Containerized Mobile Additive Manufacturing System Aims to Strengthen Distributed Drone Production and Transatlantic Defense Supply Chain Resilience
NUBURU, Inc. (NYSE American: BURU), a dual-use Defense & Security platform company specializing in non-kinetic effects, directed-energy technologies, and software-orchestrated defense systems, has announced the execution of a binding Contractual Joint Venture Agreement through its wholly owned subsidiary, Nuburu Defense LLC. The agreement establishes a strategic partnership with Maddox Defense Incorporated to develop and commercialize a modular, containerized, mobile additive manufacturing system designed to produce drone components, mission-critical structural parts, pods, and other related defense systems.
The initiative marks a significant step in NUBURU’s broader Defense & Security platform strategy, extending its capabilities beyond advanced laser and software-driven technologies into deployable industrial manufacturing infrastructure. The program builds on a Strategic Framework Agreement signed in the fourth quarter of 2025 and establishes a transatlantic industrial framework that integrates U.S.-based development with European commercialization pathways. The European component of the initiative is supported by Tekne S.p.A., strengthening the venture’s ability to serve allied markets across the European Union and NATO-aligned countries.
Building a Transatlantic Defense Manufacturing Architecture
The joint venture is structured as a phased development program. Phase I focuses on engineering, validation, and technical certification of the mobile additive manufacturing system. Upon successful completion and certification of this phase, the agreement provides for the formation of a dedicated commercialization entity. This future entity will be majority-owned and strategically overseen by Nuburu Defense, ensuring alignment with NUBURU’s long-term Defense & Security platform architecture.
At its core, the program aims to address one of the most pressing challenges in modern defense logistics: the vulnerability of centralized supply chains. Recent geopolitical tensions and operational disruptions have underscored the risks associated with relying on fixed manufacturing hubs and extended logistics networks. By contrast, distributed manufacturing models enable localized, on-demand production that reduces dependency on centralized facilities and lengthy transportation routes.
The mobile additive manufacturing system under development is engineered as a fully containerized and transportable unit. Designed for rapid deployment, it can be positioned near operational theaters, forward bases, or strategic infrastructure points. This configuration allows defense organizations to fabricate drone components, structural assemblies, and mission-critical parts directly where they are needed.
Technical Capabilities and Operational Advantages
The proposed system is intended to support several core operational functions:
- On-demand fabrication of drone and unmanned system components
- Production of structural and mission-critical defense parts
- Rapid deployment to operational environments
- Reduced reliance on centralized production facilities
- Enhanced scalability and distributed manufacturing resilience
By leveraging additive manufacturing technologies within a containerized platform, the system can produce complex geometries and customized components without requiring traditional tooling or extensive factory infrastructure. This flexibility is particularly relevant for unmanned systems programs, where rapid iteration, modular upgrades, and mission-specific configurations are increasingly common.
Modern military strategies emphasize speed, adaptability, and logistics independence. Unmanned aerial vehicles (UAVs), autonomous systems, and modular payload architectures are reshaping battlefield and surveillance dynamics. In this context, distributed additive manufacturing is emerging as a strategic enabler, supporting faster system deployment, streamlined maintenance, and operational continuity.
Structured Commercial Framework
The joint venture agreement incorporates a defined capital recovery and profit allocation structure designed to promote disciplined resource deployment during the early commercialization stages. This structured financial framework reflects a measured growth strategy, balancing innovation with fiscal responsibility.
Under the terms of the agreement, Phase I development will proceed under a binding joint venture structure. Upon certification of completion, the parties will incorporate a new commercialization entity responsible for scaling production and engaging with procurement channels. Nuburu Defense will maintain majority ownership and strategic oversight, ensuring that the initiative remains integrated within NUBURU’s broader Defense & Security platform.
The commercial strategy is structured to provide flexibility across procurement ecosystems. Maddox Defense will support engagement with U.S. prime contractors and defense agencies, leveraging its domestic relationships and regulatory expertise. Meanwhile, NUBURU and Tekne are positioned to facilitate execution pathways within European and NATO-aligned markets, where regulatory compliance and industrial partnerships are critical to successful deployment.
Strategic Market Context
Global defense modernization efforts continue to accelerate amid evolving geopolitical conditions. Nations across North America and Europe are investing heavily in unmanned systems, resilient logistics infrastructure, and advanced manufacturing capabilities. Drone deployments, autonomous systems integration, and distributed production frameworks represent expanding segments within a multi-billion-dollar global defense market.
Additive manufacturing has increasingly been recognized as a complementary infrastructure layer that enhances operational flexibility. Rather than replacing traditional industrial capacity, distributed additive systems provide a rapid-response capability for spare parts, upgrades, and mission-critical assemblies. This approach aligns with emerging defense doctrines that prioritize resilience, redundancy, and supply chain independence.
Through this joint initiative, NUBURU and Maddox Defense are positioning their platform to participate in this structural evolution of defense manufacturing architecture. By combining deployable production capabilities with software-orchestrated defense systems and non-kinetic technologies, the companies aim to create an integrated industrial ecosystem tailored to next-generation defense requirements.
Leadership Perspectives
Alessandro Zamboni, Executive Chairman and Co-Chief Executive Officer of NUBURU, characterized the joint venture as a deliberate expansion of the company’s Defense & Security platform into deployable industrial capability. He emphasized that distributed manufacturing resilience and unmanned systems support are becoming essential components of modern defense architectures. By aligning with Maddox Defense and leveraging Tekne’s European capabilities, NUBURU is establishing a structured transatlantic framework designed to support long-term modernization initiatives.
Dario Barisoni, Co-Chief Executive Officer of NUBURU and Chief Executive Officer of Nuburu Defense, highlighted the disciplined and phased approach underpinning the initiative. Phase I will concentrate on development, validation, and certification of the mobile additive system, ensuring technical robustness and compliance with regulatory frameworks. The objective is to build a scalable manufacturing architecture capable of supporting unmanned systems programs while adhering to strict export-control and compliance standards across U.S. and allied markets.
Jason Maddox, Chief Executive Officer of Maddox Defense, underscored the importance of adaptable and scalable production capabilities in future defense manufacturing. He noted that collaboration with NUBURU combines industrial expertise with strategic platform integration, creating a durable foundation for next-generation defense manufacturing applications.
Compliance and Regulatory Considerations
A critical aspect of the program is adherence to export-control regulations and national security compliance standards. Defense manufacturing, particularly when spanning transatlantic partnerships, requires strict coordination with regulatory authorities. The joint venture structure has been designed to ensure that all development, commercialization, and deployment activities align with U.S., European Union, and NATO regulatory frameworks.
By embedding compliance mechanisms into the program’s architecture from the outset, the partners aim to mitigate regulatory risk and streamline procurement engagement. This proactive approach is particularly important when dealing with advanced manufacturing technologies and unmanned systems components that may be subject to export controls.
The joint venture represents more than a single product initiative; it signals a broader strategic shift toward integrated, deployable defense manufacturing ecosystems. As defense organizations seek to modernize logistics networks and improve operational readiness, distributed additive manufacturing platforms are poised to play a central role.
For NUBURU, the program expands its Defense & Security platform beyond non-kinetic and directed-energy technologies into tangible industrial infrastructure. For Maddox Defense, the collaboration strengthens its position within next-generation manufacturing and unmanned systems support. Together, supported by Tekne’s European engagement capabilities, the partners are constructing a transatlantic framework capable of addressing emerging defense priorities.
As global security dynamics continue to evolve, resilience, adaptability, and speed will define competitive advantage in defense manufacturing. The NUBURU–Maddox Defense joint venture aims to deliver precisely those attributes—deployable, scalable production capacity designed to operate wherever and whenever mission requirements demand.
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