How Northstar Drives Modular Edge Growth for IoT and AI

“We're building 100,000 racks across 100,000 sites worldwide.”

That is the bold target after Northstar Enterprise + Defense announced advancements in its AI-optimised modular data centre platform, focusing on edge infrastructure that supports the rapid growth of IoT applications. 

Through a strategic collaboration with Owens Corning, the company – a subsidiary of Northstar Technologies Group, Inc. – strengthens the resilience, sustainability and thermal efficiency of its modular data centres.

The partnership positions it at the forefront of the edge AI and modular infrastructure market, which is forecast to reach US$269.8bn by 2032.

Northstar’s approach reflects the evolving demands of IoT at the edge – delivering durable, scalable and energy-efficient data centre solutions purpose-built for real-time AI inference and agentic AI workloads distributed across numerous sites worldwide. 

Tony Grayson, Northstar Technologies Group, Inc. President, remarked, "We're not building 100,000 racks in one hyperscale facility – we're building 100,000 racks across 100,000 sites worldwide, faster than anyone else.

“Our advantage isn't just in composite technology – it's in scalable manufacturing, rapid deployment and unmatched resilience."

Material innovation and rapid edge deployment

The partnership with Owens Corning brings advanced composite and insulation technologies into Northstar’s modular data centres to achieve lightweight, durable and thermally efficient enclosures.

Dr Chris Skinner, VP of Strategic Marketing and R&D at Owens Corning, said: "Working closely with Northstar through the development cycle has enabled us to deliver leading composite and insulation solutions for their MDCs, optimising them for their applications."

This integration supports key performance features such as F5 tornado and Category 5 hurricane-rated enclosures, industry-leading insulation, and corrosion-proof designs — all critical for edge locations known for challenging environments. 

Northstar’s use of proprietary Fiber Reinforced Polymer (FRP) composites creates structures up to 30% lighter than aluminium, facilitating rapid rooftop or unprepared terrain deployment without heavy equipment or concrete foundations.

Each modular data centre also incorporates IoT-enabled monitoring and predictive maintenance to maximise operational uptime and efficiency.

Meeting IoT and AI workload needs at the edge

With the proliferation of IoT devices and the explosive demand for AI inference at the edge, data centres must deliver high compute density while maintaining low latency and reliability. 

Northstar’s MDCs support compute densities up to 150kW per rack, enabling real-time decision-making and reinforcement learning across distributed networks. These capabilities are increasingly vital as companies migrate toward hybrid multi-cloud architectures incorporating edge deployments.

Mark Yeeles, Vice President of the Secure Power Division at Schneider Electric, emphasises the accelerating role of modular prefabricated data centres in meeting AI workloads at the edge.

He says: "[Prefabricated data centre solutions] offer scalability, efficiency and speed, allowing data centre providers to expand infrastructure rapidly without the lengthy construction timelines of traditional data centres.

“As computational power and data processing needs skyrocket, prefabricated solutions have emerged as a top choice for their ability to deliver high performance with reduced costs and positive environmental impact. 

“By enabling faster go-to-market capabilities and flexible designs, they are becoming a critical asset for data centres and their clients to stay competitive in the AI era.

“With the explosive market growth of modular solutions, data centres are unlocking a new world of exciting benefits that drive efficiency, scalability and innovation like never before.”

This sentiment aligns with the increasing role of IoT at the edge, where data processing closer to the device reduces latency and bandwidth needs, crucial for sectors such as manufacturing, healthcare and smart cities.

IT infrastructure now prioritises distributed modular designs that are customisable for specific AI and IoT applications, streamlining deployment and enhancing energy efficiency.

Strategic importance of modular data centres

Edge data centres act as pivotal nodes in the expanding digital ecosystem, complementing core hyperscale data centres by enabling real-time processing, energy-efficient operations and compliance with data sovereignty needs.

The layered design strategy ensures data is handled as close to the source as possible, enabling faster insights and improved operational resilience.

Recent modular deployments by Northstar include a disaster recovery node for a major US telecom provider, ensuring continuity in extreme weather, and a full-scale modular data centre for a Fortune 50 enterprise to support hybrid cloud transition.

These demonstrate Northstar’s capability to condense build timelines to months rather than years and significantly reduce total cost of ownership, boosting profitability with energy savings and streamlined maintenance.

Lewis Cobb, Head of Modular Data Centre Projects at Durata, highlights a related perspective on the modular data centre role in AI infrastructure: “Data is the new world currency,” said Lewis. “It has more future value than oil, it is going to change our lives considerably and we are only seeing the tip of the iceberg.

“With more dependency on data for various applications and in order to make data exchanges quicker, more secure and more consistent, we need smaller intermediate points like Edge data centres in order to service those requirements.

“Here at Durata we will then step in with our solutions by providing modular data centres which are designed, constructed, tested and commissioned to be ready to leave our facilities and be deployed anywhere in the world in a ‘plug-and-play’ fashion.”

Security and sustainability combined

Northstar also specialises in defence-grade mobile Sensitive Compartmented Information Facility (SCIF) modular units compliant with ICD-705, TEMPEST and HEMP standards.

These lightweight composite-armoured modules offer air and helicopter transportability for secure compute deployments at forward bases and command centres, innovating traditional SCIF construction by reducing cost and complexity while enhancing ballistic and blast protection.

Kyle McLaughlin, Northstar Technologies Group’s Chief Sales Officer, summarises the corporate vision, saying: "This collaboration with Owens Corning reinforces Northstar’s long-term commitment to integrating advanced materials and intelligent manufacturing across our business.

“We're redefining mission-critical infrastructure with solutions that are faster, lighter and stronger, advancing sustainability and American manufacturing leadership."

Designed for carbon neutrality, Northstar’s modular data centres incorporate net-zero carbon manufacturing processes and full recyclability, reducing embedded emissions compared with steel or concrete alternatives.

Operating lease or capital purchase options with full lifecycle support make them accessible to enterprise, telecom and defence sectors, underpinning sustainable growth in digital infrastructure.

Northstar’s strategic advancements in modular, AI-optimised data centres represent a significant leap forward in addressing the challenges of IoT deployment at the edge. 

Leveraging cutting-edge composite materials, rapid modular construction, and integrated IoT monitoring, their solutions are set to support the burgeoning demand for distributed AI workloads and real-time analytics across global edge networks.

The industry’s shift towards edge-optimised data centres underscores the importance of modular design, not only in accelerating deployment and enhancing resilience but also in fulfilling IoT’s promise of low latency, scalable, secure data processing closer to users and devices. This combination of technology innovation and strategic vision cements Northstar’s role as a key enabler in the next generation of IoT-driven edge infrastructure.