Solideon
Autonomous deployable factories for aerospace and defense production
The product
Robotic manufacturing cells and software that additively manufacture, finish, assemble, and inspect large metal structures with minimal human intervention.
The thesis
Deployable manufacturing can shorten repair and production lead times for defense and critical infrastructure while reducing exposure to fragile centralized supply chains.
How it runs
Solideon develops autonomous, deployable manufacturing cells that layer proprietary software and metal additive processes onto robotic systems. Its platform is intended to design, print, machine, assemble, and inspect large structures near the point of need, with current emphasis on aerospace, defense sustainment, shipbuilding, and austere environments. The company works through government development contracts, demonstrations, and commercial or strategic manufacturing partnerships.
How it earns
Public evidence shows contract-funded technology development and deployment work, including a $1.249 million U.S. Air Force SBIR Phase II award. The company also pursues paid commercial manufacturing and platform engagements with aerospace and defense customers and partners.
Why it wins
Solideon's advantage is an end-to-end, reconfigurable microfactory that combines wire-arc additive manufacturing, robotic post-processing, assembly, and inspection. The deployable architecture reduces dependence on fixed tooling and centralized plants while targeting lower labor input, faster lead times, and localized production.
Evidence ledger
- website · 2026-05-28
Solideon identifies as a reindustrialization company.
https://solideon.com - first-party · 2026-09-17
The company describes autonomous deployable factories, reduced human intervention, tooling avoidance, localized supply-chain production, and generative design.
https://solideon.com/ - government · 2026-09-17
The federal SBIR database confirms a $1,249,772 Phase II Air Force award to Additive Space Technologies, Inc. for Solideon's portable wire-arc additive manufacturing cell.
https://www.sbir.gov/awards/216785 - first-party · 2026-09-17
Solideon and ACUA Ocean describe adapting the platform into rapidly deployable, reconfigurable cells for maritime and austere environments.
https://solideon.com/wp-content/uploads/2025/08/ACUA-x-Solideon-MOU-Press-Release.docx.pdf - first-party · 2026-09-17
The company overview explains the integration of robotics, proprietary software, 3D welding, post-processing, assembly, and inspection into autonomous microfactories.
https://solideon.com/wp-content/uploads/2024/08/Solideon_1-Pager-824.pdf
Articles, news, and updates
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