Abstract: This disclosure enables various computing technologies for selectively controlling access to descriptive contents within productivity documents. As such, these forms of access control may be technologically useful in work environments involving sensitive information (e.g., classified information, confidential information, private information) by providing granular compartmentalization of the sensitive information within the productivity documents. For example, when the work environments employ collaborative productivity computing environments (e.g., Microsoft Office 365, Microsoft Teams, Google Workspace) to access (e.g., read, edit) the sensitive information, then these forms of access control may provide the granular compartmentalization of the sensitive information within the collaborative productivity computing environments, whether for an individual productivity application or across a suite of productivity applications, while still enabling real-time user collaboration.

Abstract: Tracing source code to determine compliance or lack thereof with operational requirements therefor. For example, a computing instance may access a source code of a codebase for a software system, application, or component and run a trace through the source code from a starting point in the source code through all possible routes in the source code until the trace has reached an end point in the source code. The computing instance may identify a first subset of routes from the all possible routes that is not compliant with a set of operational requirements for the source code or a second subset of routes from the all possible routes that is compliant with the set of operational requirements. As such, once the first subset of routes or the second subset of routes is output, a user may perceive the first subset of routes or the second subset of routes.

Abstract: A pre-injection fuel atomization system for a combustion engine that reduces droplet size of incoming fuel at air intake, creating an aerosol that is injected by fuel injectors into the combustion chambers. The system uses a vibrating crystal in a transducer, the vibrations atomizing the fuel into an aerosol. The droplet size is reduced to around 0.1 microns, providing more surface area available for fast surface combustion. The fuel droplets are maintained in a stoichiometric ratio to oxygen in the air so that burning is complete and clean.

Abstract: The Workflow Integration System uses pre-mapped electronic documents, termed Digital Forms, that are automatically routed within the organization's workflow environment (the “Organizational Domain”) along a defined Domain Path. A Digital Form is originated by a user pursuant to the implementation of a procedure within the organization. Once the Digital Form is retrieved by the user it is automatically populated with data stored within a database. After completing the user supplied new information sections of the Digital Form, the user submits the Digital Form, with the data input by the user along with all associated tracking and authentication information being extracted from the fields in the Digital Form and used to populate a record or data tables in a relational database.