#Ireland #Dublin #Johnson Controls #Armada #Galleon Forge

The Launch of Galleon Forge Two in Dublin

On November 11, 2026, Armada, a leader in sovereign information systems infrastructure, and Johnson Controls (NYSE JCI) celebrated a significant milestone in technological advancement by announcing the launch of Galleon Forge Two in Dublin, Ireland. This state-of-the-art production facility represents the second Galleon unit operational in a Johnson Controls production site, following the first unit established in Gilbert, Arizona.

Galleon Forge Two aims to establish a continuous and effective production line specifically for the creation of sovereign AI infrastructure. This significant development allows for the construction of data centers and AI resources tailored for European clients and beyond. The focus is on offering advanced technological solutions while ensuring local production, fostering job creation and regional supply chain benefits.

A Step Towards Sovereign AI Infrastructure

With a target of generating at least 500 MW of capacity by 2027, Galleon Forge Two is already preparing to address the needs of significant clients, including an initial Leviathan intended for Fossefall in Norway. This modular data center, designed to support multiple megawatts, has been fully conceptualized, integrated, and tested in Dublin.

The Leviathan initiative integrates Armada’s leading computing infrastructure and software with Johnson Controls’ cutting-edge thermal management technology. This collaboration ensures optimal energy efficiency, reducing both consumption and noise while supporting high-density computing. By localizing the design and assembly of this technology, European organizations can shift from reliance on imported systems to owning proprietary infrastructure capable of operating autonomously.

Building a Replicable Model

The Galleon Forge model extends beyond merely enhancing production capabilities; it serves as a template that can be replicated by any region or country wanting to anchor their own sovereign AI infrastructure. The first Galleon unit, already embraced in Arizona, sets a precedent for expansion in places like Edmonton, Canada, where further manufacturing facilities will emerge.

Located in over 8,350 square meters of Johnson Controls' site in Dublin, Galleon Forge Two employs a workforce of approximately 700 engineers, technicians, and skilled labor, bolstering European employment opportunities and assuring local control over the supply chain.

Implications for European Governments and Businesses

This new facility not only enhances production capabilities but also redefines the landscape for European businesses and government entities reliant on advanced IT infrastructure. Accessibility to locally manufactured technology means that they no longer need to depend on foreign imports, ensuring greater security and adaptability in operations.

Growth Potential and Expansion

Armada’s co-founder and CEO, Dan Wright, emphasized that the swift evolution of sovereign AI necessitates a novel approach that addresses burgeoning demands. With an aim to ensure that every nation or organization requiring advanced computing infrastructure can possess it, Galleon Forge is built for scalability and continuous growth.

Complementing this, Austin Domenici, President of Global Data Center Solutions at Johnson Controls, pointed to the increasing scale, density, and speed requirements necessitated by AI. By leveraging their extensive experience in building modular infrastructures, Johnson Controls and Armada can more effectively streamline integration efforts, allowing for quicker deployment of complex systems.

Initial Deployments and Partnerships

The launch was marked by commitments from partners such as Fossefall, which has ordered five modular Leviathan data centers totaling over 9 MW, commencing with the unit completed in Dublin and expected to be delivered by the first quarter of 2027.

In Australia, the WinDC company aims to deploy 11 MW of modular data center capacity harnessed from renewable energy sources, positioning computation closer to generation sites of wind and solar power.

Andrew Sjoquist, WinDC's CEO, highlighted that the energy transition in Australia relies on establishing AI infrastructures aligned with renewable sources instead of waiting for an adequate electrical grid to support this transition.

Conclusion

Armada’s growing network of modular data centers symbolizes a significant leap in the field of sovereign AI, bringing about localized control and ownership of computing resources. As more regions embrace the Galleon Forge model, an era of enhanced technological sovereignty is quickly approaching, paving the way for innovative applications in several sectors of society.

For readers interested in trends in technology, infrastructure, and the evolving landscape of AI, the developments coming from this partnership promise to redefine how we think about and utilize computing power in the modern age.