Jpmorgan Chase Bank, N.a.

Inauth, Inc.

Accertify, Inc.

Other

Trustfour Technologies, Inc.

Jp Morgan Chase Bank

Omtool Ltd.

Glenn Stuart Benson

Russell M Logar

Paul Marsolan

Salvatore Richard Re

Robert Alan Levine

Christopher Guenther Moos

Christiaan Paul Akre

Joseph R Calaceto

Kasun Maduranga Samarasinghe

Sean Croston

Russel M Logar

Thaddeus Bouchard

Daniel Goldberg

Chris Guenther Moos

A method includes requesting, by a first computing device having a first application and a first transport layer security (TLS) library, a sequence of cryptographic keys from a first mutual key management service (MKMS), the sequence of cryptographic keys based on an MKMS key, requesting, by a second computing device having a second application and a second TLS library, the sequence of cryptographic keys from a second MKMS, performing, by the first MKMS having a first certificate and the second MKMS having a second certificate, an authorization, comparing, by one of the first MKMS and the second MKMS, a second MGroup identifier with a first MGroup rule, and the first MKMS and the second MKMS creating the sequence of cryptographic keys based on the MKMS key.

Mutual key management service system and method

A system for detecting whether a device seeking communication with a server is a returning device that previously communicated with the server includes a database that stores groups of device attributes based on observable device characteristics and unique identifiers. The database is generally not accessible to the devices. Each attribute group and the associated device identifier (DID) can uniquely identify a particular device, and the associated DID is generally not derivable from the attributes. The database may satisfy a uniqueness property so that each attribute value in the database may also uniquely identify a device.

Systems and methods for recognizing a device

A method includes requesting, by a first computing device having a first application and a first Transport Layer Security (TLS) library, a sequence of cryptographic keys obtained by a first agent, the sequence of cryptographic keys based on an agent key and provided from the first agent to the first TLS library, requesting, by a second computing device having a second application and a second TLS library, the sequence of cryptographic keys obtained by a second agent, the sequence of cryptographic keys based on the agent key and provided from the second agent to the second TLS library, and communicating between the first application of the first computing device to the second application of the second computing device using the sequence of cryptographic keys based on the agent key.

Cryptographic platform system and method

A method includes linking a first application with a first Transport Layer Security (TLS) library, linking a second application with a second TLS library, obtaining a sequence of cryptographic keys by a first agent, the sequence of cryptographic keys based on an agent key and provided from the first agent to the first TLS library, obtaining the sequence of cryptographic keys by a second agent, the sequence of cryptographic keys based on the agent key and provided from the second agent to the second TLS library, establishing communication between the first TLS library and the first agent to create a first trusted relationship, establishing communication between the second TLS library and the second agent to create a second trusted relationship, and establishing a third trusted relationship between the first agent and the second agent.

Systems and methods for device registration and authentication are disclosed. In one embodiment, a method for authentication of a device may include (1) receiving, at a mobile device, a first credential; (2) transmitting, over a network, the first credential to a server; (3) receiving, from the server, a first key and a first value, the first value comprising a receipt for the first credential; (4) receiving, at the mobile device, a data entry for a second credential; (5) generating, by a processor, a second key from the data entry; (6) retrieving, by the mobile device, a third credential using the first key and the second key; (7) signing, by the mobile device, the first value with the third credential; and (8) transmitting, over the network, the signed third value to the server.

System and method for device registration and authentication

A system of classifying devices and/or app instances a new or returning divides attributes generated from observations received from an uncharacterized device/software app into base-fingerprint attributes and predictor attributes, where the two kinds of attributes have different longevities. Predictor attribute tuples from attribute tuples having the same base fingerprint as the base fingerprint corresponding to the uncharacterized device/app, and the predictor attribute tuple corresponding to the uncharacterized device/app are analyzed using a machine learned predictor function to obtain a final fingerprint. Machine learning techniques such as logistic regression, support vector machine, and artificial neural network can provide a predictor function that can decrease the conflict rate of the final fingerprint and, hence, the utility thereof, without significantly affecting the accuracy of classification.

Systems and methods for facilitating recognition of a device and/or an instance of an app invoked on a device

A system for establishing a trusted path for secure communication between client devices and server devices, such as between an account holder and a financial institution, can provide the core security attributes of confidentiality (of the parties), integrity (of the information), anti-replay (protection against replay fraud) and/or anti-tampering (protection against unauthorized changes to information being exchanged and/or modules that generate and communicate such information). A messaging layer implementation in favor of a transport layer implementation can provide a trusted path. This infrastructure features secure cryptographic key storage, and implementation of a trusted path built using the cryptographic infrastructure. The trusted path protects against unauthorized information disclosure, modification, or replays. These services can effectively protect against Man-in-the-Middle, Man-in-the-Application, and other attacks.

Systems and methods for trusted path secure communication

Systems and methods for recognizing a device and/or an instance of an app invoked on a device

A system facilitates secure communication between an authorized user device and two or more servers via two or more channels that are associated with the respective servers. For each communication channel, the system receives a device identifier for the authorized user device and links the device identifiers together via another identifier, thereby allowing the system to recognize that the different device identifiers identify the same authorized user device. The system can identify an unauthorized device masquerading as the authorized user device by determining that a communication from the unauthorized device does not include another identifier linking the two or more device identifiers and/or by determining that a device identifier computed during the registration process is different from a linked identifier.

Systems and method for cross-channel device binding

A system and method for implementing an interoperable credential management protocol for processing online transactions. The protocol, referred to as the Partner Key Management (PKM) protocol provides an improved alternative to traditional public key infrastructure (PKI), particularly for use in high-value commercial transactions which require additional controls on the use of credentials for authentication and authorization. According to the PKM protocol, a user may take advantage of credential interoperability by using the same credential at a plurality of different financial institutions for authentication or digital signatures. Additionally, the credential interoperability achieved according to the PKM protocol allows the user to employ the same credential at a plurality of financial institutions for the purpose of digital or electronic signatures.

Growing community of inventors

Newton, MA, United States of America

Glenn Stuart Benson