Company Filing History:
Years Active: 2014-2017
Title: Celebrating the Innovations of Dan James Moseley
Introduction
Dan James Moseley, an inventive mind based in Redmond, WA, has made significant contributions to the field of software development. With two patents to his name, Moseley's work focuses on optimizing software build processes, providing developers with essential tools that enhance their efficiency and productivity.
Latest Patents
Moseley's latest patents center around software build optimization and software build analysis. The first patent introduces a method or software program that analyzes a build process, collecting crucial data such as file access patterns, read/write operations by software build tools, and project interdependencies. This information is stored in a relational database, which can be queried to optimize the build through improved insights and analytics. The second patent reinforces this concept, emphasizing the importance of collected data, including project properties, build configurations, and metadata. Tools can also generate detailed reports and visualizations based on this information, allowing developers to gain a deeper understanding of their projects and dependencies.
Career Highlights
Currently, Dan James Moseley is employed with Microsoft Technology Licensing, LLC, where he applies his innovative thinking to software solutions. His expertise in build processes and optimization techniques indicates a proactive approach to improving software development within a leading technology organization.
Collaborations
Moseley works alongside talented individuals such as Andrew Layne Arnott and Kieran Paul Mockford. Their collaboration emphasizes a collective effort in fostering innovation and advancing software practices within their field.
Conclusion
Dan James Moseley stands out as a dedicated inventor whose contributions to software build optimization and analysis have the potential to revolutionize development practices. His patents reflect a commitment to enhancing how developers approach their work, ultimately leading to more effective and efficient software solutions.