Tuesday, March 11, 2025

Data Centres


Castrol launches new direct-to-chip cooling fluid
Castrol has announced the launch of Castrol ON Direct Liquid Cooling PG 25, a new propylene glycol-based cooling fluid specifically designed for direct-to-chip cooling applications in high-performance data centres. The ready-to-use solution helps meet the complex thermal management needs of today's high-performance computing, while offering protection against corrosion and bacterial growth. Castrol ON PG 25 has been developed to meet the rapidly growing adoption of direct-to-chip cooling technology in data centres, driven by the demand for higher computing densities, particularly for applications like AI, machine learning, and high-performance computing. The global data centre cooling market is expected to reach $16.8 billion by 2028, with direct-to-chip cooling becoming widely adopted. Traditional air cooling, which currently dominates data centre cooling, often cannot efficiently manage the heat generated by densely packed, high-power servers. To address these escalating cooling demands, the industry is turning to more efficient solutions like direct-to-chip cooling which delivers liquid coolant directly to heat-generating components, enabling faster heat transfer and reducing the reliance on energy-intensive air conditioning systems. This approach helps maintain the optimal operating temperatures crucial for system reliability and performance. "As data centres continue to push the boundaries of computing power, direct-to-chip cooling offers an opportunity for data centres to manage the increasing thermal demands of next-generation processors," says Peter Huang, Global Vice President of Thermal Management, Castrol. "Through the launch of PG 25, we are combining Castrol's expertise in thermal management with our global capabilities to help customers meet their cooling challenges with efficiency." Castrol’s new PG 25 fluid offers several key advantages for data centre operators:• Non-toxic propylene glycol formulation for enhanced safety in sensitive computing environments• Extended protection against metal corrosion and bacterial growth• Comprehensive compatibility with common cooling system materials• Ready-to-use 25% concentration requiring no dilution• Global availability backed by Castrol's technical support network Castrol ON Direct Liquid Cooling PG 25 is supported by the company's comprehensive operational support and monitoring solutions, enabling data centre operators to optimise the performance of their cooling systems throughout their lifecycle. "Through research and collaboration with our customers and technology partners, we've developed a truly end-to-end solution that supports data centres to rapidly implement and benefit from direct-to-chip cooling technologies while anticipating the future needs of the industry," adds Sung A Kim, Global Head of Technology for Data Centre Liquid Solutions, Castrol. "Further, our global network will enable us to provide comprehensive support all the way from initial testing to deployment, supporting our customers to confidently implement direct-to-chip cooling solutions across their facilities." With the addition of Castrol ON Direct Liquid Cooling PG 25 to Castrol’s existing range of immersion cooling fluids and associated services, Castrol can be a one-stop partner for meeting the liquid cooling solutions of today and tomorrow. The product is now available through Castrol's distribution network in selected markets. For more from Castrol, click here.

atNorth secures land in Sweden for future mega site
atNorth, a Nordic colocation, high-performance computing, and artificial intelligence service provider, has announced it has secured land in the Sollefteå Municipality, in Hamre Industripark in Långsele, Sweden. The 30 hectare plot is strategically located for its infrastructure, energy capacity and benefits from Sweden’s cool climate, abundance of renewable energy and skilled workforce. “This is a fantastic opportunity for Sollefteå Municipality and the Hamre area”, says Johan Andersson, Chair of the Municipal Executive Committee. “We are delighted to collaborate with atNorth, a company that leads in data centre solutions and sustainable technology. This project can help strengthen our region as a hub for innovative development”. atNorth opened its state of the art SWE01 site in Stockholm in 2022. The secured land in Sollefteå Municipality is intended to be the location of atNorth’s first mega site in Sweden. “We are excited to be exploring the possibility of a new mega site in Sweden to complement our existing metro sites”, comments Eyjólfur Magnús Kristinsson, CEO at atNorth. “As the demand for our sustainable infrastructure continues to increase, we are committed to scaling in a responsible way that benefits the Nordic locations we inhabit”. The news follows the recent announcement of the expansion of atNorth’s ICE02 and ICE03 data centers in Iceland and the revelation of its newest data centre development, DEN02, located in Ølgod in Varde, Denmark. The business has three other new data centre sites in development - two in Finland (FIN02 located in Sinimäentie, Espoo, and FIN04 located in Kouvola) and an additional site in Denmark, DEN01, located in the Ballerup region of the country. For more from atNorth, click here.

STULZ introduces CyberAir Mini DX air conditioning unit
STULZ, a mission critical air conditioning specialist, has announced the introduction of its CyberAir Mini DX range of space saving innovations for small and medium sized heat loads. Available from January 2025, the CyberAir Mini DX complements the highly successful CyberAir Mini CW range, and together, they will replace the company’s MiniSpace series. With the CyberAir Mini DX, STULTZ aims to build on the success of its CyberAir Mini CW, which was introduced in 2021 and is available in four sizes with cooling capacities between 8.9kW and 34.7kW. Built using state-of-the-art components, the CyberAir Mini DX is a compact and efficient precision direct expansion air conditioning system that delivers effective climate control in server rooms and telecommunication closets. It is ideal for businesses seeking to safeguard sensitive IT infrastructure through precise temperature control, while at the same time minimising operating costs. The CyberAir Mini DX is available in three sizes, with outputs from 5.9kW to 22.7kW - and to offer the most appropriate option for the widest variety of applications, each device can be configured with a choice of five different cooling systems. These include two air-cooled direct evaporation systems (A/AS), a water-cooled direct evaporation system (G), a chilled water system with redundant air cooling (ACW) and a hybrid free cooling system (GE). To further enhance the level of customer choice, the CyberAir Mini DX can operate with four different varieties of refrigerant. Alongside R410A and R407C options, STULZ is continuing its mission to provide the most sustainable air conditioning systems possible by offering R513A and R454C low Global Warming Potential (GWP) refrigerants. "With our low-GWP R513A (GWP 631) and R454C (GWP 148) options, we are able to improve energy efficiency, reduce environmental impact and ensure regulatory compliance," explains Norbert Wenk, Head of Global Product Management at STULZ. "This is important, considering the European Union’s (EU) F-Gas Regulation, which targets a two-thirds reduction in the EU’s fluorinated greenhouse gas emissions by 2030 compared to 2014 levels. As one of the first manufacturers of air conditioning units to incorporate the use of R513A in its technology, we remain committed to extending the use of low-GWP refrigerants throughout our portfolio." Safety is also a significant design consideration, and when using flammable refrigerants such as R454C, STULZ offers the necessary safety features as part of a complete system. In addition, CyberAir Mini DX models are available as upflow or downflow versions, with flexible intake and discharge options, while exceptional energy efficiency is achieved using electronically commutated (EC) fans which operate efficiently at partial loads and have low noise levels. STULZ places a strong emphasis on user-friendliness, and thanks to an optimised device design, CyberAir Mini DX models are easy to maintain and are equipped with the STULZ E² control system. With a touchscreen display for intuitive operation and quick parameter configuration, functions such as redundancy management, cross-machine parallel operation, standby management with emergency operation and connection to a building management system (BMS) are also possible through the E² controller. "As part of our programme of continual innovation, we are delighted with the CyberAir Mini DX, which successfully combines operational safety, scalability, durability and reliability," Norbert continues. "We will be taking orders from the start of 2025 and customers, planners and refrigeration contractors can reach out to their STULZ customer advisor at any time for detailed information and personalised advice." For more from STULZ, click here.

Vultr to pioneer new GPU data centre architecture
Vultr, a privately-held cloud infrastructure company, has announced a four-way strategic collaboration with Juniper Networks, a provider of secure, AI-native networking; Broadcom, an enterprise data centre connectivity solutions expert; and AMD, a provider of high-performance compute technologies. As a part of this announcement, Vultr is expanding its Chicago cloud data centre region at Centersquare’s Lisle, Illinois location, featuring an AMD GPU supercompute cluster, powered by ROCm open software and an ecosystem of best-of-breed AI infrastructure collaborators. Designed for today's enterprise and cloud-scale environments, Broadcom's Ethernet network adapters are the ideal solution for secure data centre connectivity, high-performance compute clusters, and intelligent flow processing for AI training and AI inference. Meanwhile, Juniper’s AI-optimised Ethernet products deliver secure, high-performance networking with simplified operations, from the data centre to the cloud edge. By combining Broadcom’s Ethernet technologies, Juniper’s networking solutions, and Vultr’s robust cloud infrastructure, customers can harness the power of the new AMD Instinct MI300X GPUs and ROCm open software for their global AI training and inference workloads. “Open ecosystems are the foundation of innovation,” says J.J. Kardwell, CEO of Vultr. “Our collaboration with AMD, Broadcom, and Juniper Networks empowers enterprises and AI innovators to harness the full potential of accelerated computing with the highest levels of flexibility, scalability, interoperability, and security.” “As enterprises look to expand AI investments in 2025, they need high-performance, scalable, sustainable cloud GPU infrastructure,” adds Negin Oliver, Corporate Vice President of Business Development, Data Centre GPU Business Unit, AMD. “AMD is proud to collaborate with Broadcom, Juniper and Vultr to bring state-of-the-art AMD Instinct MI300X GPUs and ROCm software stack to Vultr’s composable cloud infrastructure to power enterprise’s AI development and deployment.” This news comes on the heels of Vultr’s extended collaboration with AMD to make the new AMD Instinct MI300X accelerators and ROCm open software available within Vultr’s composable cloud infrastructure. Collaborating with Broadcom and Juniper is the next step in creating an open ecosystem, powered by ROCm, to unlock new frontiers of GPU-accelerated workloads from the data centre to the edge. Ram Velaga, Senior Vice President and General Manager, says, “Ethernet has become the de facto technology for backend networks in large-scale AI deployments. Broadcom’s leading switch silicon and network adapters are accelerating such networks to ever higher performance. We are proud to work with AMD, Juniper and Vultr to power this supercompute cluster based on open Ethernet networking.” “High-performance connectivity is critical for operational efficiency of AI,” adds Praveen Jain, Senior Vice President & General Manager, Data Centre & AI, Juniper Networks. “We were the first OEM to deliver 800G switches. Furthermore, Juniper is committed to open, AI-optimised, Ethernet solutions, with capabilities like advanced load balancing and automated congestion control for optimal AI workload performance. Through our collaboration with AMD, Broadcom and Vultr, we're building the robust network infrastructure that will fuel the AI breakthroughs of tomorrow.” For more from Vultr, click here.

NorthC Datacenters to expand in Netherlands and Germany
NorthC, a provider of regional data centre services in the Benelux and DACH region, is set to expand its European operations further in 2025 and 2026. With these expansions, NorthC is striving to meet the growing demand for sustainable and reliable IT infrastructure and data centre capacity. By establishing new data centres in Frankfurt and Berlin, NorthC is further implementing its ambitious international growth strategy. These strategic developments underline NorthC's commitment to drive the digital transformation for European businesses and government organisations. The new facility planned for Frankfurt will be the company's second data centre in this key economic hub. Phase 1 will see the development of 1.5 MW of IT load, with capacity expected to scale up to a maximum of 10.5 MW in the coming years. Its first data centre in Frankfurt will commence operations with an IT load capacity of 3 MW. In addition to Frankfurt's two new data centres, NorthC is entering the fast-growing Berlin market by redeveloping an existing building into a data centre. The Berlin facility will launch with an initial IT load capacity of 3 MW with a growth potential to 8 MW. The increasing demand for colocation and connectivity services drives NorthC's expansion into new markets and regions. At the same time, NorthC remains deeply committed to sustainability, investing significantly in green energy solutions such as hydrogen-powered emergency systems and innovative reuse of residual heat. "The growing digitisation of business processes and government services across Europe is fuelling a rising demand for reliable, scalable, and sustainable data centre capacity," says Alexandra Schless, CEO of NorthC Datacenters. "These new locations are an important milestone in our growth strategy. With a network of over 20 data centres across Europe, we are well-positioned to serve our customers regionally, working closely with various IT partners and network providers." In addition to the new locations, NorthC will expand the capacity of its existing data centres in Munich and Nuremberg, Germany, in 2025. In the Netherlands, an additional 11 MW of IT load capacity will be made available next year across its data centres in Almere, Rotterdam, Aalsmeer, and Eindhoven to meet the increasing demand for high-quality IT infrastructure in these key regions. These expansions represent a significant step in NorthC's mission to deliver leading regional data centre solutions across Europe. Underpinned by a strong commitment to sustainability and connectivity, this growth strategy further solidifies NorthC's position as one of Europe's most progressive data centre companies. For more from NorthC, click here.

Nokia building IP network to support AI workloads
Nokia has been selected by Nscale, the hyperscaler engineered for AI, to deliver an IP network solution to support AI workloads at Nscale’s new data centre in Stavanger, Norway. The data centre, which is powered entirely by renewable energy and optimised for energy-efficient cooling, will enable cutting edge AI services, including Graphics Processing Unit as a Service (GPUaaS), a technology which Nscale is an expert in. With a growing global demand for AI-driven applications that consume a large amount of data, Nscale required a reliable, high-performance network to support training and inferencing on large-scale GPU clusters. Nokia’s Ethernet-based data centre fabric provides scalability, programmability, and low-latency performance - essential for handling the rigorous demands of AI workloads across industries including education, healthcare, government and finance. David Power, CTO at Nscale, says, “Our mission is to redefine the boundaries of AI and High-Performance Computing through innovative, sustainable solutions. Nokia’s data centre fabric enables us to scale our GPU clusters while maintaining the reliability and performance needed to serve our customers with cutting-edge AI services. The flexibility of Nokia’s solution ensures we can bring advanced AI capabilities to market faster.” Paul Alexander, Vice President and Country General Manager UK&I at Nokia, adds, “As a hyperscaler, Nscale is already delivering turnkey AI development and deployment solutions to businesses worldwide. With support from Nokia, the path to accessible and transformative AI innovation has never been easier. By combining advanced Ethernet technology with sustainability, we are helping Nscale deliver world-class AI services while supporting its commitment to renewable energy and environmental responsibility.” The solution, based on Nokia’s 7220 IXR and 7750 SR platforms, is designed with the most modern, open, and programmable architectures to ensure ultra reliability, seamless automation and adaptability. Nokia is helping cloud builders worldwide to build modern data centre networks that are highly reliable, secure and easy to operate – which is essential to meet the growing demands of AI workloads worldwide. For more from Nokia, click here.

Yondr Group to develop data centre in Toronto
Yondr Group, a leading global developer, owner and operator of hyperscale data centres has secured a 4.5 acre site in Toronto to develop its first Canadian data centre. The three-storey 27MW data centre is planned to bring its first megawatts online in mid-2026. The development sits strategically within an emerging Canadian corridor for data centre infrastructure. Yondr’s entry into the Canadian market bolsters the business’ presence in North America and follows the successful completion of a 48MW data centre in Northern Virginia and other RFS milestones achieved in London and Frankfurt this year. Adam Sharp, Development Director at Yondr Group, says, “Our Toronto data centre campus will support one of North America’s high growth digital infrastructure hubs, and underpins our commitment to delivering scalable, secure and cost-efficient data centres that play a vital role in bolstering the digital economy and accommodating future technologies. “Close collaboration with Canadian authorities and other strategic partners has resulted in the design of a 27MW data centre that not only boasts aesthetic appeal but also aligns with our sustainability charter and goals. We are focused on commencing the next stage of development for this prime digital infrastructure asset, with ground-breaking expected early next year.” Paul Dillon, Chief Development Officer at Yondr Group, adds, “Our campus in Toronto demonstrates Yondr’s strategic site selection, which was driven by the city’s strong connectivity and status as a hub for innovation and technology. This milestone showcases Yondr’s ability to develop new locations in highly competitive markets and deliver cutting-edge cloud computing and connectivity infrastructure solutions for our clients.” For more from Yondr Group, click here.

NEXTDC brings Edge to Pilbara Desert with Vertiv
Vertiv, a global provider of critical digital infrastructure and continuity solutions, has helped NEXTDC unlock new digital opportunities for Australia’s Pilbara region, delivering robust power and cooling infrastructure to its Port Hedland data centre. The new deployment supports the region’s need for robust data centre support to allow local government and industry to continue digitalisation growth and the adoption of AI. NEXTDC provides colocation and connectivity services to Australian and international organisations. The company operates 16 data centre facilities throughout the country, with another five sites currently in the planning and development stages. NEXTDC is a leader in the industry in edge computing, extending sophisticated data centre capabilities beyond major urban areas and delivering foundational digital services to remote regions. PH1 Port Hedland is NEXTDC’s Port Hedland data centre, located in the remote Pilbara region of Western Australia, which services the port operations of local mining, oil and gas, and Federal Government sectors. Within the facility, Vertiv’s integrated modular data centre solutions operate close to the region’s Vocus telecommunications fibre network, helping to make cloud-based services - including AI and machine learning - available to NEXTDC’s PH1 Port Hedland customers. Adam Gardner, Head of Product at NEXTDC, comments, “Before NEXTDC’s PH1 Port Hedland facility opened, data generated in the Pilbara often travelled 1,600 kilometres to Perth for processing. The high latency introduced by this extensive route introduced challenges for major resource organisations and other local industries. Innovative solutions, including those enabled by AI, frequently require low latency, reliable connectivity with real-time data access. These major Australian organisations turned to complex, bespoke point solutions to partially alleviate the digital proximity challenges, often at a significant cost to backhaul the data. “NEXTDC’s PH1 empowers the region’s businesses and allows them to innovate and optimise like never before. Vertiv’s strength in Edge data centre builds - particularly in far-flung locations like Port Hedland - meant they were an ideal partner for NEXTDC’s in-house expertise. The Vertiv prefabricated infrastructure solution at PH1 optimised build time and was a great fit to service the region’s operational, safety, and productivity needs.” Vertiv designed, procured, and implemented a complete prefabricated modular, rugged data centre for Stage 1 of the facility’s total capacity. The prefabricated approach allowed NEXTDC to overcome logistical issues because of the area’s remoteness, using capital city-built pre-engineered components and on-site standardised construction processes to reduce remote assembly costs and speed time to deployment. As a scalable, modular solution, the Vertiv deployment can be rapidly expanded to support additional growth. Meanwhile, the solution’s ruggedised design is tailored to withstand the Pilbara desert’s harsh environmental conditions. “Standard data centre equipment isn’t usually specified for these conditions. Vertiv knew and understood this, and together, we made sure to use condensers appropriately rated at 55°C,” says NEXTDC Project Manager, Mark Hamilton. “Plus, we considered the facility’s resilience in the event of a cyclone. So, PH1 Port Hedland has tie-downs to steel fixings, appropriate to withstand high wind pressures, and includes substantive protection around critical equipment to endure a flying tree, should an event occur. The modular solution is Tier III Uptime Institute-certified and uses refrigerant-based air cooling. It also promotes scalability, should NEXTDC introduce increasingly popular alternative liquid cooling methods. Other features include a high-efficiency UPS system, which supports the environment’s high-density power requirements, and lithium-ion batteries for longer-lasting power. Mark adds, “We’re excited to have delivered a robust facility that will offer the Pilbara region access to technologies that improve how industries operate. Mining and oil and gas are big power consumers. As AI becomes more commonplace, these businesses can draw real-time data from their site operations and use it to identify more efficient methods of extracting resources or using trucks.” The enablement of AI-driven, real-time data processing will play an even more prominent role amid NEXTDC’s second edge data centre build in the Pilbara region. NEXTDC’s NE1 Newman facility also leveraged the strong partnership between Vertiv and NEXTDC. Located 600km from Port Hedland and near several mines, the NE1 facility is almost identical to the PH1 facility with additional Stage 1 capacity. Mark notes, “This approach perfectly represents the modular and flexible nature of Vertiv’s prefabricated solutions: they are ready and able to service autonomous mines and other advanced programs.” Tony Gaunt, Vice President of Asia at Vertiv, concludes, “NEXTDC is bringing metro-level compute modular data centres, complete with all the security, safety, low-latency, and uptime resilience that you would expect of a large data centre in a major city, to geographically dispersed and previously-isolated locations. Together, we’re making access to the major cloud providers the new status quo for Australia’s most prominent and founding industries and allowing local businesses to capitalise on AI technologies with high-speed connectivity.” For more from Vertiv, click here.

365 Data Centers partners with Connectbase
365 Data Centers, a provider of network-centric colocation, network, cloud and other managed services, has announced a strategic partnership with Connectbase, the global ecosystem for buying and selling connectivity. This collaboration marks a significant step in enhancing the visibility of 365 Data Centers' extensive infrastructure and streamlining connectivity procurement processes. As a result of the partnership, 20 of 365 Data Centers' facilities will be listed on the Connectbase ecosystem, providing unprecedented greater visibility to a wider range of potential customers and partners. 365's 125 nationwide Points-of-Presence (PoPs) and backbone network will also be accessible through Connectbase. In addition, the partnership includes 365's cloud services nodes, offering a comprehensive view of its infrastructure ecosystem. Automated quoting capabilities will be implemented as well, significantly reducing the time and effort required for connectivity procurement. "This partnership with Connectbase represents a strategic investment in enhancing our market presence and operational efficiency," says Derek Gillepsie, CRO of 365 Data Centers. "By showcasing our entire infrastructure on the Connectbase ecosystem, we're ensuring that our customers, partners, and the carrier wholesale community have complete visibility into our assets and locations." "We are thrilled to welcome 365 Data Centers to the Connectbase ecosystem," adds Ben Edmond, CEO and Founder of Connectbase. "This partnership aligns perfectly with our mission to bring transparency and efficiency to the connectivity industry. By integrating 365's extensive network of data centres, PoPs, and cloud nodes into our ecosystem, we're providing our users with unparalleled access to critical infrastructure information. The collaboration is set to revolutionise 365 Data Centers’ interactions with the market, giving customers using the Connectbase ecosystem immediate access to detailed information about 365's data centres, including power capacity and available services. The integration of 365 Data Centers' assets into the Connectbase ecosystem is expected to be completed by the end of this year. This move aligns with 365 Data Centers' commitment to innovation and customer-centric solutions in the rapidly evolving data centre and connectivity landscape. For more from 365 Data Centers, click here.

Nscale secures funding for AI infrastructure expansion
Nscale, the hyperscaler engineered for AI, has raised $155 million in Series A funding to accelerate expansion across Europe and North America. Led by Sandton Capital Partners, with participation from Kestrel, Bluesky Asset Management, and Florence Capital, this oversubscribed funding round signals strong confidence in Nscale’s path to building the hyperscaler, purposely engineered for AI. Nscale develops sustainable AI-ready data centres, deploys massive-scale GPU infrastructure, and delivers high-performance AI cloud services. This unique full-stack approach enables Nscale to co-design the data centre and GPU supercluster infrastructure to deliver unrivalled speed, performance, and efficiency on AI workloads. Nscale's full-stack AI private cloud platform is designed to support the entire generative AI lifecycle, enabling developers to run and train AI models. Nscale’s platform provides bare metal and virtualised GPU nodes, Kubernetes-native services (NKS), AI workload scheduling powered by SLURM, and advanced serverless and dedicated inferencing options. In addition, Nscale is launching a public cloud service in Q1 2025 that will provide developers access to purpose-built inference and training solutions in a flexible development environment. Since launching from stealth in May 2024, Nscale has experienced insatiable demand for AI infrastructure, quickly growing its pipeline of greenfield data centres across Europe and North America from 300MW to 1.3GW, with 120MW planned for 2025 development. These sites will be designed from the ground up to support large supercluster deployments for global hyperscalers and LLM platforms, leveraging the latest advancements in closed-loop direct liquid cooling to deliver maximum performance and efficiency, while minimising environmental impact. The hyperscaler is now uniquely positioned to capitalise on the market for large-scale AI infrastructure, and can deliver bespoke GPU clusters at any scale for governments, AI scale-ups, and global enterprises. “The AI market is scaling rapidly, and so are we,” comments Joshua Payne, CEO of Nscale. “Nscale manages every layer of infrastructure in the value chain to meet the intensive needs of large-scale AI customers. In particular, the largest risk to the market's ability to scale is the large contiguous tranches of electricity required to power these large GPU superclusters. Nscale has a 1.3GW pipeline of sites in our portfolio, which allows us to design from the ground up, the data centre, the supercluster and the cloud environment end-to-end for our customers. “This means we can deploy bespoke GPU clusters tailored to customers’ requirements, do this faster than competitors and at any scale, all while delivering superior unit economics. With the support of our investors, we can now reach more customers globally with bespoke designed, sustainable and cost-effective AI infrastructure that unlocks new AI capabilities, products, and services.” Rael Nurick, Co-Founder at Sandton Capital Partners, adds, “We are excited to double down on our investment in Nscale with our lead investment in the Series A round. With a notable founder track record, established industry partnerships, and a unique vertically integrated approach, Nscale is building the hyperscale AI platform to power enterprise AI at scale.” This investment is the latest in a series of significant milestones, reflecting Nscale’s continued commitment to driving innovation and delivering value to customers since it raised $30 million in seed funding in December 2023. For more from Nscale, click here.



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