Abstract: The present invention is directed to a method, device and system to efficiently liquefy and isolate a gas from a gaseous mixture. In an embodiment of the present invention, separation of gasses from the atmosphere can be carried out using a cooled surface to separate the gasses from the atmosphere. In an alternative embodiment of the present invention, removal of CO2 from the atmosphere can be carried out by using the method, device and system to efficiently cryogenically separate CO2 from air and capture the CO2 from a gaseous mixture using a surface and release the ‘CO2 lean air’ into the atmosphere and store the captured liquefied CO2.

Abstract: Systems and methods for passporting credentials provide a mechanism by which a native app on a client device can invoke a service provider's core web site web addresses (URL) while keeping the existing session active and shared between the two experiences (native app and web flow) so that the end user does not need to re-login at each context switch. The mechanism can include a unique way for the web flow context to communicate conditions and pass control back to the native app context of the shared session.

Abstract: To authenticate a service request, a first server receives a handshake request from a client application. The first server transmits a first nonce to the client application. The first server sends a second nonce and the handshake request to a second server. The second nonce may be a key for decrypting the first nonce, or it may be a separate nonce. The first server stores a result of an operation performed on the first and second nonces. The client application receives a push notification with the second nonce from the second server via a secure and authenticated communication channel. The client application also performs an operation on the nonces to generate a candidate result, which it sends to the first server. If the candidate result matches the stored result, the first server will send the client application a token that grants access to a service.

Abstract: To authenticate a service request, a first server receives a handshake request from a client application. The first server transmits a first nonce to the client application. The first server sends a second nonce and the handshake request to a second server. The second nonce may be a key for decrypting the first nonce, or it may be a separate nonce. The first server stores a result of an operation performed on the first and second nonces. The client application receives a push notification with the second nonce from the second server via a secure and authenticated communication channel. The client application also performs an operation on the nonces to generate a candidate result, which it sends to the first server. If the candidate result matches the stored result, the first server will send the client application a token that grants access to a service.

Abstract: Systems and methods for passporting credentials provide a mechanism by which a native app on a client device can invoke a service provider's core web site web addresses (URL) while keeping the existing session active and shared between the two experiences (native app and web flow) so that the end user does not need to re-login at each context switch. The mechanism can include a unique way for the web flow context to communicate conditions and pass control back to the native app context of the shared session.

Abstract: Systems and methods for passporting credentials provide a mechanism by which a native app on a client device can invoke a service provider's core web site web addresses (URL) while keeping the existing session active and shared between the two experiences (native app and web flow) so that the end user does not need to re-login at each context switch. The mechanism can include a unique way for the web flow context to communicate conditions and pass control back to the native app context of the shared session.

Abstract: Computer-implemented techniques include an application executing at a client computing device obtaining, from a server computing device, a list of available data packs associated with the application. The client computing device determines a set of data packs stored thereat and, using the list of available data packs, determines that a modified version of a particular data pack is available. In response to a request from the client computing device, the server computing device provides information corresponding to the modified version of the particular data pack. Upon receipt of this information, the client computing device utilizes the modified version of the particular data pack within the application and without restarting the application.

Abstract: Systems and methods for passporting credentials provide a mechanism by which a native app on a client device can invoke a service provider's core web site web addresses (URL) while keeping the existing session active and shared between the two experiences (native app and web flow) so that the end user does not need to re-login at each context switch. The mechanism can include a unique way for the web flow context to communicate conditions and pass control back to the native app context of the shared session.

Abstract: Systems and methods for passporting credentials provide a mechanism by which a native app on a client device can invoke a service provider's core web site web addresses (URL) while keeping the existing session active and shared between the two experiences (native app and web flow) so that the end user does not need to re-login at each context switch. The mechanism can include a unique way for the web flow context to communicate conditions and pass control back to the native app context of the shared session.

Abstract: Systems and methods for passporting credentials provide a mechanism by which a native app on a client device can invoke a service provider's core web site web addresses (URL) while keeping the existing session active and shared between the two experiences (native app and web flow) so that the end user does not need to re-login at each context switch. The mechanism can include a unique way for the web flow context to communicate conditions and pass control back to the native app context of the shared session.

Abstract: Systems and methods for passporting credentials provide a mechanism by which a native app on a client device can invoke a service provider's core web site web addresses (URL) while keeping the existing session active and shared between the two experiences (native app and web flow) so that the end user does not need to re-login at each context switch. The mechanism can include a unique way for the web flow context to communicate conditions and pass control back to the native app context of the shared session.

Abstract: Systems and methods for passporting credentials provide a mechanism by which a native app on a client device can invoke a service provider's core web site web addresses (URL) while keeping the existing session active and shared between the two experiences (native app and web flow) so that the end user does not need to re-login at each context switch. The mechanism can include a unique way for the web flow context to communicate conditions and pass control back to the native app context of the shared session.

Abstract: Systems and methods for passporting credentials provide a mechanism by which a native app on a client device can invoke a service provider's core web site web addresses (URL) while keeping the existing session active and shared between the two experiences (native app and web flow) so that the end user does not need to re-login at each context switch. The mechanism can include a unique way for the web flow context to communicate conditions and pass control back to the native app context of the shared session.

Abstract: Systems and methods for passporting credentials provide a mechanism by which a native app on a client device can invoke a service provider's core web site web addresses (URL) while keeping the existing session active and shared between the two experiences (native app and web flow) so that the end user does not need to re-login at each context switch. The mechanism can include a unique way for the web flow context to communicate conditions and pass control back to the native app context of the shared session.