Automation Alley Secures $7.5 Million for Advanced Additive Manufacturing Initiative
Written with artificial intelligence.

On October 15, 2026, Automation Alley announced a $7.5 million Phase I Task Order aimed at enhancing secure, distributed additive manufacturing for the U.S. Army. This initiative, part of Project DIAMOnD, seeks to modernize defense supply chains and improve production capabilities.
Overview of the Initiative
Automation Alley, based in Michigan, has been awarded a significant $7.5 million Phase I Task Order under the Industrial Base Analysis Sustainment program. This funding is designed to support the U.S. Army's efforts to modernize its defense supply chain by focusing on secure and distributed additive manufacturing. The project, known as DIAMOnD, aims to revolutionize the production of complex defense components.
Objectives and Structure
In this initial phase, Automation Alley will concentrate on developing a secure digital manufacturing environment. This system will enable the streaming of manufacturing instructions to a network of additive manufacturing equipment while ensuring the protection of intellectual property. The initiative is particularly focused on addressing existing challenges such as supply chain disruptions and lengthy lead times for legacy defense components.
Technical Focus
The technical work for Phase I will include:
- Developing a secure, encrypted digital workflow that complies with cybersecurity standards.
- Identifying and validating components for polymer and metallic weapon systems.
- Demonstrating the secure transfer of manufacturing recipes to distributed manufacturers.
Key collaborators in this effort include Markforged, an industrial additive manufacturing systems provider, and Fraunhofer USA, a research organization. Together, they will leverage their expertise to validate manufacturing processes and enhance data security in production.
Future Implications
Tom Kelly, executive director of Automation Alley, emphasized the importance of this award, highlighting it as a testament to years of groundwork towards a robust manufacturing support system for the Department of War. The success of Phase I may pave the way for future advancements in secure, distributed additive manufacturing, potentially transforming how defense components are produced and supplied.
