Skyward, LTD.

Skyward, LTD., a small business based in Dayton, Ohio, operates as a prime contractor (95% of recent awards) on Department of Defense and federal civilian R&D programs, with specialized expertise in machine learning, artificial intelligence, sensor technologies, and real-time data processing for defense applications and wildfire detection. The company competes predominantly under Small Business set-asides, securing the bulk of its work through SBIR and STTR programs.

Skyward's customer concentration is heavily skewed toward defense and research agencies. The top five customer offices account for 62% of recent awards by count but dominate the dollar potential: the Department of the Navy Naval Sea Systems Command holds ten awards with $5.28 billion combined potential value, the Department of the Air Force Materiel Command Research Laboratory holds six awards worth $2.6 million, the Department of the Air Force Air Combat Command holds two awards worth $1.7 million, the Naval Air Systems Command Naval Air Warfare Center holds two awards worth $1.2 million, and the Department of the Air Force Materiel Command Test Center holds three awards worth $1 million. The outsized Navy NAVSEA concentration reflects a single $5.28 billion program — the Space-Based Infrared System High Major Defense Acquisition Program — where Skyward holds one SBIR Phase I award. The Air Force portfolio is more distributed across multiple smaller SBIR and STTR phases.

Recent capability work reflects a narrow R&D portfolio: a $1.25 million SBIR Phase II contract with the Air Force Research Laboratory for the Rapid Sustainment Analysis Tool to Enhance Aircraft Readiness, combining machine learning and data processing to optimize aircraft fleet management; a $239,908 SBIR Phase I contract with Naval Sea Systems Command focused on infrared sensors, autonomous systems, and machine learning for the SBIRS High system; a $199,861 STTR Phase I definitive contract with the Army Engineer Research and Development Center for workflow optimization in photogrammetric survey on Arctic regions; a $175,983 SBIR Phase I contract with the Air Force Research Laboratory for a machine learning-based fire-ignition video analysis tool; and a $614,000 Other Transaction Agreement with Air Combat Command (May 2026) for realistic full spectrum survivability research. Skyward also received a $174,998 SBIR grant from the Department of Agriculture's National Institute of Food and Agriculture (July 2022) to develop an edge-computing device and machine learning algorithms for real-time wildfire detection and geospatial intelligence dissemination to incident command teams via mobile platforms.

Top NAICS categories align with this focus: Research and Development in the Physical, Engineering, and Life Sciences (13 awards) and Engineering Services (10 awards). Skyward's vehicle presence is minimal, with two GSA Schedule task orders, two task orders under a Navy Basic Ordering Agreement worth $1.7 million, and single task orders on SeaPort-e and Seaport Next Generation. Activity is episodic — one award in 2021, one in 2022, three in 2024, three in 2025, and one in 2026 — with only one award (combined potential value $1.2 million) reaching ultimate completion inside the next twenty-four months. Skyward subcontracts minimally: a training labor sub to Goodrich Corporation (March 2025) on the DB-110/MS-110 RECCE pod system, and an engineering services sub to the University of Dayton (March 2024).

Skyward, Ltd. provides engineering service and product development support to DoD and commercial customers, specializing in survivability/vulnerability/lethality; test & evaluation (T&E) support, including Live Fire Test & Evaluation (LFT&E); modeling & simulation, including finite element analysis, machine learning, and vulnerability analysis; instrumentation requirements and research; technology development, including Skyward's patented and OEM-licensed Enhanced Powder Panel (EPP) and software products, including a rapid structural vulnerability assessment tool; battle damage assessment and repair; advanced material evaluation; combat data analysis; reverse engineering and 3D scanning; and Unmanned Aerial Systems (UAS) and geospatial solutions, including the areas of wildfire and disaster response management, airbase resiliency, and anomaly detection.