Abstract: A system and method for managing, categorizing and manipulating data within a server environment utilizing a user interface, a generative AI field in database, and database datastores. The generative AI field accepts natural language requests from a user and determines appropriate prompts for a generative AI model. The generated prompt is configured to generate data providing the functionality specified in the natural language request. The functionality may include categorizing data, generating fields in a database, assisting prompt generation and producing functions for further data manipulation.

Abstract: A database system provides templates that can be applied to create new data objects. The database system may instantiate a data object having fields that are dynamically calculated based on data in other data objects. In some instances, the database system may dynamically calculate start or end dates for a project based on another date in another project. Data objects and templates can be linked in various dependencies, such as a parent template that can be linked to multiple children templates in a linear order, where the database system can update a value at the parent template and automatically have the update flow through the sequence of children templates due to the linked relationship.

Abstract: Embodiments of systems and methods for fluid or structure surface disinfection using a series of pulsed lasers are disclosed. In an example, a system for fluid or structure surface disinfection includes a laser source, an optical module, and a controller coupled to the optical module. The laser source is configured to generate a laser stream. The optical module is configured to shape the laser stream and direct the laser stream toward a portion of a surface of a structure. The controller is coupled to the optical module and configured to control the optical module to direct the laser stream toward the portion of the surface of the structure.

Abstract: An optical amplification system that includes a combiner and an active fiber. The combiner is configured to receive and combine an input signal and an excitation signal. The active fiber is configured to receive the input signal and the excitation signal from the combiner and generate an amplified input signal. The active fiber is directly coupled to the combiner.