Abstract: A method of process model creation. The method may include the steps of receiving the source file, and detecting elements of the source file, including detecting a plurality of objects in an image. The method may further include predicting one or more element types associated with the detected plurality of objects. The method may also include generating, based at least in part on the detected plurality of objects and the predicted element types, an intermediate model, and converting the intermediate model to a process model. Also, a method of building a machine learning model. The method may include receiving a first set of process diagram training images, and identifying a first plurality of objects within the first set of process diagram training images. The method may also include tagging at least some of the first plurality of objects, and generating predictions of the tagged first plurality of objects.

Abstract: Disclosed herein are systems, methods, and devices for converting a static and non-functional electronic mapped process of a programmatic workflow into a functional, user-interactive process checklist that tracks and manages the steps of the mapped process and enables the process's steps to be completed and accounted for. The process checklist provides instant visibility into the status and progress of the workflow's underlying process, with responsibilities and handoffs being clear and procedures well-documented; and enables users to engage with the process checklist so that the workflow and its underlying mapped process can progress.

Abstract: Methods and systems for improved generation of user interfaces based on data schemas are provided. In one embodiment, a method is provided that includes receiving a data schema file and identifying a data schema within the data schema file. The data schema file may identify valid data for a computing service, such as an API. The data schema may be provided to a validation service, which may test whether a plurality of sentinel values comply with the data schema. An error message may be received from the validation service and a user interface element may be selected based on the error message. The user interface element may be added to the user interface.

Abstract: The present disclosure is related to computing devices, systems, and methods for a new task-engine system that connects to a variety of task-interaction providers, enabling a user to use any one of multiple task-interaction providers to create and complete tasks within a workflow. That is, the connection to a variety of task-interaction providers allows a user to interact with the workflow through any of the task-interaction providers and create and/or complete any number of tasks in the workflow. The task-engine system may also update the creation and/or completion of a workflow task in all other task-interaction providers, such that all users may be aware of, or notified of, the current state of the workflow through any of the task-interaction providers.

Abstract: Disclosed herein are systems and method for robotic-process-automation technology that trains botflows to successfully interact with application software, determine relevant sections of the application, and derive pertinent data from those sections. Such technology creates botflows that navigate various aspects of the application's environment to display or obtain additional data, as needed by the user. The botflows, after being trained to perform such actions, will effectively carry out such actions even after a minor change or update to the application.

Abstract: The present disclosure is related to computing devices, systems, and methods for a new task-engine system that connects to a variety of task-interaction providers, enabling a user to use any one of multiple task-interaction providers to create and complete tasks within a workflow. That is, the connection to a variety of task-interaction providers allows a user to interact with the workflow through any of the task-interaction providers and create and/or complete any number of tasks in the workflow. The task-engine system may also update the creation and/or completion of a workflow task in all other task-interaction providers, such that all users may be aware of, or notified of, the current state of the workflow through any of the task-interaction providers.

Abstract: Systems, methods, and devices for implementing and managing process variations by, for example: comparing a first business process with a second business process; presenting, based at least in part on the comparing, an option to incorporate the at least one feature into the second business process; receiving, based at least in part on the presenting, approval or rejection of the option to incorporate the at least one feature into the second business process; and incorporating or refraining from incorporating, based at least in part on the receiving, the at least one feature into the second business process.

Abstract: This disclosure pertains to systems and methods that allow users to specifically detect and correct errors within workflows quickly, efficiently, and with minimal repercussions. Once the error is corrected, users have the option to continue the workflow from the point of failure or from a point prior to the point of failure, while also having the option to bypass completed actions and/or other actions in a workflow. The improved communication technology comprises functionality that pauses relevant workflows or processes as soon as the error is detected and while it is corrected. The disclosure also improves communication technology between the networks and servers of separate parties relevant and/or dependent on successful execution of other workflows or processes; allowing for effective understanding, implementation, and engagement of business processes across organizational boundaries.

Abstract: The present disclosure is related to computing devices, systems, and methods for a new task-engine system that connects to a variety of task-interaction providers, enabling a user to use any one of multiple task-interaction providers to create and complete tasks within a workflow. That is, the connection to a variety of task-interaction providers allows a user to interact with the workflow through any of the task-interaction providers and create and/or complete any number of tasks in the workflow. The task-engine system may also update the creation and/or completion of a workflow task in all other task-interaction providers, such that all users may be aware of, or notified of, the current state of the workflow through any of the task-interaction providers.

Abstract: This disclosure pertains to systems and methods that allow users to specifically detect and correct errors within workflows quickly, efficiently, and with minimal repercussions. Once the error is corrected, users have the option to continue the workflow from the point of failure or from a point prior to the point of failure, while also having the option to bypass completed actions and/or other actions in a workflow. The improved communication technology comprises functionality that pauses relevant workflows or processes as soon as the error is detected and while it is corrected. The disclosure also improves communication technology between the networks and servers of separate parties relevant and/or dependent on successful execution of other workflows or processes; allowing for effective understanding, implementation, and engagement of business processes across organizational boundaries.

Abstract: Workflow sharing system and method are disclosed that allow a workflow server to provide a shared workflow, wherein the shared workflow generates at least one manifest, wherein the at least one manifest comprises a third-party interaction field, a credentials field, an input parameter field, and an output parameter field, wherein the workflow server receives a request for access to the shared workflow and transmits the at least one manifest of the shared workflow in response to the request for access to the shared workflow, wherein the at least one manifest comprises an acceptance requirement of the third-party interaction field, the credentials field, the input parameter field, and the output parameter field, wherein the workflow server receive consents of the acceptance requirement of the at least one manifest; and allows access to the shared workflow in response to the received consent of the acceptance requirement of the at least one manifest.

Abstract: Embodiments are provided for a design tool with built-in intelligence that automatically senses the location of one or more placeholders for selectable actions when designing a form or workflow. The design tool intuitively determines which placeholder should logically be used next; visually emphasizes, when an action is selected, the location and designation of the placeholder predicted to be used next; visually emphasizes alternative placeholders relevant to the position of the selected action by detecting minor changes in the position of the selected action; and automatically positions the selected action into the predicted or selected placeholder when the action is released.

Abstract: Methods, systems, and devices for automatically converting a static electronic file format and its various elements into a dynamic digital form with executable elements that can be customized before being used. The resulting digital form is compatible with digital workflows and processes. The disclosed systems, methods, and devices go beyond simply extracting data from the original electronic file format and instead enable users to, without using code, convert the source form into a dynamic, malleable digital form while still retaining the source form's original purpose and functionality.

Abstract: Embodiments are provided for a design tool with built-in intelligence that automatically senses the location of one or more placeholders for selectable actions when designing a form or workflow. The design tool intuitively determines which placeholder should logically be used next; visually emphasizes, when an action is selected, the location and designation of the placeholder predicted to be used next; visually emphasizes alternative placeholders relevant to the position of the selected action by detecting minor changes in the position of the selected action; and automatically positions the selected action into the predicted or selected placeholder when the action is released.

Abstract: This disclosure pertains to systems and methods that allow users to specifically detect and correct errors within workflows quickly, efficiently, and with minimal repercussions. Once the error is corrected, users have the option to continue the workflow from the point of failure or from a point prior to the point of failure, while also having the option to bypass completed actions and/or other actions in a workflow. The improved communication technology comprises functionality that pauses relevant workflows or processes as soon as the error is detected and while it is corrected. The disclosure also improves communication technology between the networks and servers of separate parties relevant and/or dependent on successful execution of other workflows or processes; allowing for effective understanding, implementation, and engagement of business processes across organizational boundaries.

Abstract: The present disclosure is related to computing devices, systems, and methods for a new task-engine system that connects to a variety of task-interaction providers, enabling a user to use any one of multiple task-interaction providers to create and complete tasks within a workflow. That is, the connection to a variety of task-interaction providers allows a user to interact with the workflow through any of the task-interaction providers and create and/or complete any number of tasks in the workflow. The task-engine system may also update the creation and/or completion of a workflow task in all other task-interaction providers, such that all users may be aware of, or notified of, the current state of the workflow through any of the task-interaction providers.

Abstract: Disclosed herein are systems and method for robotic-process-automation technology that trains botflows to successfully interact with application software, determine relevant sections of the application, and derive pertinent data from those sections. Such technology creates botflows that navigate various aspects of the application's environment to display or obtain additional data, as needed by the user. The botflows, after being trained to perform such actions, will effectively carry out such actions even after a minor change or update to the application.

Abstract: The present disclosure is related to computing devices, systems, and methods for a new task-engine system that connects to a variety of task-interaction providers, enabling a user to use any one of multiple task-interaction providers to create and complete tasks within a workflow. That is, the connection to a variety of task-interaction providers allows a user to interact with the workflow through any of the task-interaction providers and create and/or complete any number of tasks in the workflow. The task-engine system may also update the creation and/or completion of a workflow task in all other task-interaction providers, such that all users may be aware of, or notified of, the current state of the workflow through any of the task-interaction providers.

Abstract: Disclosed herein are systems, methods, and devices for converting a static and non-functional electronic mapped process of a programmatic workflow into a functional, user-interactive process checklist that tracks and manages the steps of the mapped process and enables the process's steps to be completed and accounted for. The process checklist provides instant visibility into the status and progress of the workflow's underlying process, with responsibilities and handoffs being clear and procedures well-documented; and enables users to engage with the process checklist so that the workflow and its underlying mapped process can progress.

Abstract: Embodiments are provided for a design tool with built-in intelligence that automatically senses the location of one or more placeholders for selectable actions when designing a form or workflow. The design tool intuitively determines which placeholder should logically be used next; visually emphasizes, when an action is selected, the location and designation of the placeholder predicted to be used next; visually emphasizes alternative placeholders relevant to the position of the selected action by detecting minor changes in the position of the selected action; and automatically positions the selected action into the predicted or selected placeholder when the action is released.