Abstract: A method for building a distributed reactive streaming microservices architecture having a decentralized, self-managed, and autonomous data message routing mechanism. The method comprises processing of data message by multiple microservices and generating routing patterns in the form of a fingerprint in response to the message-processing by the microservices. As the message is input into the microservices architecture, a fingerprint of the message is generated, wherein the fingerprint may comprise a payload flag in which payload information is embedded. A first microservice is triggered by recognizing the payload flag. As the message is processed by the first microservice, the fingerprint is updated by appending a first flag to the payload flag. The message with the updated fingerprint is subsequently recognized by a second microservice. As such, the routing of the message is accomplished by the changing fingerprint being recognized by the desired microservices to be triggered.

Abstract: A method for building a distributed reactive streaming microservices architecture having a decentralized, self-managed, and autonomous data message routing mechanism. The method comprises processing of data message by multiple microservices and generating routing patterns in the form of a fingerprint in response to the message-processing by the microservices. As the message is input into the microservices architecture, a fingerprint of the message is generated, wherein the fingerprint may comprise a payload flag in which payload information is embedded. A first microservice is triggered by recognizing the payload flag. As the message is processed by the first microservice, the fingerprint is updated by appending a first flag to the payload flag. The message with the updated fingerprint is subsequently recognized by a second microservice. As such, the routing of the message is accomplished by the changing fingerprint being recognized by the desired microservices to be triggered.

Abstract: A computer-implemented method for securing data and facilitating transactions. The method including the steps of collecting data from a sender party into a memory of a computer and generating an encrypted code representative of the sender party data stored in the memory of the computer. A graphic image representative of the encrypted code in the computer is generated and is provided from the computer to the sender party. The generated graphic image is then captured in an electronic device associated with a recipient party that the sender party desires to perform a transaction with whereafter the generated graphic image or the encrypted code it represents is transmitted from the recipient party electronic device to the computer to perform the transaction with the sender party.

Abstract: A non-intrusive device for attachment to a pipe or vessel through which a fluid flows for monitoring the accumulation of deposits on the interior surface of the pipe or vessel. The device comprises a tubular member having an internal cross-sectional configuration substantially matching that of the pipe or vessel. Additionally, the tubular member is made of an electrically insulating material and having associated therewith three spaced electrodes for monitoring the change of dielectric constant within the pipe or vessel.