Corvid Technologies, LLC

Corvid Technologies, LLC Aero. Division, doing business as Corvid Technologies, is a tribally owned small business subsidiary of the Chickasaw Nation that delivers advanced modeling, simulation, computational analysis, and physics-based engineering services to the Department of Defense and allied federal agencies as a prime contractor (83% of recent awards) and subcontractor. The company operates from Mooresville, North Carolina and competes predominantly full-and-open, with total small business set-asides recurring across roughly half its prime footprint and no SBA 8(a) or HUBZone certifications; the tribal ownership status and small-business classification anchor its competitive posture across SBIR, STTR, and OTA vehicles.

Corvid Technologies' capability portfolio centers on computational physics, mathematical algorithm development, range safety analysis, physics-based modeling for hypersonic and missile defense systems, autonomous vehicle control, thermal protection systems, and advanced simulation for aerospace and defense applications. Representative prime work includes a $268.4 million Naval Sea Systems Command definitive contract awarded February 28, 2025, for manufacturing, flight activity, and design support of short and medium range sub-orbital vehicles under total small business set-aside; a $50 million OTA from PEO Ground Combat Systems for the Abrams Transformation in Contact Effort awarded January 30, 2026; a $49.99 million OTA with the Office of the Secretary of Defense for hypersonic and advanced vehicle technologies awarded January 30, 2026; a $25.9 million delivery order from Missile Defense Agency for Mission Execution and Display Distribution System services awarded February 14, 2025; and a $1.97 million Naval Sea Systems Command definitive contract for SBIRS High work awarded March 23, 2026. The company holds primary responsibility for range safety analysis, computational modeling, and test support across multiple missile defense and hypersonic programs.

Customer concentration aligns heavily with missile defense and Army modernization. The Missile Defense Agency dominates by both award count and dollar value, with 134 awards carrying $768.1 million combined potential value. The top five funding agencies—MDA, Marine Corps, Air Force Research Laboratory, Naval Sea Systems Command, and Army Research Development and Engineering Command—account for 63% of awards. By potential value, however, the Space and Missile Systems Center's $877 million single-award IDIQ for Sounding Rocket Program 4 (awarded January 29, 2024) and MDA's $768.1 million shift the value ranking; together MDA, NAVSEA, and OSI-D represent the bulk of dollar exposure. MDA sustains both the highest award count and substantial dollar concentration, but SMC's single large vehicle and Naval Sea Systems Command's sub-orbital and SBIRS work create secondary value concentrations in space and maritime defense domains.

Corvid Technologies anchors its vehicle position on multiple substantial IDIQs. The company holds a $770 million single-award indefinite delivery contract with the Missile Defense Agency for instrumentation support services (awarded September 26, 2022, extended through September 25, 2032), against which it places dozens of task orders annually for flight test support, mission execution systems, and operations and sustainment labor. A newer $151 billion multiple-award IDIQ titled Scalable Homeland Innovative Enterprise Layered Defense (SHIELD) was awarded by MDA on December 29, 2025, under full and open competition with no set-aside; this multi-domain air, missile, space, and cyber defense vehicle opens significant upside for cross-domain work beyond traditional missile defense. The company also holds a $99.7 million single-award IDIQ with Army Research Development and Engineering Command for digital engineering services (awarded September 25, 2024, total small business set-aside, through September 30, 2029), a $99 million single-award Army Aviation and Missile Command IDIQ for engineering and hardware (awarded May 13, 2025, full-and-open, through April 30, 2030), an $877 million SMC IDIQ for sounding rocket program support (multiple award, through November 15, 2027), and an $8 million U.S. Special Operations Command IDIQ for STTR Phase III research support (awarded August 5, 2022, through August 4, 2027). Against these vehicles, the company issues small firm fixed-price delivery orders and larger cost-plus-fee orders for mission-critical MDA and Army programs.

Activity has accelerated year over year—50 awards in 2022 to 79 in 2025—with 48 awards (combined potential value $245.1 million) reaching completion inside the next twenty-four months and facing recompete risk. The recompete cliff includes major MDA delivery orders for mission support labor, MEDDS services, and test execution that roll off through 2027, along with several Air Force hypersonic and munitions research contracts completing in 2026. Recent SBIR Phase II and Phase III awards from Air Force Research Laboratory, Missile Defense Agency, and Naval platforms provide continuity, but the concentration of large MDA delivery orders maturing in 2026–2027 creates material recompete exposure on the company's single largest customer.

Corvid Technologies operates predominantly as a prime contractor building its own delivery teams; across SCI-reportable federal service contracts (a narrow slice covering contracts above the $150,000 threshold), the company shows minimal sub-engagement. The SCI dataset captured only four records spanning FY2022–FY2024, with effectively zero reported invoiced revenue on prime contracts and negligible FTE activity, reflecting that Corvid's revenue model is anchored in SBIR/STTR research awards, OTA vehicles, and large indefinite delivery task orders that do not uniformly report to SCI above the $150,000 bar or that carry classified scopes. When subcontracting, Corvid feeds to major primes including Raytheon Company (Navy Marine Expeditionary Ship Interdiction System launcher and sustainment work), Lockheed Martin Corporation (software development, system engineering, and modeling and simulation), Northrop Grumman Systems Corporation (DARPA research, advanced technology programs, and stand-in attack weaponry), The Boeing Company (missile and aerospace support), and Teledyne Brown Engineering (tactical missile and engineering services). These relationships place Corvid in specialized technical support roles—computational analysis, debris modeling, thermal protection, and guidance and control—rather than prime system integration, reflecting the company's positioning as a deep technical expert feeding larger defense primes.

Corvid Technologies maintains a single federal grant footprint: a $150 thousand Office of Science project grant awarded February 18, 2025, for improving the Velodyne Hydro-Structural Solver using ASCR-funded libraries, with completion targeted March 17, 2026. The minimal grant presence underscores the company's primary reliance on defense contracting vehicles rather than civilian research funding.

The corporate structure identifies Corvid Technologies as a for-profit limited liability company and subsidiary of the Chickasaw Nation, a federally recognized tribe. The Aero. Division designation in the source material and references to "Aeronautics Division" across awards signal specialized aerospace and computational physics capability, though the source does not articulate a formal subsidiary structure beyond the tribal parent relationship. Award dates and dollar progression show the company scaling from approximately $600 million in obligated federal revenue in FY2024 (SCI-reported invoiced amounts are negligible and misrepresentative of actual cash flow; the true revenue scale is substantially higher) to a pipeline exceeding $49 billion in combined potential value across all awards, with the SHIELD IDIQ and SMC sounding rocket vehicle providing material future optionality beyond the near-term MDA recompete cliff.

Corvid provides end-to-end solutions including concept development, design and optimization, prototype build, test, and manufacture for a diverse range of customers and problems. The results are complex engineering solutions for a variety of applications; aircraft, ballistic missile defense, motorsports, armor development, biology systems, and missile and warhead design and development.