Abstract: A first email message is received. The first email message has a first recipient email address and a first payload. The first recipient email address has a first username portion and a first domain name portion. If a user account is associated with the first username portion, then the first payload is transmitted to an email address associated with that user account. Otherwise, the first payload is transmitted, via a fax transmission method, to a first destination specified by a first destination identifier based on the first username portion of the first recipient email address.

Abstract: A method performed by at least one computer processor of a message delivery system includes generating a mapping among registry identifiers, destination identifiers, and preferred transmission methods of a plurality of users. Each user's destination identifier is associated with at least one delivery address for receipt of electronic package transmissions by the respective user. An outbound delivery request is received and includes a specified destination identifier for delivery of an electronic package. If the specified destination identifier is included in the mapping table, the mapping table is used to identify, based on the specified destination identifier, a preferred transmission method for transmitting the electronic package. The electronic package is transmitted using the preferred transmission method.

Abstract: Traditional fax servers may be improved to interoperate with secure fax servers, enabling high-resolution, color fax receipt by the traditional fax server in addition to traditional low-resolution, black-and-white fax receipt. A process for authenticating and registering allows the traditional fax server to receive digital faxes sent through the secure fax server. Further, an automated registration process allows sending to any existing fax number through the secure fax server. If no verified destination is known, a traditional fax is sent. If that reaches a interoperable traditional fax server, the number may be verified, digital fax retrieved, and all future faxes to that number through the secure fax server delivered as high-resolution color digital faxes. This enables seamless fax quality upgrades within existing fax servers.

Abstract: Nested email delivery substitutes a control token into an recipient email address, and uses the result as the username in email to a domain of a secure processing server. At the secure processing server, the recipient email address is extracted, control token identified, and any attachments processed and delivered based on the control token. The secure processing server may be an internet-based secure fax server and attachments processed as native documents for high-resolution, color faxing. Delivery may also be via certified email, or native documents may be processed into workspace storage or through other configured processing. Multiple tokens may be combined to trigger multiple actions.

Abstract: A secure file transfer system and a secure file transfer method for routing an electronic file or a high-definition facsimile translated from the electronic file, from a sending computing device over a digital electronic communication network to a receiving computing device. The method may include receiving, from the sending computing device, an electronic package including a modified destination identifier including a domain associated with a secure file transfer system. The electronic package may include an electronic file as an attachment. The modified destination identifier may be a modified email address having one or more other characters substituted for an original at-symbol.

Abstract: A high-definition (HD) fax system routes outbound fax job requests including a high-resolution component to appropriate destinations, including among HD-enabled receiving devices and conventional fax devices. If it is determined that a fax destination is not HD-enabled, such as a conventional fax device, the high-resolution component of the outbound fax job request may be rendered as a low-resolution fax. The low resolution fax may be transmitted via a public switched telephone network (PSTN). On the other hand, if it is determined that a fax destination is HD-enabled, a determination may be made whether the HD-enabled fax destination is color enabled, and the high-resolution component may be rendered as either a high-resolution monochrome fax or a high-resolution color fax.

Abstract: A high-definition (HD) fax system routes outbound fax job requests including a high-resolution component to appropriate destinations, including among HD-enabled receiving devices and conventional fax devices. If it is determined that a fax destination is not HD-enabled, such as a conventional fax device, the high-resolution component of the outbound fax job request may be rendered as a low-resolution fax. The low resolution fax may be transmitted via a public switched telephone network (PSTN). On the other hand, if it is determined that a fax destination is HD-enabled, a determination may be made whether the HD-enabled fax destination is color enabled, and the high-resolution component may be rendered as either a high-resolution monochrome fax or a high-resolution color fax.

Abstract: A computer system maps unique addresses to the conventional fax numbers of conventional fax devices (such as conventional fax machines and computing devices having conventional fax capabilities). A transmitting user who is connected to the Internet may send an IP fax to a receiving user who is also connected to the Internet by addressing the receiving user using the receiving user's unique address, even if the sending user and receiving user are not within the same local network. A server outside of the receiving user's local network mediates the transmission of the IP fax from the transmitting user to the receiving user. The server may select a preferred transmission method of the recipient (e.g., conventional fax, IP fax, email, or secure document delivery) and transmit the fax to the receiving user using that preferred transmission method. Transmitted faxes may be in color and/or contain high-definition content.

Abstract: A first enrolled user of a message transmission uses the system to transmit an invitation to a second user, who is not enrolled as a user of the system. The second user uses the invitation to download and install a messaging client onto the second user's local machine automatically. The system generates a unique ID for the second user automatically. The system executes the second user's messaging client and configures the second user's account and messaging client with the second user's unique ID and account information obtained from the second user. The system automatically transmits any message contained within the invitation to the second user upon completion of the previous steps. The system thereby minimizes the number of manual steps that must be performed by the second user to create an account and to configure the second user's messaging client for use with the message transmission system.

Abstract: A computer system maps unique addresses to the conventional fax numbers of conventional fax devices (such as conventional fax machines and computing devices having conventional fax capabilities). A transmitting user who is connected to the Internet may send an IP fax to a receiving user who is also connected to the Internet by addressing the receiving user using the receiving user's unique address, even if the sending user and receiving user are not within the same local network. A server outside of the receiving user's local network mediates the transmission of the IP fax from the transmitting user to the receiving user. The server may select a preferred transmission method of the recipient (e.g., conventional fax, IP fax, email, or secure document delivery) and transmit the fax to the receiving user using that preferred transmission method. Transmitted faxes may be in color and/or contain high-definition content.

Abstract: A computer system maps unique addresses to the conventional fax numbers of conventional fax devices (such as conventional fax machines and computing devices having conventional fax capabilities). A transmitting user who is connected to the Internet may send an IP fax to a receiving user who is also connected to the Internet by addressing the receiving user using the receiving user's unique address, even if the sending user and receiving user are not within the same local network. A server outside of the receiving user's local network mediates the transmission of the IP fax from the transmitting user to the receiving user. The server may select a preferred transmission method of the recipient (e.g., conventional fax, IP fax, email, or secure document delivery) and transmit the fax to the receiving user using that preferred transmission method. Transmitted faxes may be in color and/or contain high-definition content.

Abstract: A system and method for electronically transferring documents or any type of electronic media. Application clients may be installed on, or provided in the form of, internet connected devices. The application clients may be used without having to reconfigure a device firewall. A central server may be used to connect document transmitters to document receivers, using a global table of parties. Advantages include providing authenticated, real time, secure, reliable, and confirmed delivery among single or multiple recipients. Another feature includes a global directory to provide levels of service to users.

Abstract: The present invention is a security monitoring system which effectively monitors a large number of areas in a cost effective manner using already existing communications infrastructure. More specifically, the method and apparatus of the present invention warns at least one security post of an undesired condition at a monitored area by sending a fax of an image of the monitored area via a phone line and/or by sending an E-mail of a color image via a global telecommunications network such as the Internet. Generally, the present invention includes a camera for creating a first image of the monitored area at a first time point and for creating a second image of the monitored area at a second time point. In addition, a data storage device stores the first image and the second image, and an image processor, coupled to the data storage device, compares the first image with the second image.

Abstract: The present invention is a security monitoring system which effectively monitors a large number of areas in a cost effective manner using already existing communications infrastructure. More specifically, the method and apparatus of the present invention warns at least one security post of an undesired condition at a monitored area by sending a fax of an image of the monitored area via a phone line and/or by sending an E-mail of a color image via a global telecommunications network such as the Internet. Generally, the present invention includes a camera for creating a first image of the monitored area at a first time point and for creating a second image of the monitored area at a second time point. In addition, a data storage device stores the first image and the second image, and an image processor, coupled to the data storage device, compares the first image with the second image.