2818 South Bartell Drive, Suite# A310, Houston, Texas 77054, US.
2818 South Bartell Drive, Suite# A310, Houston, Texas 77054, US.

About Us

Cyber Security is one of our core focus area.
Cyber Security is one of our core focus area.

Group Format Solutions (GFS) is a minority own small business, certified as Service-Disabled Veteran Owned Small Business (SDVOSB), Small Business Administration-HUBZone, Texas Historically Underutilized Business (HUB), and City of Houston Minority Small Disabled Business Enterprise (MDBE), that provides uniquely customer-focused services to a variety of government and private entities across multiple disciplines. 

Based in Houston Texas, GFS focuses on providing systems engineering, materials modeling, software development, cybersecurity, countering weapons of mass destruction equities, program management, consulting services, and risk management framework accreditation and training. 

Our services are targeted to specific clients and mission.  GFS has extensive technical domain knowledge in materials modeling, intelligence, surveillance, and reconnaissance (ISR), consultation on countering weapons of mass destruction, cloud computing, countering weapons of mass destruction, risk management frame-work accreditation and training including training in all areas of our core capabilities.

Mission Statement ↗

We enable our clients to facilitate transformation, foster advance knowledge, and enhance skill sets to superbly attain both technical and administrative objectives.  

Our Vision ↗

Provide a world class mechanism to help shape, train, and direct actionable, attainable concept of operation including cybersecurity education using “Just-in-Time” training techniques.

Key GFS Efforts

Cyber

  • Successfully managed multiple simultaneous RMF accreditation packages
    across NIPR, SIPR, NSANet, JWICS, and numerous coalition networks.
  • Developed unique techniques and technologies for encryption and Data-at-
    Rest that are used in defensive and offensive cyber entities.

High-Performance Computing and Sensor Development

  • Designed and implemented a GPU-based HPC platform for a general behavior-state M&S application, used primarily for cyber, gaming and planning operational projection.
  • Developed a concept for an inexpensive millimeter wave sensor that can be widely deployed and used to detect potential unwanted intrusions.

Acquisition and Program Management Support

  • Led efforts to achieve successful Milestone C decision and subsequent Full Deployment Decision (FDD) and Fielding Decision (FD) for ACAT 1 program.