Global Atmospheric Technologies And Sciences, Inc.

Global Atmospheric Technologies And Sciences, Inc. (doing business as Gats), based in Newport News, Virginia, develops atmospheric science research capabilities and remote sensing instruments for NASA and the National Science Foundation as a prime contractor on 93% of recent awards, operating predominantly under small business set-asides on SBIR Phase III contracts and competitive research grants. The company is a for-profit corporate entity with a focused portfolio in space science and atmospheric modeling rather than IT or professional services.

Gats's concrete capability set centers on gravity wave dynamics modeling, machine-learning methodology for upper-atmosphere physics, Doppler wind measurement instruments, and atmospheric mixing simulation. Representative prime work includes three SBIR Phase III definitive contracts awarded by NASA's Shared Services Center in September 2026 — totaling $499,685, $399,996, and $499,177 respectively — for development work on the DWTS NASA MEP Mission, DWTS NASA Helio Mission, and DWTS NASA Relativity Mission, all with completion dates of September 29, 2027. Gats also holds a $1.36 million NASA research grant (awarded October 19, 2023) to develop and test machine-learning algorithms for quantifying heat and momentum fluxes in the stratosphere, mesosphere, thermosphere, and ionosphere using its Complex Geometry Compressible Atmosphere Model (CGCAM). Earlier work includes a May 2023 purchase order from NASA worth $174,877 for a Calibrated Doppler Wind Thermal Sounder (DWTS) instrument.

Customer concentration is heavily weighted toward space-agency research. The top five customer entities account for 83% of awards by count and 95% by potential value. NASA's Shared Services Center leads with 34 awards valued at $7.6 million combined potential value, followed by NASA's Goddard Space Flight Center (6 awards, $5.5 million) and the National Science Foundation's Division of Atmospheric and Geospace Sciences (17 awards, no dollar figure disclosed separately in the source). NSF rounds out the top tier with an additional 12 awards across multiple grant programs. The Air Force Materiel Command Research Laboratory and NASA Langley Research Center contribute smaller volumes. Gats's award portfolio is categorized predominantly under R&D- Space: Science/Applications (Basic Research) on 18 awards and draws from NAICS codes focused on research and development in physical, engineering, and life sciences.

Recent activity shows variability — 5 awards in 2021, 1 in 2022, 5 in 2023, 2 in 2024, and 4 in 2026 — but eight awards valued at $8.1 million combined potential value reach ultimate completion within the next twenty-four months, exposing the vendor to recompete risk across that window. Gats operates as a subcontractor on a small share of work (7% of awards), performing atmospheric waves experiment concept studies and instrument development under Utah State University's Space Dynamics Laboratory on a NASA Explorers Mission phase-A effort (August 2026) and serving as a sub-recipient on atmospheric dynamics research under Virginia Polytechnic Institute & State University (October 2024) and on NASA Ames Research Center engineering support (February 2024).

Service Contract Inventory data captures three named-subcontractor engagements above the $150,000 threshold over fiscal years 2022–2025, showing FTE growth from 0.4 FTEs in FY2022 to 3.8 FTEs in FY2025; this SCI subset reflects a portion of Gats's federal services activity and does not represent the vendor's total revenue or full workforce. The vendor's prime-contract focus and research-grant emphasis signal a business model built on atmospheric science expertise and modeling software rather than on labor-intensive service delivery to federal agencies.