Abstract: A computing device (100, 245, 300, 340) arranged for generating an authentication token (AT) being a data structure to be used for authenticating a first computing device (100, 340) to a second computing device (100, 340), wherein the computing device (100, 245, 300, 340) is configured to: generate at least one index; retrieve a portion of a data set (MTS), the portion being a portion of the data set starting at a position in the data set given by the index; and include the portion in the authentication token (AT).

Abstract: A system comprising a terminal and a server, wherein the terminal is installed in the system by the server being configured to: identify the terminal; generate key generation data, comprising at least one data seed; distribute the at least one seed to the terminal; generate key data and meta data based on said at least one seed and a function; store an identifier for the terminal along with the key data and the meta data for the terminal, wherein the terminal is arranged to receive the at least one seed from the server; generate key data and meta data based on said at least one seed and the same function; store the key data and the meta data, wherein the key data and the meta data stored in the terminal are the same as the key data and the meta data stored in the server.

Abstract: A first terminal and a server, wherein the first terminal is configured to authenticate the server by: generating a first authentication token, being a data structure to be used for authenticating a first computing device to a second computing device; and sending the first authentication token to the server, wherein the server is configured for receiving the first authentication token and authenticate it; generating a second authentication token for the first terminal; and send the second authentication token to the first terminal, whereby the first terminal is configured for receiving the second authentication token and authenticate it, thereby performing a mutual authentication of the first terminal and the server.

Abstract: A computing device (100), comprising a memory (240) and a controller (210), wherein said controller (210) is configured to encrypt a file (410) by transforming at least a portion of said file (410) to a number (X) and transforming the number (X) to an exponent vector (exp) comprising at least one exponent, wherein each exponent corresponds to a base in a base vector (base), and wherein the controller (210) is further configured to determine a scaling factor for the current base by dividing the number (X) with the current base raised to the power of the exponent and thereafter determine the residual number (Xres) by reducing the number (X) by the base raised to the power of the exponent multiplied with the scaling factor.

Abstract: A system comprising a terminal and a server, wherein the terminal is installed in the system by the server being configured to: identify the terminal; generate key generation data, comprising at least one data seed; distribute the at least one seed to the terminal; generate key data and meta data based on said at least one seed and a function; store an identifier for the terminal along with the key data and the meta data for the terminal, wherein the terminal is arranged to receive the at least one seed from the server; generate key data and meta data based on said at least one seed and the same function; store the key data and the meta data, wherein the key data and the meta data stored in the terminal are the same as the key data and the meta data stored in the server.

Abstract: A first terminal initiates a communication session with a second terminal by sending a first session request to a server for initiating a communication channel with the second terminal, receiving a first session response from the server, said first response including an identifier for a session channel and data relevant to the second terminal, sending a second session request to the second terminal including an identifier for the first terminal, receiving a third session response from the second terminal, and establishing a connection over the session channel.

Abstract: A system for generating a symmetric encryption key, said system comprising a first terminal, a second terminal and a server, wherein the server is configured to generate a first processing file for the first terminal based on a combination of key data for the first terminal and key data for the second terminal and the key data for the first terminal; generate a second processing file for the second terminal based on a combination of key data for the first terminal and key data for the second terminal and the key data for the second terminal; and send the first processing file to the first terminal and the second processing file to the second terminal; wherein the first terminal is configured to receive the first processing file; extract the combined key data; generate a first random key seed and send it to the second terminal; receive a second random key seed from the second terminal; wherein the second terminal is configured to receive the second processing file; extract the combined key data; generate the s

Abstract: A system comprising a terminal and a server, wherein the terminal is installed in the system by the server being configured to: identify the terminal; generate key generation data, comprising at least one data seed; distribute the at least one seed to the terminal; generate key data and meta data based on said at least one seed and a function; store an identifier for the terminal along with the key data and the meta data for the terminal, wherein the terminal is arranged to receive the at least one seed from the server; generate key data and meta data based on said at least one seed and the same function; store the key data and the meta data, wherein the key data and the meta data stored in the terminal are the same as the key data and the meta data stored in the server.

Abstract: A computing device includes a memory and a controller. The controller is configured to encrypt and/or compress a file by transforming at least a portion of said file to a number and transforming the number to an exponent vector comprising at least one exponent, wherein each exponent corresponds to a base in a base vector, whereby the file is represented by the exponent vector and a family constant. The family constant is configured to align the number to be compressed and/or encrypted into a table family number, and the table family number represents a number family which is evenly dividable with the number.

Abstract: The present disclosure relates to communication sessions between a first node and a plurality of other nodes. Two cryptographic keys are generated. A first cryptographic key is generated (113A) in a first node (10), e.g. Node A. A second cryptographic key is generated (113B) by a second node (22), which is a virtual and temporary node which is executed on a server (20). The second cryptographic key is transmitted to several other nodes (30). The first and second cryptographic keys, which are the same, may then be applied in communication sessions between the first node (10) and the several other nodes (30). Hereby it is made possible to allow for node-to-multinode communication sessions that offer the same, or substantially the same, security as conventional node-to-node communication sessions.

Abstract: A computing device (100), comprising a memory (240) and a controller (210), wherein said controller (210) is configured to compress a file (410) by transforming at least a portion of said file (410) to a number (X) and transforming the number (X) to an exponent vector (exp) comprising at least one exponent, wherein each exponent corresponds to a base in a base vector (base).

Abstract: A computing device (100), comprising a memory (240) and a controller (210) is provided. The controller (210) is configured to encrypt and/or compress a file (410) by transforming at least a portion of said file (410) to a number (X) and transforming the number (X) to an exponent vector (exp) comprising at least one exponent, wherein each exponent corresponds to a base in a base vector (base), whereby the file (410) is represented by the exponent vector (exp) and a family constant (F). The family constant (F) is configured to align the number (X) to be compressed and/or encrypted into a table family number (Ft), and the table family number (Ft) represents a number family which is evenly dividable with the number (X).

Abstract: A first terminal and a server, wherein the first terminal is configured to authenticate the server by: generating a first authentication token, being a data structure to be used for authenticating a first computing device to a second computing device; and sending the first authentication token to the server, wherein the server is configured for receiving the first authentication token and authenticate it; generating a second authentication token for the first terminal; and send the second authentication token to the first terminal, whereby the first terminal is configured for receiving the second authentication token and authenticate it, thereby performing a mutual authentication of the first terminal and the server.

Abstract: The present disclosure relates to communication sessions between a first node and a plurality of other nodes. Two cryptographic keys are generated. A first cryptographic key is generated (113A) in a first node (10), e.g. Node A. A second cryptographic key is generated (113B) by a second node (22), which is a virtual and temporary node which is executed on a server (20). The second cryptographic key is transmitted to several other nodes (30). The first and second cryptographic keys, which are the same, may then be applied in communication sessions between the first node (10) and the several other nodes (30). Hereby it is made possible to allow for node-to-multinode communication sessions that offer the same, or substantially the same, security as conventional node-to-node communication sessions.

Abstract: A computing device (100), comprising a memory (240) and a controller (210), wherein said controller (210) is configured to encrypt a file (410) by transforming at least a portion of said file (410) to a number (X) and transforming the number (X) to an exponent vector (exp) comprising at least one exponent, wherein each exponent corresponds to a base in a base vector (base), and wherein the controller (210) is further configured to determine a scaling factor for the current base by dividing the number (X) with the current base raised to the power of the exponent and thereafter determine the residual number (Xres) by reducing the number (X) by the base raised to the power of the exponent multiplied with the scaling factor.

Abstract: A system comprising a first terminal and a second terminal, wherein the first terminal is configured to initiate a communication session with the second terminal by sending a first session request to a server for initiating a communication channel with the second terminal, receiving a first session response from the server, said first response including an identifier for a session channel and data relevant to the second terminal, sending a second session request to the second terminal including an identifier for the first terminal, receiving a third session response from the second terminal, and establishing a connection over the session channel, wherein the second terminal is configured for: receiving the second session request from the first terminal, sending a third session request to the server for initiating a communication channel with said first terminal, receiving a second session response from the server, said second response including the identifier for the session channel and data relevant to the f

Abstract: A system for generating a symmetric encryption key, said system comprising a first terminal, a second terminal and a server, wherein the server is configured to generate a first processing file for the first terminal based on a combination of key data for the first terminal and key data for the second terminal and the key data for the first terminal; generate a second processing file for the second terminal based on a combination of key data for the first terminal and key data for the second terminal and the key data for the second terminal; and send the first processing file to the first terminal and the second processing file to the second terminal; wherein the first terminal is configured to receive the first processing file; extract the combined key data; generate a first random key seed and send it to the second terminal; receive a second random key seed from the second terminal; wherein the second terminal is configured to receive the second processing file; extract the combined key data; generate the s

Abstract: A computing device (100, 245, 300, 340) arranged for generating an authentication token (AT) being a data structure to be used for authenticating a first computing device (100, 340) to a second computing device (100, 340), wherein the computing device (100, 245, 300, 340) is configured to: generate at least one index; retrieve a portion of a data set (MTS), the portion being a portion of the data set starting at a position in the data set given by the index; and include the portion in the authentication token (AT).

Abstract: A computing device (100), comprising a memory (240) and a controller (210), wherein said controller (210) is configured to compress a file (410) by transforming at least a portion of said file (410) to a number (X) and transforming the number (X) to an exponent vector (exp) comprising at least one exponent, wherein each exponent corresponds to a base in a base vector (base).

Abstract: A system comprising a terminal and a server, wherein the terminal is installed in the system by the server being configured to: identify the terminal; generate key generation data, comprising at least one data seed; distribute the at least one seed to the terminal; generate key data and meta data based on said at least one seed and a function; store an identifier for the terminal along with the key data and the meta data for the terminal, wherein the terminal is arranged to receive the at least one seed from the server; generate key data and meta data based on said at least one seed and the same function; store the key data and the meta data, wherein the key data and the meta data stored in the terminal are the same as the key data and the meta data stored in the server.