Digital Aerial Solutions, LLC

Digital Aerial Solutions, LLC, a woman-owned small business and self-certified small disadvantaged business based in Riverview, Florida, delivers geospatial data collection, aerial surveying, LiDAR, orthophotography, geodetic surveys, and GIS mapping services to federal agencies as a prime contractor (98% of recent awards), with nearly all work flowing through the U.S. Geological Survey's Geospatial Products and Services IV (GPSC4) indefinite-delivery indefinite-quantity contract.

Customer concentration is extreme: the Department of the Interior's USGS Office of Acquisitions and Grants accounts for 77 of 98 total awards and $1.68 billion of the $1.68 billion combined potential value across the vendor's entire recent portfolio—99% of awards by count and 100% of potential value. The remaining five customer agencies (Department of the Army Corps of Engineers Engineering District Jacksonville, Department of the Army Corps of Engineers, Department of Commerce National Oceanic and Atmospheric Administration, Department of the Army Installation Management Command Southeast Region, and Department of the Army) collectively represent twelve awards valued under $6 million. Activity has grown from six awards in 2022 to eleven in 2024, then contracted to two in 2025 and four in 2026, reflecting a recompete cliff: six awards with ultimate completion dates in the next twenty-four months carry combined potential value of $5.4 million.

Digital Aerial Solutions holds a seat on four parent IDIQs. The Geospatial Products and Services Contract V2 carries 35 task orders valued at $10.8 million combined potential value; GPSC4 itself carries 21 task orders at $14.7 million; the Geospatial Products and Services Contract V3 carries 18 task orders at $14.4 million; and an Army Corps of Engineers Indefinite Delivery Contract (W912EP19D0001) carries 16 task orders at $1.6 million. Representative prime work includes a $2.82 million delivery order from USGS for the Colorado geographic mapping and gaps project (awarded July 2024, performance through March 2027), a $1.76 million order for 11-county geospatial data collection in Alabama (September 2023 through October 2026), a $924.5 thousand Army delivery order for EAA survey support in West Palm Beach (August 2023 through August 2026), and a $678.7 thousand USGS delivery order for Michigan shoreline mapping (August 2026 through April 2029). Recent work also includes Veterans Affairs and Navy task orders on GPSC4 for surveying and mapping services at smaller scale ($18 thousand to $236 thousand range). Set-aside posture skews heavily toward full-and-open competition: 77 of 98 awards carry no set-aside designation, while 20 carry Total Small Business set-asides and one carries no designation specified.

The vendor operates predominantly as a prime contractor building its own delivery teams rather than leveraging subcontractors. SCI-reported invoiced revenue across all fiscal years captured in the source (FY2022 through FY2025) is zero, indicating that either the vendor's federal service contracts fall below the $150,000 SCI reporting threshold or are structured as firm fixed-price delivery orders not tracked in SCI's labor-hour reporting framework. The SCI dataset shows minimal FTE activity (3.5 FTEs in FY2022, declining to 0.1 FTEs in FY2025), consistent with a firm fixed-price services model rather than time-and-materials staffing. Digital Aerial Solutions subcontracts rarely: only two sub-awards appear in the source, both from 2026 — imagery acquisition and processing for Dewberry Engineers on NOS/NGS shoreline mapping (May 2026) and data acquisition for Fugro USA Land on a Florida shoreline mapping project (April 2026). The vendor does not carry a dense subcontractor footprint; when it does sub, it performs technical surveying and imagery work for larger primes.

Digital Aerial Solutions provides digital aerial imagery acquisition and processing services. DAS employs airborne digital sensor technology, the Leica ADS100 Imagery Remote Sensing Sensor , ALS80 and Terrain Mapper LIDAR Systems, flown with embedded GPS, and an inertial measurement system.