Technology
California AI Company Unveils Praxis Human-First AI™
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A New Category Designed to Preserve and Amplify Trusted Human Intelligence
At the AI for Good Global Summit 2026, Praxis AI introduces the Praxis Human-First Agentic Platform™: the technology, trust, intelligence, and economic infrastructure for Human-First AI.
GENEVA, July 2, 2026 /PRNewswire/ — The first era of artificial intelligence transformed access to information and computation. Praxis AI believes the next era will transform access to trusted human intelligence.
Building on decades of foundational advances in AI, including contributions by AI visionary Ray Kurzweil in pattern recognition, machine intelligence, and knowledge representation, Praxis AI has identified the defining challenge of this next era: not building increasingly capable models, but building intelligent systems that remain human-directed, human-governed, and designed to preserve, amplify, and responsibly scale the knowledge, judgment, creativity, and expertise that make people uniquely valuable.
Meeting that challenge requires more than a new product or model. It requires an entirely new category of artificial intelligence.
At the AI for Good Global Summit 2026, organized by the International Telecommunication Union (ITU) in partnership with more than 50 UN agencies and co-convened with the Government of Switzerland, the company introduces Praxis Human-First AI™: artificial intelligence built to keep human expertise trusted, protected, and continuously available – with people, not models, directing every intelligent interaction.
The company will present its vision during the featured fireside conversation, “Foresight with a Heartbeat: Human-First AI and the Rise of Amplified Intelligence,” with David James Clarke IV, Chief Executive Officer and Co-Founder, and Sharyn Outtrim, Chief Marketing Officer and Co-Founder, on Thursday, July 9, from 2:30–3:00 p.m. CEST on the Town Square Stage at Palexpo.
Defining Human-First AI
Praxis AI defines Human-First AI as artificial intelligence built on its Human-First Agentic Platform: a trusted infrastructure that enables AI to be created, governed, protected, and continuously improved, with humans serving as the conductors who guide AI with purpose, judgment, and oversight.
Human-First AI is not a single product or model. It is an integrated ecosystem of technologies designed to make trusted human expertise persistent, protected, and accessible across people, organizations, and generations.
Every Human-First AI experience begins with the same five conditions: a trusted human source, a governed purpose, protected knowledge, measurable accountability, and continuous human oversight.
Praxis AI calls the result Amplified Intelligence: the emergent capability created through continuous collaboration between human expertise and Human-First AI. Rather than replacing human judgment, Human-First AI learns from, extends, and amplifies it, creating outcomes that neither humans nor AI could achieve independently, while expanding access to trusted expertise across people, organizations, and generations.
The Architecture of Human-First AI
Human-First AI builds on decades of progress in artificial intelligence while addressing a new challenge. Inspired by the pioneering work of AI visionary Ray Kurzweil in pattern recognition, machine intelligence, and knowledge representation, Praxis AI has developed a unified architecture that extends those advances by keeping trusted human intelligence at the center of every AI experience.
The Praxis Human-First Agentic Platform is architected as a complete, integrated stack, with each layer purpose-built to address a distinct requirement for deploying trusted AI at scale.
At the foundation is the trust layer: the Patented Praxis IP Vault™ protects proprietary human knowledge through advanced encryption and access-controlled governance, ensuring that expertise uploaded to the platform cannot be used to train third-party models or accessed without authorization. PraxisShield™ extends this protection across the entire platform, providing enterprise-grade governance and compliance infrastructure.
The intelligence layer is organized around two proprietary systems. The 3D Digital Brain™ models the structure, relationships, and reasoning patterns of human expertise, enabling knowledge to be organized, connected, and experienced through more natural and intuitive interactions rather than retrieved as static documents. The Agentic Bus™, inspired by the synaptic architecture of the human brain, intelligently connects and coordinates AI agents as neural pathways coordinate human thought, enabling complex workflows to be distributed, managed, and refined across multiple models and systems in real time. The Human-First Agentic Platform is an intelligence infrastructure that grows sharper with every interaction, continuously refined by the humans who use it.
Built on this foundation, the platform intelligently orchestrates work across multiple AI models, optimizing quality, performance, and cost while supporting voice personalization, photorealistic avatars, enterprise middleware, and immersive AI experiences. The result is an ecosystem where trusted expertise is preserved, human capability is expanded, and intelligent systems learn with people rather than simply respond to prompts.
The economic layer, Praxis Universal Credit™, provides the exchange infrastructure that makes trusted human intelligence a distributable, governable digital asset. As a universal intelligence exchange layer, Praxis Universal Credit enables Praxis Human-First Digital Twins™, intelligent agents, and immersive AI experiences to be securely accessed, licensed, exchanged, and intelligently optimized across people, organizations, and platforms, establishing the economic foundation for what Praxis sees as an emerging intelligence economy.
Together, the Human-First Agentic Platform and Praxis Universal Credit represent the technological and economic infrastructure for Human-First AI: a complete architecture for creating, protecting, governing, and scaling trusted human intelligence at enterprise and institutional scale.
“For decades, we built infrastructure for information: the internet, cloud computing, and now artificial intelligence,” said David James Clarke IV, CEO and Co-Founder of Praxis AI. “But algorithms scale computation. People create meaning. The next era of AI will be defined by trusted infrastructure that allows human intelligence to persist, collaborate, and evolve. Human-First AI is our answer to that moment: AI designed not to replace people, but to preserve, amplify, and responsibly scale what makes them valuable.”
“Human-First AI begins with a simple principle: start with the human, not the model,” said Sharyn Outtrim, CMO and Co-Founder of Praxis AI. “Technology earns trust when it expands human capability, protects human knowledge, and strengthens human relationships. Praxis AI is defining the category of Human-First AI: artificial intelligence built to keep trusted human expertise protected, persistent, and available at the scale the world needs.”
Human-First AI in Practice
As part of AI for Good 2026, Praxis AI will demonstrate Human-First AI through NOVA: the Summit’s first AI-powered digital concierge and personalized conference curator. Powered by the Praxis Human-First Agentic Platform, NOVA builds a persistent memory of each attendee’s purpose and interests, mapping them to the Summit’s themes and tracks in real time to surface relevant sessions, facilitate speaker connections, and help delegates navigate the conference with clarity and intention.
NOVA is one application in a growing family of Human-First AI experiences that includes Human-First Digital Twins, intelligent agents, immersive AI applications, and enterprise intelligence solutions, all designed to preserve trusted expertise and expand human capability.
The platform’s impact is already measurable at scale. Across more than 180 institutions in three countries, Praxis-powered Human-First AI has achieved sustained engagement rates exceeding 70 percent, more than three times the industry average, while helping learners improve by a full letter grade in subject mastery. By making trusted human expertise available to more than 300,000 people, 24 hours a day and in more than 100 languages, Human-First AI is expanding access to personalized guidance regardless of geography or socioeconomic circumstance, ensuring that a first-generation technical school student receives the same quality of expert support as a student at an elite university.
Additional Human-First AI innovations built on the Praxis Human-First Agentic Platform will be introduced during AI for Good 2026, demonstrating how trusted human intelligence can be preserved, amplified, and responsibly shared across generations.
About Praxis AI
Praxis AI is creating the category of Human-First AI: artificial intelligence designed to preserve, amplify, govern, and responsibly scale trusted human intelligence. Through a strategic joint venture with Kurzweil Technologies, the company’s Human-First Agentic Platform is directly infused with the foundational AI technologies and visionary roadmap developed by renowned inventor and futurist Ray Kurzweil. This partnership provides the technology, trust, intelligence, and economic infrastructure for building AI experiences that keep people at the center of every intelligent interaction.
Built on the philosophy of Amplified Intelligence, the platform combines proprietary technologies, including Patented Praxis IP Vault, PraxisShield, 3D Digital Brain, Agentic Bus, and Praxis Universal Credit, to power Human-First Digital Twins, intelligent agents, NOVA, immersive avatars, and future Human-First AI applications.
Praxis and Kurzweil share a core belief: the future of artificial intelligence is not about replacing human intelligence, but preserving and amplifying it for the benefit of society. Just as the internet became the infrastructure for information, Human-First AI will become the infrastructure for trusted human intelligence.
Learn more at Praxis-AI.com.
Media Opportunities
David James Clarke IV, CEO & Co-Founder, and Sharyn Outtrim, CMO & Co-Founder, are available throughout AI for Good 2026 for executive briefings, media interviews, live conversations with Human-First Digital Twins, and discussions on Praxis Human-First AI, Amplified Intelligence, and the future of trusted AI infrastructure. Advance scheduling is encouraged. Media are invited to experience Human-First AI firsthand.
Praxis Human-First AI™, Human-First Agentic Platform™, Praxis Human-First Digital Twins™, PraxisShield™, Praxis Universal Credit™, Praxis IP Vault™, 3D Digital Brain™, and Agentic Bus™ are trademarks or registered trademarks of Praxis AI. All other trademarks are the property of their respective owners.
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Technology
Hanshow Spotlights Smart Cart Ecosystem at CGF Global Summit 2026, Reimagining the In-Store Value Chain
Published
24 minutes agoon
July 2, 2026By
VIENNA, July 2, 2026 /PRNewswire/ — Hanshow, a global leader in digital store solutions, hosted a CGF Roundtable titled “Smart Cart Revolution in Physical Retail” at the 2026 Consumer Goods Forum Global Summit, bringing together senior leaders across the retail value chain to examine how Smart Carts are redefining the future of physical stores.
Reframing the Challenge: Three Paradoxes of Physical Retail
The Special Session was moderated by Philippe Brochard, Chairman of the Advisory Board at Hanshow, who opened the discussion by positioning Smart Carts not as a standalone device, but as a strategic response to deeper industry misalignments between operational challenges, shopper expectations, and brand requirements.
Philippe outlined three unresolved paradoxes shaping the future of stores: digitally empowered shoppers navigating in physical store environments; the need to deliver trusted, contextual guidance without intrusive selling; and growing demand from brands for measurable, proof-based retail media.
Retailers are facing growing pressure from loss prevention challenges, labor shortages, and operational complexity; Smart Carts offer a practical response to these challenges while unlocking something larger: reconnecting physical stores with digitally empowered shoppers by embedding digital intelligence, contextual guidance, and measurable retail media capabilities into the shopping journey. Achieving this shift elevates Smart Carts from a single innovation to a transformation platform, enabled through collaboration across the in-store value chain.
When Ecosystems Win: Reimagining the In‑Store Value Chain
Turning this vision into everyday retail execution requires more than a single technology layer. It depends on the close integration of reliable hardware, advanced software, real‑time personalization, retail media capabilities, and seamless store operations. The panel brought together leaders from retailer operations, software platforms, and retail media to provide a full value-chain perspective on how Smart Carts can move from an innovation concept to a scalable in-store deployment.
Michel Itié, Director of Transformation at Infomil (E.Leclerc), shared operational insights from scaling Scan & Go and in‑store digitalization in physical retail environments. He highlighted the importance of reliability, store readiness, and execution discipline to ensure Smart Carts deliver value for both shoppers and store teams.
“Scan & Go is already deeply embedded in shopper behavior, with strong adoption and high-value baskets in physical stores. However, there is still a significant gap between usage and monetization,” said Michel Itié. “By evolving into a retail media platform, it can unlock new value for both retailers and brands, directly at the moment of purchase where decisions are made.”
Florian Burgstaller, CEO of shopreme, focused on the role of a Smart Cart operating system as the connective layer between digital shopper expectations and the physical realities of store, enabling advanced loss prevention, frictionless checkout, and contextual engagement without overwhelming the shopper.
“The future of brick‑and‑mortar retail cannot be built on isolated solutions anymore, retailers need connected ecosystems that make innovation scalable and give them the flexibility to respond to continuously changing environments,” said Florian. He highlighted that shopreme’s collaboration with Hanshow and Lucky Cart “bring digital precision into the physical store and help retailers move beyond silos, creating scalable, measurable experiences directly at the point of sale.”
Romain Charles, CEO of Lucky Cart, addressed the “proof paradox” from the brand perspective, explaining how Smart Carts now enable online‑level retail media precision inside physical stores, with measurable outcomes and deployment‑ready technology available today.
“The future of retail is ‘Smart Commerce’, where digital precision enables a personalized in-store experience,” added Romain. “A shopper-first strategy means technology serves, never intrudes — a true co-pilot. By re-enchanting stores with intelligent, meaningful experiences, we bring the best of both online and in-store, creating incremental value for brands and retailers.”
Together, the speakers reinforced a shared conclusion: the Smart Cart revolution extends far beyond the cart itself. The next step is coming together: a joint reimagination of the in-store value chain through ecosystem collaboration in a way physical retail has not been able to do before.
From Vision to Action: Re-enchanting the Intelligent Store
Extending the discussion beyond the stage, Hanshow showcased its Store Digital Twin at its exhibition booth, demonstrating how real‑time intelligence connects shoppers, products, operations, and retail media into an integrated ecosystem.
“Smart Cart with Retail Media stack embedded and immediately activable is the ultimate bridge between online and offline, delivering the same level of shoppers targeting and experience,” said Philippe Brochard, Chairman of the Advisory Board at Hanshow. “With Store Digital Twin, we move from isolated touchpoints to a living, real‑time representation of the store ecosystem. This is how we truly re‑enchant the physical retail experience and restore its relevance and resilience in an era of digital‑first, agentic commerce.”
Building on this vision, Hanshow will continue to strengthen ecosystem power, enabling retailers to transform physical stores into adaptive, performance‑driven, and experience‑led environments.
View original content to download multimedia:https://www.prnewswire.co.uk/news-releases/hanshow-spotlights-smart-cart-ecosystem-at-cgf-global-summit-2026-reimagining-the-in-store-value-chain-302816833.html
Technology
Hanshow Spotlights Smart Cart Ecosystem at CGF Global Summit 2026, Reimagining the In-Store Value Chain
Published
24 minutes agoon
July 2, 2026By
VIENNA, July 2, 2026 /PRNewswire/ — Hanshow, a global leader in digital store solutions, hosted a CGF Roundtable titled “Smart Cart Revolution in Physical Retail” at the 2026 Consumer Goods Forum Global Summit, bringing together senior leaders across the retail value chain to examine how Smart Carts are redefining the future of physical stores.
Reframing the Challenge: Three Paradoxes of Physical Retail
The Special Session was moderated by Philippe Brochard, Chairman of the Advisory Board at Hanshow, who opened the discussion by positioning Smart Carts not as a standalone device, but as a strategic response to deeper industry misalignments between operational challenges, shopper expectations, and brand requirements.
Philippe outlined three unresolved paradoxes shaping the future of stores: digitally empowered shoppers navigating in physical store environments; the need to deliver trusted, contextual guidance without intrusive selling; and growing demand from brands for measurable, proof-based retail media.
Retailers are facing growing pressure from loss prevention challenges, labor shortages, and operational complexity; Smart Carts offer a practical response to these challenges while unlocking something larger: reconnecting physical stores with digitally empowered shoppers by embedding digital intelligence, contextual guidance, and measurable retail media capabilities into the shopping journey. Achieving this shift elevates Smart Carts from a single innovation to a transformation platform, enabled through collaboration across the in-store value chain.
When Ecosystems Win: Reimagining the In‑Store Value Chain
Turning this vision into everyday retail execution requires more than a single technology layer. It depends on the close integration of reliable hardware, advanced software, real‑time personalization, retail media capabilities, and seamless store operations. The panel brought together leaders from retailer operations, software platforms, and retail media to provide a full value-chain perspective on how Smart Carts can move from an innovation concept to a scalable in-store deployment.
Michel Itié, Director of Transformation at Infomil (E.Leclerc), shared operational insights from scaling Scan & Go and in‑store digitalization in physical retail environments. He highlighted the importance of reliability, store readiness, and execution discipline to ensure Smart Carts deliver value for both shoppers and store teams.
“Scan & Go is already deeply embedded in shopper behavior, with strong adoption and high-value baskets in physical stores. However, there is still a significant gap between usage and monetization,” said Michel Itié. “By evolving into a retail media platform, it can unlock new value for both retailers and brands, directly at the moment of purchase where decisions are made.”
Florian Burgstaller, CEO of shopreme, focused on the role of a Smart Cart operating system as the connective layer between digital shopper expectations and the physical realities of store, enabling advanced loss prevention, frictionless checkout, and contextual engagement without overwhelming the shopper.
“The future of brick‑and‑mortar retail cannot be built on isolated solutions anymore, retailers need connected ecosystems that make innovation scalable and give them the flexibility to respond to continuously changing environments,” said Florian. He highlighted that shopreme’s collaboration with Hanshow and Lucky Cart “bring digital precision into the physical store and help retailers move beyond silos, creating scalable, measurable experiences directly at the point of sale.”
Romain Charles, CEO of Lucky Cart, addressed the “proof paradox” from the brand perspective, explaining how Smart Carts now enable online‑level retail media precision inside physical stores, with measurable outcomes and deployment‑ready technology available today.
“The future of retail is ‘Smart Commerce’, where digital precision enables a personalized in-store experience,” added Romain. “A shopper-first strategy means technology serves, never intrudes — a true co-pilot. By re-enchanting stores with intelligent, meaningful experiences, we bring the best of both online and in-store, creating incremental value for brands and retailers.”
Together, the speakers reinforced a shared conclusion: the Smart Cart revolution extends far beyond the cart itself. The next step is coming together: a joint reimagination of the in-store value chain through ecosystem collaboration in a way physical retail has not been able to do before.
From Vision to Action: Re-enchanting the Intelligent Store
Extending the discussion beyond the stage, Hanshow showcased its Store Digital Twin at its exhibition booth, demonstrating how real‑time intelligence connects shoppers, products, operations, and retail media into an integrated ecosystem.
“Smart Cart with Retail Media stack embedded and immediately activable is the ultimate bridge between online and offline, delivering the same level of shoppers targeting and experience,” said Philippe Brochard, Chairman of the Advisory Board at Hanshow. “With Store Digital Twin, we move from isolated touchpoints to a living, real‑time representation of the store ecosystem. This is how we truly re‑enchant the physical retail experience and restore its relevance and resilience in an era of digital‑first, agentic commerce.”
Building on this vision, Hanshow will continue to strengthen ecosystem power, enabling retailers to transform physical stores into adaptive, performance‑driven, and experience‑led environments.
View original content to download multimedia:https://www.prnewswire.co.uk/news-releases/hanshow-spotlights-smart-cart-ecosystem-at-cgf-global-summit-2026-reimagining-the-in-store-value-chain-302816833.html
Technology
Data Center Heat Exchangers Market worth $14.40 billion by 2032 – Exclusive Report by MarketsandMarkets™
Published
24 minutes agoon
July 2, 2026By
DELRAY BEACH, Fla., July 2, 2026 /PRNewswire/ — According to MarketsandMarkets™, “Data Center Heat Exchangers Market by Type (Air-to-Air, Liquid-to-Liquid, Liquid-to-Air, Refrigerant-Based), Cooling Technology, Application, Data Center Type (Hyperscale, Colocation, Enterprise, Edge & Micro), and Region – Global Forecast to 2032″, The data center heat exchangers market is projected to grow from USD 7.67 billion in 2026 to USD 14.40 billion by 2032, at a CAGR of 11.1% over the forecast period. Key drivers of the market include the rapid growth of AI and high-performance computing (HPC), the accelerating adoption of liquid cooling, and the expansion of hyperscale and colocation data centers.
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Data Center Heat Exchangers Market Size & Forecast:
• Market Size Available for Years: 2021-2032
• 2026 Market Size: USD 7.67 billion
• 2032 Projected Market Size: USD 14.40 billion
• CAGR (2026-2032): 11.1%
Data Center Heat Exchangers Market Trends & Insights:
The data center heat exchangers market is emerging as a critical segment of the global data center cooling industry, driven by the growing need to manage heat from modern computing infrastructure. Heat exchangers play a vital role, transferring thermal energy from servers, cooling distribution units (CDUs), and liquid cooling loops to facility cooling systems, keeping the entire setup stable and equipment performing at its best. The market is gaining momentum from the rapid rollout of AI-driven workloads, high-performance computing (HPC) systems, and hyperscale cloud facilities, which are significantly increasing thermal loads inside data centers. Meanwhile, operators are working to boost energy efficiency, cut cooling costs, and handle higher rack densities, so advanced heat exchanger technologies are being adopted widely across liquid cooling architectures. On the technology front, innovations in plate heat exchangers, microchannel designs, and heat recovery systems are improving cooling efficiency and supporting sustainability goals. With growing investments in AI-ready infrastructure, edge data centers, and environmentally sustainable cooling approaches, heat exchangers are becoming indispensable for enabling the next generation of high-density, energy-efficient, scalable operations that hold up under heavy demand.North America is the fastest growing country, in terms of value, with the CAGR of 10.9% during the forecast period.Liquid-to-liquid heat exchangers accounted for 42.9% of the market, in terms of value, in 2025.Direct-to-chip cooling is expected to dominate the data center heat exchangers market during the forecast period.Hyperscale data centers accounted for a major share of the data center heat exchangers market in terms of value in 2025.Server and IT hardware cooling accounted for 54.3% of the market, by application, in 2025.Vertiv, Schneider Electric, Alfa Laval, Rittal, and STULZ collectively held roughly half of the global market in 2025, though the competitive landscape is broadening as niche thermal specialists gain traction.Tranter Inc., Advanced Thermal Solutions, Inc., and thermowave, among others, have distinguished themselves as startups and SMEs by securing strong footholds in specialized niche areas, underscoring their potential as emerging market leaders.
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By type, liquid-to-liquid heat exchangers are expected to dominate the global market throughout the forecast period.
Liquid-to-liquid heat exchangers are the dominant product category in the data center heat exchanger market. This dominance reflects the architecture of modern liquid cooling deployments, in which facility-side chilled water loops must interface efficiently with rack- or CDU-level coolant loops that carry heat away from processors. Plate heat exchangers – the most prevalent liquid-to-liquid variant – offer high thermal efficiency in a compact footprint, lower maintenance requirements than shell-and-tube alternatives, and straightforward scalability by adding plate packs. The broad adoption of this technology by hyperscale operators in their standard reference architecture has cemented its position as the market anchor.
Air-to-liquid heat exchangers, most implemented as rear-door heat exchangers, are the fastest-growing product type by unit volume. The RDHx format has a structural advantage: it requires no server-level modifications, can be retrofitted to existing racks, and scales linearly with rack density, making it the de facto preferred migration pathway for operators moving away from air cooling without committing to a full liquid system transformation. As Al server density increases and more facilities cross the threshold where RDHx becomes the economically optimal solution, this segment will continue to see above-market growth rates.
By cooling technology, direct-to-chip cooling is expected to dominate the global data center heat exchangers market during the forecast period.
Direct-to-chip liquid cooling systems, in which cold plates are mounted in direct contact with CPUs, GPUs, and other heat-generating silicon, account for the leading share of high-value heat exchanger deployments. The technology is architecturally demanding but thermally superior: it removes heat at the source before it can raise ambient temperatures, enable much higher chip operating performance, and make it possible to operate without significant mechanical air-cooling infrastructure. Hyperscalers deploying NVIDIA Blackwell and next-generation GPU clusters are standardizing on direct-to-chip architectures, making this the technology segment most closely tied to AI infrastructure investment trends.
Free cooling and adiabatic heat exchanger solutions are the fastest-growing technology segment on a percentage basis in geographies with favorable ambient conditions. Northern European data centers, particularly in the Nordics and Ireland, have long exploited mild climates to minimize reliance on mechanical cooling, and the heat exchanger products enabling this architecture to have evolved significantly. As operators in warmer climates invest in hybrid systems that use free cooling for a meaningful share of annual operating hours, this segment is expanding its addressable market beyond traditional cold-weather geographies.
By application, server & IT hardware cooling is expected to dominate the global data center heat exchangers market during the forecast period.
Server & IT hardware cooling dominates application demand, accounting for the substantial majority of heat exchanger procurement value. This is inherent to the physics of data centers: IT equipment, including servers, storage, and networking, generates the preponderance of heat that must be managed, and the trend toward denser, higher-power hardware is compounding this already dominant demand signal. Cold plate systems, CDU heat exchangers, and rack-level liquid cooling assemblies all fall within this application category and are experiencing sustained growth as server power continues to climb.
Energy recovery and waste heat reuse is the fastest-growing application segment, albeit from a smaller base. As regulatory pressure mounts and sustainability commitments intensify, operators are increasingly specifying heat exchanger systems that deliver usable heat at temperatures suitable for district heating integration, typically 60-80°C. Manufacturers are responding with heat exchanger designs optimized for high leaving water temperatures, and consulting engineering firms are developing waste heat valorization business models that turn this application from a compliance cost into a revenue opportunity.
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North America is poised to dominate the global data center heat exchangers market throughout the forecast period.
North America is the largest regional market for data center heat exchangers, reflecting the United States’ unrivaled position as the global center of gravity for hyperscale cloud computing, AI research, and technology infrastructure investment. The US particularly the Northern Virginia corridor (Loudoun County’s “Data Center Alley”), Phoenix, Dallas, Atlanta, and Silicon Valley host the world’s largest hyperscale campuses. AWS, Microsoft Azure, and Google Cloud are in multi-year, multi-billion-dollar capacity expansion cycles that include next-generation liquid cooling infrastructure as a standard design element. Canada is emerging as a secondary growth market, with Ontario and Quebec attracting hyperscale investment drawn by lower energy costs, hydroelectric power availability, and a favorable regulatory environment. Mexico, though smaller, is seeing growing colocation investment tied to nearshoring-driven enterprise demand.
Key Players
Key players in this market include Vertiv Group Corp. (US), Schneider Electric (France), Alfa Laval (Sweden), Rittal GmbH & Co. KG (Germany), and STULZ GmbH (Germany) and others.
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Hanshow Spotlights Smart Cart Ecosystem at CGF Global Summit 2026, Reimagining the In-Store Value Chain
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