GOVERNMENT SERVICES DIVISION
Kingdom Built Technologies - Government Services Division
KBT – Government Services stands as a dedicated DoD-focused government contracting division, boasting three key lines of business:
- Custom software development
- Applied R&D in AI/ML operations
- Professional services
Our commitment as a solutions provider revolves around swift delivery and adaptability. Being a minority-veteran owned, small business certified company, we not only bring technical prowess but also offer procurement agility.
Despite being a small firm, KBT holds facility clearance and is fully prepared to make
your mission our mission.
KBT
The KBT Group proudly serves the branches of the United States Armed Forces, NASA, and various private sector clients by rapidly crafting tailored solutions to address both business and mission requirements.
With Agile/Scrum Certified Project Managers, DevSecOps-focused engineers, UI/UX Designers, and Data Scientists, our team excels at delivering user-approved solutions that are not only secure and easily accredited but at the speed of relevance. We proactively engage in providing technical and project management solutions, aiming to transition clients from chronic legacy postures to modernized systems.
Our Strengths
Our Pursuit of Excellence:
In our pursuit of excellence, KBT is actively seeking multiple SBIRs to contribute to the OT&E innovation ecosystem. Our focus revolves around implementing AI/ML tools to propel warfighting capabilities and advance the Joint All Domain Command and Control (JADC2) effort.
Our experts:
We bring in the right experts to fulfill mission and business needs. Drawing from our experience, we have supported the USAF in analyzing end-to-end flight test management, developing collision avoidance systems, data link systems, and mission test objective reporting during large force test exercises.
Our contribution:
Our contribution to the JADC2 effort involves providing a data integration team as an application ecosystem team, addressing interoperability and composability challenges.
