Abstract: Systems and methods receive, via a network and based on a user providing input(s) via a graphical user interface of a user device, information comprising variable(s) to be embedded within the URL, wherein the variable(s) are to at least partially populate a digital data submission form. Based on receiving the information, data processing is performed to generate the URL and embed the one or more variables therein. In addition, it is determined that the URL is being electronically accessed, and based thereon transmit for display, via a digital electronic display, the digital data submission form that is at least partially populated with the one or more variables.

Abstract: Systems and methods transmit, across a network and based on a user providing a URL-associated input via a graphical user interface of a user device, a request to a public web server to obtain an electronic document comprising a partially populated digital data submission form that comprises populated variable(s), wherein the URL-associated input comprises embedded variable(s). Based on transmitting the request, the partially populated digital data submission form comprising the one or more populated variables is received and displayed via the graphical user interface of the user device, wherein the partially populated digital data submission form is associated with a borrowing facility.

Abstract: Systems and methods receive, via a network and based on a user providing input(s) via a graphical user interface of a user device, information associated with a web portal that indicates variable(s) to at least partially populate the digital data submission form. Based on receiving the information, data processing is performed to generate a scannable image and embed variable data therein, where the variable data comprises the variable(s). Access to the web portal is provided, via the network to the user device, based on receiving the input(s), where the providing comprises distributing, via the web portal, the generated scannable image to the user device thereby facilitating digital scanning of the scannable image in order to display, via a digital electronic display, the digital data submission form that is at least partially populated with the variable(s).

Abstract: Systems and methods detect presence of a scannable object comprising readable matrix code within an image captured by an optical instrument, the detecting comprising defining a bounding region encompassing the scannable object. Pattern recognition is contemporaneously performed on the readable matrix code of the scannable object to decipher the readable matrix code and identify data modules embedded within the scannable object, where the data modules include encoded data comprising embedded variable(s). Encoded data are transmitted to an external server to initiate server operation(s) comprising data processing to, at least in part, select, based on analyzing the one or more embedded variables, an item determined to be available to the user from one or more selectable items potentially available to the user, and generate element data comprising an interactive element associated with the selected item. The element data is received and a representation of the interactive element is digitally displayed.

Abstract: An electrochemical cell that oxidizes a solution provides a continuous and stable supply of an oxidizing ion solution to a fixture or vessel used for the purposes of decontaminating metal and metal alloys. The electrochemical cell includes an anode compartment that oxidizes the solution in nitric acid or methane sulfonic acid at a rate equal to or greater than a rate of reduction, or generates the oxidizing ions prior to use in a batch. The electrochemical cell is part of a larger system that facilitates online measurement system which measures the oxidizing ion solution and the dissolved PuO2, UO2, AmO2, other radionuclides, or other contaminates in real-time. Solution decontamination system removes the dissolved PuO2/UO2/AmO2, other radionuclides, or other contaminates from the oxidizing ion solution, real time acoustic monitoring of the thickness of the surface being contaminated, and automation of a delivery system facilitates flow between surface and electrochemical cell.