Securboration
Zachary Todd has a diverse work experience in both software engineering and the United States Air Force. Zachary currently works as a Software Engineer at Securboration, where they are a member of the Digital Engineering team and is responsible for the rapid design, architecture, development, test, and deployment of the Digital Ecosystem Supporting Intelligent Decisions (DESIDe). Zachary'srole includes developing various application functionalities such as remote data access, content analysis, digital thread creation, data rights management, and Microsoft HoloLens 2 integration.
Prior to their current role, Zachary worked in the United States Air Force, starting in 2016. Zachary served as an Instructor, where they were responsible for training and producing standardized training products for 120 nuclear operators. Zachary also identified deficiency trends and worked on continuous process improvement. Additionally, they served as a Missile Combat Crew Commander, directly commanding ICBM flights and ensuring swift retargeting and execution of nuclear assets. Zachary also took on the additional role of 2019 OLYMPIC STEP Officer in Charge.
Before becoming a Missile Combat Crew Commander, Zachary held the position of Deputy Missile Combat Crew Commander, where they were responsible for maintaining the security, launch capability, and flawless operation of ICBMs totaling $3.3B in USAF assets. Zachary also served as a Technical School Student, receiving training on operating the Minuteman III weapon system with a high test average.
Overall, Zachary Todd has relevant experience in software engineering and a strong background in nuclear operations within the United States Air Force.
Zachary Todd completed their Bachelor's degree in Computer Science from the United States Air Force Academy in 2016. Zachary then pursued further education and recently completed their Master's degree in Computer Science from the Georgia Institute of Technology in 2020.
Securboration
Securboration was founded in 2001 to address collaboration needs of the DoD, particularly in the areas of scenario generation for complex simulations. With funding from the Small Business Innovative Research Program, Securboration developed innovative techniques to support large-scale military exercises by seamlessly integrating configuration data from multitudes of stand-alone simulation participants. This automated the translation, synchronization, and distribution of data to provide ‘ground-truth’ to initiate complex distributed military exercises. Securboration has continued to evolve our expertise, pioneering techniques to transform data into knowledge and exchanging that knowledge within the collaboration process. We use a combination of artificial intelligence and service oriented concepts to facilitate and exchange knowledge in areas such as Effects-Based operations, Force Management, and Adversarial Modeling. As early as 2001 with our first contract Scenario Generation, Securboration understood the value of distributed architectures and the Service Oriented Architecture paradigm, and have always practiced the principles of what has become DoD’s Net-Centric Vision. We continue to be a driving force in developing net-centric solutions for our customers to meet collaboration needs of in areas such as the U.S. Air Operations Center and U.S. Joint Forces Command.