isolation assembly providing vibration isolation between the frame and the seat mounting structure, and a hinge assembly configured to enable the seat to be pivoted via the seat mounting structure from an operating position to a pivoted position in which an area under the seat is exposed or accessible. The hinge assembly and at least a portion of the isolation assembly may be integrated to isolate the seat from vibrations at the frame.

Abstract: Systems and methods for automated routing and rating of communication data.

Abstract: A razor component comprises a cooling element, which is adapted to provide a cooling effect on a user's skin during a shaving operation, wherein the razor component includes a pressure-responsive phase-change component that is coupled to the cooling element.

Abstract: A method of verifying telecommunications messaging traffic between two entities and monetizing the verified traffic. A receiving entity receives a message from a sending entity. The message includes a hash value computed by the sending entity based on the content of the message. The hash value is encrypted using a private key of the sending entity. The receiving entity identifies, within a blockchain, a Decentralized Identifier (DID) associated with the sending entity, resolves the DID into a DID document, and retrieves therefrom a public key associated with the sending entity. The receiving entity decrypts the hash value provided by the sending entity using the retrieved public key. The receiving entity independently computes a hash value based on the message content and compares the computed hash value against the decrypted hash value. If the hash values match, the message is verified and routed to its target recipient.

Abstract: Systems and methods for automated routing and rating of communication data.

Abstract: A method of verifying telecommunications messaging traffic between two entities and monetizing the verified traffic. A receiving entity receives a message from a sending entity. The message includes a hash value computed by the sending entity based on the content of the message. The hash value is encrypted using a private key of the sending entity. The receiving entity identifies, within a blockchain, a Decentralized Identifier (DID) associated with the sending entity, resolves the DID into a DID document, and retrieves therefrom a public key associated with the sending entity. The receiving entity decrypts the hash value provided by the sending entity using the retrieved public key. The receiving entity independently computes a hash value based on the message content and compares the computed hash value against the decrypted hash value. If the hash values match, the message is verified and routed to its target recipient.

Abstract: Systems and methods for automated routing and rating of communication data.