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Antimatter Launches as the World’s First Vertically Integrated Neocloud for AI Inference, Plans to Establish Global Headquarters in Hong Kong

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Combining over 1GW of secured power capacity across distributed micro-power sites in the US, Europe and GCC, Antimatter will deploy a global network of 1,000 distributed micro data centers to serve the growing AI inference market  — 5 times faster and 50% cheaper than hyperscalers

HONG KONG, May 4, 2026 /PRNewswire/ — Antimatter, a new category of neocloud purpose-built for the distributed AI economy, today announced its launch through the strategic combination of three companies: Datafactory (US-based energy and power infrastructure), Policloud (modular micro data center network), and Hivenet (distributed cloud provider).

The combined entity creates the industry’s first fully integrated AI infrastructure platform spanning energy sourcing, physical hardware, and cloud software — designed to serve the explosive global demand for AI inference at a fraction of hyperscale cost and dramatically faster time to market.

Antimatter plans to establish its global headquarters in Hong Kong, and is deploying capital at an unprecedented pace to build out the first global neocloud network optimized for AI inference. The company is securing €300 million to fund the deployment of its first 100 Policloud units in 2026, representing 40,000 GPUs and over 3.6 exaFLOPS of active compute capacity.

By the end of 2030, the planned network of 1,000 Policlouds will provide more than 400,000 GPUs and over 36 exaFLOPS of distributed AI inference capacity — the equivalent of five traditional hyperscale data centers, deployed across dozens of countries with 50% lower capital spending and significantly faster time to market.

Antimatter is led by David Gurlé, the serial high-tech entrepreneur who founded Microsoft’s Real-Time Communications business (today’s Microsoft Teams), led Skype’s enterprise division and its sale to Microsoft, and founded Symphony Communication Services.

“In the age of AI, intelligence is not the bottleneck — energy is,” said David Gurlé, Cofounder, Executive Chairman, and CEO of Antimatter. “The infrastructure built for the first era of cloud and AI was designed around centralized scale. But the inference era requires a different model: more distributed, faster to deploy, and sovereign by design. That is the infrastructure Antimatter is building.”

Why AI Inference is Breaking the Cloud Model

The first wave of AI was about training massive models in centralized data centers. But the next phase — inference — is about running those models billions of times per day, across applications like copilots, agents, and real-time decision systems.

That shift changes everything. Inference requires infrastructure that is closer to users, faster to deploy, more energy-efficient, and geographically distributed. Traditional hyperscalers were not built for this. Their model relies on massive, centralized campuses that can take years to build and require enormous upfront capital.

Antimatter’s answer: bring the data center to the energy, not the energy to the data center.

The global data center capacity market is projected to grow from 55GW in 2023 to 220GW by 2030 — a 22% CAGR — yet grid connection queues and infrastructure delays are emerging as the primary bottleneck. In Europe alone, more than 12 TWh of renewable electricity were curtailed in 2023, representing over €4.2 billion in lost value. At the same time, more than 1,000GW of additional renewable capacity remains stuck in permitting and grid-connection queues across Europe and the GCC.

A Full-Stack Neocloud Built for the AI Inference Era

Antimatter is uniquely positioned as the only neocloud that controls the complete value chain:

Energy-first model
More than 1GW of secured power capacity, including over 160MW already operational across Texas and Oregon, USA. Antimatter deploys Policloud units directly at or near existing power assets — including wind, solar, hydro, or biogas sites — converting stranded generation into productive AI infrastructure in a matter of months, rather than waiting years for new transmission capacity.

Decentralized infrastructure layer
A fleet of modular, containerized micro data centers, each housing up to 400 GPUs and deployable in as little as five months, compared with 24+ months for traditional hyperscale builds. Antimatter currently operates 17 units across 8 sites and has a commercial pipeline of more than 500 additional units.

Distributed software layer
A proprietary distributed computing and storage platform providing the orchestration intelligence that connects distributed hardware into a single, sovereign cloud fabric with global default Tier 3 capability — supporting billions of inference requests each day, with sub-10ms latency for edge workloads and full data sovereignty for regulated industries.

Key Competitive Advantages

Metric

Antimatter

Traditional Hyperscale

Capex per fully loaded MW

~US$7M

~US$35M

Deployment timeline

5 months

24+ months

Customer pricing

~50% below hyperscalers

Market rate

Edge latency

Sub-10ms

Variable

Carbon reduction

~70% lower;

zero water cooling

Standard

Data sovereignty

Sovereign-by-design;

local jurisdiction

Bolt-on solutions

Strong Commercial Traction

Antimatter enters the market as a cash-flow positive entity with demonstrated commercial momentum:

US$20 million in current annual revenueUS$4 million in EBIT4,500 GPUs deployed with demand for 10,000+100 Policlouds being deployed in 2026, representing 40,000+ GPUs1,000 Policlouds planned by end of 2030, representing 400,000+ GPUsDiversified customer base: Energy sector (35%), Public sector (30%), Agriculture (15%), Corporates (20%)

The company is targeting $250M+ in revenue within the next 18 months and $2.5B+ by the end of 2030.

Investor Perspectives

“AI infrastructure is now a strategic asset class, and the winners will be those who can combine hard assets with software at scale. Antimatter’s vertically integrated model — from megawatts to APIs — is exactly the kind of infrastructure we believe can define the next decade of digital growth.”

— Alex Manson, CEO of SC Ventures, Standard Chartered Bank

“France and Europe need sovereign, energy-efficient infrastructure to compete in AI. What convinced us about Antimatter is not just the technology, but the ability to deploy micro data centers in months, on existing power assets, while meeting the most demanding regulatory constraints.”

— Stéphanie Hospital, Founder and CEO of OneRagtime

“From Dubai, we see first-hand how emerging markets are skipping legacy infrastructure and going straight to AI-native architectures. Antimatter’s model — distributed, capital-efficient and deeply integrated with energy — is built for exactly these markets, and for the next generation of AI companies we back.”

— Noor Sweid, Founder and Managing Partner, Global Ventures

“At Inria, we work every day at the frontier of AI and high-performance computing. Antimatter’s approach is compelling because it reconciles cutting-edge AI workloads with more frugal, sustainable infrastructure — distributed, software-defined, and close to available energy. It is a strong illustration of the deeptech industrial story we want to see emerge in Europe.”

— Bruno Sportisse, Chairman and CEO of Inria

 

About Antimatter
Antimatter is the distributed neocloud for AI inference. By vertically integrating energy, modular infrastructure, and orchestration software, Antimatter deploys enterprise-grade AI compute infrastructure faster, cheaper, and more sustainably than traditional hyperscale providers. Headquartered in Cannes, France, with major operations in the United States, Antimatter serves enterprises, governments, and AI companies worldwide.

www.antimatter.com

About the Founder
David Gurlé is a French entrepreneur, engineer, and Chevalier of the Légion d’Honneur. He has founded seven companies, including Symphony Communication Services ($1.4B valuation), and held senior leadership roles at Microsoft (where he founded the Real-Time Communications business), Thomson Reuters, and Skype (VP & General Manager, Enterprise). He holds an MSc in Computer Science and Telecommunications from EFREI Paris.

Media Enquiries:
Strategic Financial Relations Limited

Angelus Lau

Tel: (852) 2864 4805

Email: angelus.lau@sprg.com.hk

Corinne Ho

Tel: (852) 2114 4911

Email: corinne.ho@sprg.com.hk

Angela Shen

Tel: (852) 2864 4870

Email: angela.shen@sprg.com.hk

Ariane Forgues

Email: aforgues@mantu.com

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Goodwill Houston and CompuCycle Launch Tech Recycle Workforce Training Program for Students with Disabilities

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HOUSTON, Oct. 20, 2026 /PRNewswire/ — Goodwill Houston and CompuCycle today announced Tech Recycle, a workforce training program that turns school districts’ retired electronics into paid vocational training for transition-age students with disabilities. Goodwill Houston operates the program and pays every student. CompuCycle, a Houston-based electronics recycler, provides certified data destruction and recycling for the districts’ devices.

Tech Recycle is a 12-week paid work-based learning program that helps students on the autism spectrum build skills and prepare for future employment, at no cost to them.

How Does Tech Recycle Work?

Districts send retired electronics to CompuCycle for certified data destruction and receive audit-ready documentation before sending the wiped devices to Goodwill Houston to be used in instruction.Students join a 12-week paid work-based learning program run by Goodwill Houston, gaining hands-on experience and skills that can support future employment.Goodwill Houston funds student paychecks in full, separate from the value returned to districts.CompuCycle recycles the scrap materials in-house at its 130,000 sq ft Houston facility and returns recovered material value to the districts.

From One Classroom to a Regional Workforce Program

Tech Recycle grew out of TechCycle, a program CompuCycle launched with Pearland ISD, supported by seed funding from Texas A&M and covered by ABC13. Goodwill Houston now runs it as Tech Recycle.

“Goodwill Houston saw what it could be across the region and built the training around it. Our job is to keep the recycling secure, certified, and done right here in Houston,” said Kelly Adels Hess, CEO of CompuCycle.

Building a Pathway to Success for Students with Autism

“We have run into so many students who have a passion for telling you how things work and taking them apart. But we did not have a pathway set aside for them. The greatest part about this program is we’re paying these students. They now have certified training and a resume builder,” said Vernee Sampson, Senior Manager of Vocational Rehabilitation Programs at Goodwill Houston.

“Most arrive assuming that they can’t do this or this isn’t for them, but we want them to walk away believing that they can do it,” said Alicia Franklin, Career Coach and instructor for Tech Recycle.

How Can Districts and Organizations Get Involved?

School districts that want to train their students through Tech Recycle can contact Goodwill Houston. Organizations with retired electronics can send them through CompuCycle. Learn more about the CompuCycle and Goodwill Houston partnership.

“Community impact is the point of Tech Recycle. A district retires its devices, we recycle them securely, and Goodwill Houston turns that into paid training for students. When a recycler, a nonprofit, and a school district work together, the whole community benefits,” Hess said.

Join the Conversation at E-Scrap

Kelly Adels Hess will lead a workshop, “Community Partnerships, Real Impact,” at the E-Scrap Conference in New Orleans on October 27 from 8:30 to 9:30 a.m.

About Goodwill Houston

Goodwill Houston is a nonprofit organization dedicated to changing lives through the power of work. Serving individuals and families across the Greater Houston area, Goodwill Houston provides workforce development, job training, career services and other programs designed to help people build skills, overcome barriers to employment and achieve greater independence.

About CompuCycle

CompuCycle is a Houston-based IT asset disposition and electronics recycling company. It holds R2v3, e-Stewards, and ISO 27001 certifications, the only electronics recycler in Texas with all three.

Media Contacts

CompuCycle: Kelly Adels Hess, CEO, khess@compucycle.com, 713-869-6700Goodwill Houston: Mia Brooks, Events and Public Relations Coordinator, MBrooks@goodwillhouston.org, 713-805-7031

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xTool Launches C1 Color Cutter : The Full-Color Cutting Machine Built to Scan, Print, and Cut with Precision

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PARIS, Oct. 20, 2026 /PRNewswire/ — xTool, a global pioneer in digital fabrication and smart desktop manufacturing, announces today its expansion into the craft cutter market with the launch of the xTool C1 Color Cutter.

Engineered under the slogan “Scan It. Print It. Cut It. Always in One Workflow,” the C1 solves long-standing industry challenges by integrating high-precision CIS scanning, CMYK full-color inkjet printing, and dynamic blade cutting into a single automated desktop workstation.

Starting October 20th, 2026, xTool is launching its official global pre-order campaign, offering an exclusive £10 deposit incentive that provides early buyers with substantial machine discounts, physical material bundles, and livestream giveaway entries.

Beyond Lasers and Printers : The Natural Evolution into Craft Cutting

The launch of the xTool C1 marks a milestone in xTool’s strategy to build a fully integrated hardware and software ecosystem for creators, DIY enthusiasts, and small-business owners. Building on its global leadership in desktop laser engravers and digital printers, xTool is bringing its expertise in precision mechanics and automation to traditional blade cutting.

By combining full-color printing and precision cutting in one compact machine, the C1 eliminates the need for separate printers, manual material transfers, and error-prone registration marks, simplifying workflows for paper crafts, vinyl graphics, HTV, apparel, and stickers.

Designed for Advanced Crafters and Small Businesses

For DIY enthusiasts, its integrated print-and-cut workflow helps reduce material waste, alignment errors, and the need to cut and weed multiple layers of vinyl. Complex projects involving heat transfer vinyl (HTV) for textile customisation, sticker making, and paper crafts become easier to complete.

For entrepreneurs and small businesses producing customised apparel, labels, packaging, or promotional items, the C1 is a valuable addition to their production workflow. It helps improve productivity, reduce manufacturing costs, and deliver professional-quality results.

Seamless Print-and-Cut Workflow

Combining CMYK inkjet printing with precision blade cutting, the C1 prints directly onto materials before cutting, eliminating registration marks, maximizing printable space, and minimizing alignment errors and waste. Its proprietary Duraproof ink produces vibrant, waterproof, fade-resistant graphics that can withstand up to 30 home washes on textiles.

Built-In CIS Scanner and Live Preview

An integrated Contact Image Sensor (CIS) provides a 1:1 live preview, allowing users to position designs accurately, including leftover materials. Additional features include automatic contour extraction, material nesting, and QR-code-based parameter setup.

AI-Powered Atomm Creation Suite

xTool’s Atomm software transforms text prompts and images into ready-to-cut vectors, with tools for background removal, artistic text, line-art conversion, and 3D papercraft templates, reducing design preparation from hours to minutes.

Versatile Materials and Tools

Compatible with Fine-Point, Deep-Point, Rotary, and 3mm Cutting blades, Foil-Transfer tips, and detail pens, the C1 supports paper, cardstock, vinyl, HTV, leather, balsa wood, and fabrics. Optional accessories include an Electrostatic Mat and Roll Holder with built-in trimmer.

Pre-Order Details

Global pre-orders open on October 20th, 2026, with prices starting at £399 and reservations available for a £10 deposit. Several bundles will be offered, including the first-ever C1 bundle with Atomm Membership.

Pre-order customers will receive exclusive £10 Pre-Order Bonus Perks, including a material kit with over 10 crafting materials, a 20% Material Card valid for 180 days across the xTool store, and entry into a livestream giveaway to win a free C1.

Final payments and global shipping begin November 5, 2026. Further details are available at xtool.com.

About xTool

xTool is a brand founded in 2020 that specialises in smart digital fabrication machines. The company’s mission is to foster creativity by developing intelligent, user-friendly tools that leverage advanced technologies to significantly lower the barriers to creation.

The brand primarily serves makers, DIY enthusiasts, and the education sector by combining powerful software with safe, easy-to-use hardware. xTool provides users with new opportunities to bring their creative ideas to life efficiently and professionally.

For more information: xtool.com

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Green Data Center Market worth $197.02 billion by 2031 – Report by MarketsandMarkets™

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DELRAY BEACH, Fla., Oct. 20, 2026 /PRNewswire/ — According to MarketsandMarkets™, the global Green Data Center Market is expanding rapidly, with a projected market size anticipated to rise from about USD 60.77 billion in 2026 to USD 197.02 billion by 2031, featuring a CAGR of 26.5%.

Browse 303 market data Tables and 60 Figures spread through 240 Pages and in-depth TOC on “Green Data Center Market – Global Forecast to 2031”

Green Data Center Market Size & Forecast:

Market Size Available for Years: 2021–20312025 Market Size: USD 48.26 billion2026 Market Size: USD 60.77 billion2031 Projected Market Size: USD 197.02 billionCAGR (2026–2031): 26.5%

Green Data Center Market Trends & Insights:

The global market is gaining momentum as data center operators and enterprises respond to rising energy costs, increasingly stringent sustainability regulations, and growing commitments to reduce carbon emissions.The infrastructure segment is expected to hold the largest market value of USD 39.31 billion by 2026.The building management software is projected to grow at the highest CAGR of 32.1% during the forecast period.Cloud and hyperscale data centers are expected to dominate the market during the forecast period.Retail and e-commerce enterprises are projected to grow at the highest CAGR during the forecast period.North America is estimated to dominate the market with the highest value of USD 25.12 billion by 2026.

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Green data centers are transforming digital infrastructure by integrating technologies such as renewable energy systems, liquid and immersion cooling, and intelligent energy management solutions to enable sustainability at scale. These innovations improve power usage efficiency, reduce carbon emissions, and support compliance with increasingly stringent global sustainability regulations, accelerating adoption across hyperscale facilities, colocation providers, and enterprise data centers. By incorporating energy-efficient and environmentally optimized technologies into core operations, green data centers enhance long-term resilience, regulatory alignment, and cost efficiency for energy-intensive workloads. This infrastructure enables organizations to support AI-driven applications, cloud services, and high-density computing environments more efficiently, while reducing reliance on fossil fuel-based power systems and minimizing overall environmental impact.

By Cooling Infrastructure, Green Air Cooling will register the largest market share during the forecast period

Green air cooling is expected to remain a key thermal management solution in data centers, driven by the growing emphasis on energy efficiency, sustainability, and reduced environmental impact. Key components include Computer Room Air Handlers (CRAH) and Computer Room Air Conditioning (CRAC) units, which use chilled water and refrigerant-based systems, respectively, to maintain optimal temperature and humidity conditions. These systems are increasingly equipped with variable-speed fans, advanced controls, and high-efficiency motors to reduce energy consumption and improve overall cooling performance. Energy-efficient air-cooled chillers further complement these systems by using low Global Warming Potential (GWP) refrigerants and incorporating free-cooling modes that leverage ambient outdoor air to reduce cooling energy requirements. Additional approaches, including hot/cold aisle containment, variable airflow management, and intelligent monitoring systems, enable cooling capacity to be dynamically adjusted according to real-time demand, improving energy efficiency. Emerging vendors and solution providers can capitalize on this trend by developing advanced thermal management technologies. Carrier’s investment in ZutaCore, announced in February 2025, highlights the industry’s increasing focus on advanced cooling solutions. The collaboration aims to deliver scalable and energy-efficient thermal management systems capable of addressing the rising cooling requirements of modern data centers. To capture these opportunities, vendors can focus on developing innovative cooling technologies that improve efficiency and support sustainability objectives. Strategic collaborations, industry partnerships, and continuous technological innovation will remain important for strengthening capabilities in the evolving green data center cooling market.

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Software segment is poised for the fastest growth rate during the forecast period

The software segment is expected to register the highest CAGR in the Green Data Center Market, driven by growing demand for intelligent automation, energy optimization, operational visibility, and regulatory compliance. Data Center Infrastructure Management (DCIM) software provides real-time visibility into power consumption, cooling performance, server utilization, and environmental conditions, enabling operators to identify inefficiencies, optimize resource allocation, and maintain high availability. Building Management Systems (BMS) integrate electrical, mechanical, and HVAC systems to automate energy-efficient facility operations while regulating lighting, temperature, and airflow to minimize energy waste and improve cooling efficiency. Compliance software supports adherence to environmental standards, industry regulations, and sustainability certifications such as LEED and ISO 50001 by automating reporting, documentation, and audit processes, thereby improving transparency and accountability. Specialized software solutions, including AI-driven predictive workload management and energy analytics platforms, can dynamically optimize cooling, power distribution, and IT workloads based on real-time demand, reducing energy consumption, environmental impact, and operating costs. Emerging vendors and solution providers can capitalize on this growth through strategic partnerships, technology integration, and AI-enabled capabilities. For instance, in August 2025, Vertiv acquired Waylay NV, a Belgium-based AI-powered software provider, to strengthen monitoring, optimization, and operational efficiency across data center systems. By developing advanced software solutions, collaborating with established technology providers, and leveraging AI, automation, and analytics, vendors can support sustainable, efficient, and regulatory-compliant green data center operations while addressing the growing demand for intelligent infrastructure management.

North America accounts for the largest market during the forecast period

North America is witnessing measurable growth in green data center activity, driven by corporate decarbonization targets, rising onsite power costs, and the increasing need to deploy high-density computing infrastructure with lower water and energy intensity. According to the US Energy Information Administration, solar power generation in the United States increased by 25% in 2024, while wind power generation grew by 8%, improving the availability of low-carbon electricity for hyperscale and colocation data center campuses. Additionally, Schneider Electric announced collaborative AI data center reference designs with NVIDIA in December 2024 that support liquid cooling at densities of up to 132 kilowatts per rack, highlighting supplier responses to rising rack power densities and efficiency requirements. Federal and commercial developments during 2024 and 2025 are also influencing procurement timelines and technical specifications. The White House issued an executive order in July 2025 aimed at accelerating federal permitting for large data center projects and supporting infrastructure. By streamlining approvals for facilities exceeding 100 megawatts or involving capital expenditures of at least USD 500 million, the order supports faster deployment of next-generation data centers, enabling integration of renewable power, liquid cooling systems, and energy-efficient designs. Schneider Electric also introduced and validated new electrical and liquid cooling reference designs through 2024 and 2025, creating standardized deployment pathways for integrators and data center owners. Vendors and solution providers are increasingly focusing on liquid cooling systems, modular electrical skids, facility-level heat recovery, and advanced DCIM capabilities to address evolving procurement requirements amid faster permitting processes and increasing renewable power availability.

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Top Companies in Green Data Center Market:

The Top Companies in Green Data Center Market are Schneider Electric (France), Vertiv (US), Eaton (US), Daikin (Japan), ABB (Switzerland), Delta Electronics (Taiwan), Siemens (Germany), Carrier (US), and GE Vernova (US).

Green Data Center Market – Investment & funding +Merger & Acquisition

Investment and Funding Context

The global Green Data Center Market is attracting strong investment from hyperscalers, cloud providers, colocation operators, and enterprises seeking sustainable ways to expand capacity for AI, high-performance computing, and edge workloads. Investment is increasingly directed toward energy-efficient power and cooling systems, eco-friendly IT modules, high-density green AI pods, and sustainable manufacturing capacity.

Capital is also flowing toward companies developing technologies that address the power, cooling, and energy-efficiency requirements of sustainable AI infrastructure. For example, Eaton completed its USD 9.5 billion acquisition of Boyd Thermal in March 2026, adding liquid cooling and thermal management capabilities for high-density, energy-efficient data centers. Similarly, Vertiv agreed in September 2026 to acquire UtilityInnovation Group for approximately USD 1.45 billion to add microgrid controls, on-site generation orchestration, and behind-the-meter power architecture that shorten time to power. Schneider Electric completed the acquisition of a 75% controlling interest in Motivair for USD 850 million in February 2025 to strengthen its liquid cooling portfolio for AI data centers. These investments and strategic transactions demonstrate the increasing emphasis on energy-efficient, low-carbon, and rapidly deployable power and cooling infrastructure across the green data center ecosystem.

Revenue Shift Context

The market is shifting from conventional, energy-intensive data center infrastructure toward energy-efficient, low-carbon, and sustainability-oriented architectures as operators seek to reduce power consumption, operating costs, and carbon emissions. The rapid growth of AI and high-performance computing is accelerating this transition by increasing power density and cooling requirements, creating greater demand for efficient power distribution, advanced thermal management, renewable energy integration, and intelligent energy management. Technologies such as liquid cooling, high-efficiency UPS systems, renewable-powered generation, energy storage, and intelligent monitoring platforms are increasingly being integrated into data center infrastructure to improve energy utilization and support sustainability targets. Operators are also adopting modular and prefabricated solutions that improve deployment efficiency while incorporating energy-efficient power and cooling systems.

Revenue opportunities are consequently expanding beyond conventional energy-efficiency equipment toward integrated green infrastructure solutions, including renewable energy systems, liquid and immersion cooling, energy storage, high-efficiency power systems, AI-enabled energy management, DCIM platforms, carbon monitoring, and heat recovery technologies. The growing deployment of high-density AI infrastructure is particularly increasing demand for liquid cooling, optimized power architectures, and real-time energy monitoring capable of maintaining performance while controlling energy consumption.

Mergers and Acquisitions

Mergers, acquisitions, and strategic investments are increasingly shaping the Green Data Center Market as infrastructure providers seek to strengthen capabilities across energy-efficient power systems, advanced cooling, renewable energy integration, and intelligent energy management. Recent activity is focused on expanding sustainable technology portfolios, enhancing vertical integration across critical infrastructure components, and accelerating the development and deployment of energy-efficient solutions for AI-ready and high-density data center environments.

GREEN DATA CENTER MARKET: MERGERS AND ACQUISITIONS, AUGUST 2025–SEPTEMBER 2026

Month and Year

Deal Type

Company 1

Company 2

Description

September 2026

Acquisition

Eaton (Ireland)

COL Group (Italy) (from Oaktree)

Eaton signed a deal to buy COL Group at an enterprise value of about EUR 810 million. COL makes medium-voltage distribution equipment, including SF6-free switchgear, grid automation, and modular power systems. The deal expands Eaton’s European manufacturing for data center and utility customers.

September 2026

Acquisition

Vertiv (US)

King Environmental Services (KES) (Ireland)

Vertiv agreed to buy this Europe-based provider of fluid management, commissioning, and load-testing services for liquid-cooled data centers. It extends Vertiv’s thermal services into EMEA, building on PurgeRite in North America.

April 2026

Acquisition

Vertiv (US)

BMarko Structures (US)

Vertiv acquired BMarko to bring structural fabrication in-house and expand capacity for manufactured, prefabricated, and converged infrastructure solutions.

November 2025

Acquisition

Eaton (Ireland)

Boyd Thermal (US)

Eaton announced the USD 9.5 billion purchase of Boyd’s thermal business, which closed on March 12, 2026. It adds liquid cooling and thermal components for data centers, and about 80% of Boyd’s business serves that market.

Company Revenue Share Details

The global Green Data Center Market is led by established power, cooling, and electrical infrastructure providers competing across energy-efficient power distribution, power backup and energy storage, green air and liquid cooling, and DCIM and energy management software. Major participants include Schneider Electric, Vertiv, Eaton, ABB, and Hitachi Energy, alongside other global and regional players such as Daikin, Delta Electronics, Siemens, Carrier, and STULZ. Competition is increasingly shaped by the ability to offer integrated power and cooling portfolios that lower PUE, support renewable and low-carbon power integration, and handle the higher rack densities of AI workloads.

Competition is also shifting toward vertical integration and end-to-end offerings that span grid interconnect to chip. Recent transactions demonstrate this focus on liquid cooling, thermal management, and sustainable power distribution. For example, Eaton’s USD 9.5 billion acquisition of Boyd Thermal added liquid cooling capabilities. Its agreement to acquire COL Group (EUR 810 million enterprise value) adds SF6-free medium-voltage switchgear.

Browse Adjacent Markets Data Center and Networking Market Research Reports & Consulting

Related Market Reports:

Data Center Rack Market by Rack Type (Open Frame, Enclosed), Type (Server Racks, Network Racks), Rack Height (42U & Below, 43U up to 52U), Rack Width (19 Inch, 23 Inch), Data Center Type (Enterprise, Colocation, Hyperscale) – Global Forecast to 2030

Data Center Solutions Market by Infrastructure [Power (Critical Power, Backup, Distribution), Mechanical & Cooling (Air Cooled, Liquid Cooling, Heat Pumps), IT (Server, Storage, Networking), Physical (Racks, Cables)], Software – Forecast to 2031

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