Company Filing History:
Years Active: 2010
Title: Christopher Callahan: Innovator in Computing Environment Management
Introduction
Christopher Callahan, an innovative inventor based in Woodinville, WA, has made a significant contribution to the field of computing with his unique patent. His work primarily focuses on enhancing the reliability and efficiency of software programs, particularly in terms of failure management.
Latest Patents
Callahan holds a patent for a method titled "Break and Optional Hold on Failure." This invention preserves the state of a computing environment when a software program fails. By allowing for an examination of the environment's status upon failure, including various processes and values, it facilitates the identification and resolution of the underlying causes. The process begins when a failure occurs during the execution of a software program; execution is then halted, and the current state of the environment is preserved. A failure notification is generated to alert a monitoring system, which assesses whether to hold the current state of the environment and any associated systems.
Career Highlights
Christopher Callahan is currently employed at Microsoft Technology Licensing, LLC, where he applies his expertise in software development and patent innovation. His role involves not only contributing his inventive insights but also collaborating with other talented professionals in the tech industry.
Collaborations
In his work, Callahan collaborates with notable colleagues, including Loren Merriman and Gordon Hardy. Together, they explore innovative solutions that address various challenges in computing and software execution. Their combined efforts help advance Microsoft's initiatives and improve software reliability for users.
Conclusion
Christopher Callahan stands out as a dedicated inventor whose work on managing computing environments enhances the reliability of software applications. Through his patent and collaboration with peers at Microsoft Technology Licensing, LLC, he continues to contribute valuable advancements in the field of technology. His innovative approach to failure management is an essential step toward more resilient and efficient computing systems.