Neoclouds stocks

QumulusAI directly captures GPU-cloud revenue from the reported 21 new contracts and expanded deployed fleet.

QumulusAI is the disclosed tenant signing the seven-year colocation agreement for the Atlanta capacity.

QumulusAI, Inc. operates as a cloud infrastructure company. It operates through two segments, Bitcoin and High-Performance Computing. The company engages in the deployment of graphics processing unit-powered solutions for artificial intelligence applications. It is also involved in bitcoin mining and hosting, as well as compute power. The company serves underserved small and mid-market customers, including machine learning teams, AI infrastructure startups, and research institutions. The company was formerly known as Global Digital Holdings Inc. and changed its name to QumulusAI, Inc. in August 2025. The company was founded in 2019 and is based in Atlanta, Georgia.

Boost Run is itself the GPU-cloud operator reporting $1.9 billion of contracted revenue and a $400 million ARR target.

Boost Run is directly affected. Its GPU-cloud revenue and contracted backlog are expanding rapidly, but the Q2 report also demonstrates substantial depreciation, lease, interest, tax, and financing burdens. The company must convert $1.9 billion of contracted value into energized, utilized capacity while funding major hardware purchases.

Boost Run, Inc. delivers a highly scalable cloud infrastructure meticulously engineered to meet the intensive requirements of enterprise-level artificial intelligence and high-performance computing (HPC) workloads. This advanced platform provides crucial components such as powerful GPU and CPU compute instances, streamlined managed Kubernetes orchestration, and extensive shared storage. Clients can effortlessly manage and provision these services using either an intuitive management console or a robust API, allowing them to quickly deploy and expand resources across thousands of nodes within minutes. Boost Run, Inc. was established on September 5, 2025, and its main office is located in Northbrook, Illinois.

Cloud provider renting out H100s at current market rates, directly capturing margin from price increases.

Nebius is the direct AI-cloud operator reporting the 454% revenue increase, $575 million of AI revenue, and a 5-gigawatt contracted-power target.

Highly aligned as a specialized GPU and neocloud compute provider for artificial intelligence workloads.

CoreWeave is a specialist GPU-cloud operator whose business is directly tied to renting accelerator capacity; this is the exposure most directly challenged by a shift away from compute-capacity resale.

CoreWeave, Inc. operates a specialized cloud computing platform designed to empower generative AI (GenAI) applications. It constructs the fundamental infrastructure necessary to manage intensive compute workloads for large enterprises. The company's comprehensive suite of offerings includes high-performance GPU and CPU compute resources, robust storage solutions, advanced networking capabilities, and fully managed services. Clients can choose from flexible virtual servers or powerful bare-metal options. Beyond core hardware, its platform integrates sophisticated tools like a fleet lifecycle controller, a node lifecycle controller, Tensorizer, and advanced observability features. CoreWeave's expertise also extends to specialized services, such as visual effects (VFX) and rendering, AI model training, AI inference, and "Mission Control." Originally incorporated in 2017 as Atlantic Crypto Corporation, the company rebranded to CoreWeave, Inc. in December 2019 and is headquartered in Livingston, New Jersey.

IREN is the named operator with about $4 billion of contracted annualized 2026 capacity and a plan to scale AI cloud capacity to 1.2 GW.

IREN operates a capital-intensive GPU-cloud business and can directly sell incremental specialized compute capacity.

IREN’s GPU-cloud expansion can capture incremental demand from enterprises, startups and other customers unable or unwilling to build their own AI infrastructure. Its capital-intensive model also leaves earnings sensitive to financing costs, power procurement, GPU availability, utilization and rental prices.

Corvex, Inc., an AI cloud computing company, provides GPU-accelerated infrastructure for AI workloads to customers worldwide. The company provides graphics processing unit accelerated compute, confidential computing, token factory, and inference services purpose-built to protect and perform. It also offers an artificial intelligence cloud computing services specializing in graphics processing unit accelerated infrastructure for AI workloads. The company is based in Arlington, Virginia.

Exascale provides dedicated, scalable GPU compute and AI-ready data center solutions to a diversified customer base spanning enterprise AI developers, academic institutions, and AI-native platforms.

WhiteFiber is the direct beneficiary of the newly disclosed 10-year, 40 MW Nscale colocation agreement. The contract adds approximately $865 million of contracted revenue, with billing scheduled to begin in April and May 2026, improving revenue visibility and supporting further financing of its AI-campus pipeline.

WhiteFiber, Inc. specializes in delivering foundational infrastructure solutions for artificial intelligence. It achieves this by developing and operating high-performance data centers and cloud platforms, all specifically optimized for graphical processing units (GPUs). The company's service offerings include colocation facilities, managed hosting solutions, and GPU-as-a-Service (GaaS), which collectively cater to the demanding computational, storage, and networking needs of AI and machine learning applications. WhiteFiber operates on an end-to-end vertically integrated model. The firm emerged as a spin-off from Bit Digital, Inc., and is scheduled for an initial public offering (IPO) in August 2025. Its corporate headquarters are located within the United States.

SharonAI Holdings Inc. is a technology enterprise specializing in high-performance computing, particularly in the domains of artificial intelligence (AI) infrastructure and cloud-based GPU services. The company employs a hybrid operational model, leveraging both external data center deployments and the strategic development of its own data center facilities. Its integrated platform seamlessly combines computing power, data storage, networking capabilities, and automation into a unified solution designed for enterprise clients. This robust offering caters to a diverse clientele, including AI laboratories, hyperscale organizations, academic research institutions, and companies operating within highly regulated sectors. Established in 2024, SharonAI Holdings Inc. is headquartered in New York City and was previously known as Roth CH Holding Inc.

Alpha Compute Corp. (Nasdaq: ALP) is a high-performance GPU infrastructure and confidential-compute technology company built for the artificial intelligence economy. Structured as a holding company focused on sovereign AI compute, Alpha Compute owns the infrastructure that powers modern intelligence and enforces privacy directly at the hardware level. That foundation positions the company to build and acquire businesses that depend on confidential compute and artificial intelligence. Alpha Compute's mission is to support clients, subsidiaries, and partners across critical sectors such as finance, defense, intelligence, and media as they adapt to a rapidly changing AI landscape. The company provides the core framework any organization needs to run secure, confidential computing environments. Alpha Compute is domiciled in the British Virgin Islands, with offices in New York, Los Angeles, Miami, Amsterdam, and Toronto.

Based in India, E2E Networks Limited specializes in delivering cloud infrastructure and computational services. Its proprietary cloud platform facilitates the deployment, management, and monitoring of diverse computing workloads. This platform supports Linux, Windows, and GPU-powered virtual machines, equipped with high-performance CPUs, substantial memory, or intelligently provisioned dedicated CPU cores. Beyond this, E2E Networks provides comprehensive cloud solutions, including offerings for Linux, Windows, storage, and specialized cloud GPUs. Its services find application across various sectors, such as data science, natural language processing (NLP), computer vision and image processing, observability, and consumer technology, among others. Established in 2009, the company maintains its headquarters in New Delhi, India.

Digi Power X is a direct AI-colocation operator with a named 40-megawatt Cerebras campus, making it highly exposed to the same demand and financing channel.

The $35 million commitment represents a significant strategic pivot toward becoming a high-end AI infrastructure provider. By securing NVIDIA's next-generation Vera Rubin rack-scale systems, Digi Power X differentiates its NeoCloudz GPU-as-a-Service platform from competitors still utilizing previous-generation hardware. This early commitment validates the company's transition from legacy operations to a higher-margin AI compute business.

AIB’s principal benefit is the conversion of 120 MW of contracted capacity, including 15 MW energized at closing, into tenant-generating AI/HPC facilities.

AIB’s completed acquisition increases contracted data-center power from 65 MW to 120 MW, including 15 MW already energized, expanding its controlled AI/HPC capacity and future data-center revenue opportunity. The benefit remains dependent on tenant commitments, construction, utility delivery and financing.

AIB Data Centers Inc. develops and operates digital infrastructure for AI hosting and computing workloads. It offers an owner-agnostic platform for AI neoclouds and enterprise AI workloads, with sites designed for power availability, grid integration, and operational discipline. The company was formerly known as BlockchAIn Digital Infrastructure, Inc. and changed its name to AIB Data Centers Inc.in June 2026. The company is headquartered in the New York, New York.

Applied Digital’s planned AI campuses require power and energization to convert specialized GPU-cloud demand into occupancy and lease revenue.

The definitive lease validates demand for specialized AI-ready campuses but adds another competitor for CoreWeave and other GPU-cloud capacity commitments, scarce power, equipment, and financing. Applied Digital is particularly exposed because its leveraged expansion depends on converting fixed infrastructure investment into operating cash flow.

The IREN announcement validates demand for independent AI-ready data-center operators. Applied Digital can capture similar GPU-capacity demand, but conversion to revenue depends on facility construction, customer contracting, interconnection, and external financing.

Galaxy's entire 400 MW Dickens County development is pre-leased to CoreWeave, meaning neocloud growth directly secures its long-term revenue stream and justifies its massive project financing.

The transaction validates the monetization of energized mining campuses as AI infrastructure and supports demand for comparable capacity.

A named hyperscale tenant and long-term contract reinforce the value of Hut 8's comparable permitted and energized mining-derived campuses. The same development also validates a crowded conversion strategy, creating competition for AI contracts, GPUs, capital, and construction resources.

Awarded xAI racks and seeing 'flight to quality' among enterprise and sovereign AI customers.

More specialized AI capacity expands demand for pre-engineered liquid-cooled rack systems supplied by Supermicro.

Server and rack integration demand rises with GPU deployment, without direct exposure to cloud pricing competition.

Specialized GPU-cloud growth supports rack-scale server demand, but server suppliers can serve both hyperscalers and neoclouds.

Super Micro Computer, Inc., together with its subsidiaries, develops and sells server and storage solutions based on modular and open-standard architecture in the United States, Asia, Europe, and internationally. The company provides liquid and air-cooled AI servers for training and inferencing with integrated graphics processing units (GPUs) or PCIe based architectures; SuperBlade, MicroBlade, FlexTwin, GrandTwin, and BigTwin blade and multi-node systems; SuperStorage systems; Hyper, CloudDC, and WIO and rackmount systems; embedded (5G/IoT/Edge) systems; and MicroCloud server systems. It also offers workstations and networking devices; and modular server subsystems and accessories, including server boards, chassis, power supplies, and other accessories. In addition, the company provides remote system management solutions, such as Server Management suite comprising Supermicro Server Manager, Supermicro Power Management software, Supermicro Update Manager, SuperCloud Composer, and SuperDoctor 5. Further, the company identifies service requirements; creates and executes project plans; conducts verification testing; offers training; and provides technical documentation. Additionally, it offers rack level services from design to deployment for full rack and cluster level deployments of AI and HPC datacenters; help desk services and on-site product support; and warranties, maintenance, and technical support services. The company serves enterprise data centers, cloud computing, artificial intelligence, 5G, and edge computing markets through direct and indirect sales force, distributors, value-added resellers, system integrators, and original equipment manufacturers. Super Micro Computer, Inc. was incorporated in 1993 and is headquartered in San Jose, California.

Dell is a direct server and infrastructure supplier, so expanded GPU-cloud deployment can translate into equipment revenue once capacity is ordered and installed.

The completed B300 deployment creates an incremental signal for AI-server and rack-scale integration demand. Dell is identified as a Blackwell server and rack supplier in the retrieved context, but the QumulusAI announcement does not identify the hardware integrator.

Oracle's GPU-cloud capacity commitments require rack-scale servers and related systems. Dell is identified as showing measurable benefits from AI capital expenditure, but fulfillment depends on accelerator, memory, networking, and facility availability.

More externally sold compute capacity supports demand for AI servers, storage, and rack-scale systems. Dell is downstream from constrained GPUs, HBM, networking, and facility readiness, so component availability and delivery timing temper the positive impact.

Wiwynn supplies cloud and rack-scale AI infrastructure, including fully liquid-cooled GB300 systems. A Taiwan government deployment specifying B300-class accelerated computing expands the addressable market for comparable rack-scale infrastructure, although no Wiwynn order is disclosed.

Wiwynn Corporation, a technology firm based in New Taipei City, Taiwan, was founded in 2012. The company is actively involved in the full lifecycle of advanced computing and storage hardware, from research and design to development and commercialization, along with providing sophisticated rack solutions. These specialized offerings are engineered to support cloud infrastructure and data center operations for clients spanning the United States, Europe, Asia, and other global markets. Wiwynn empowers enterprises with integrated solutions, enabling them to build, distribute, or market cloud services to their own customer base. Their comprehensive product portfolio includes servers, various storage devices, open rack accessories, OCP mezzanine network and storage cards, and proprietary system software. Beyond its hardware offerings, the company delivers essential services such as rack integration, the provision of computer and peripheral equipment, data storage media products, and a selection of electronic appliances and media items. Wiwynn's expertise further extends to information software development, management consulting, data processing services, and even specialized support in investment and human resources.

GIGABYTE operates Taiwan AI infrastructure using HGX B300 systems and liquid-cooled racks. The government award is a positive demand signal for comparable Taiwan-based server and cluster-integration capabilities, but no GIGABYTE procurement is identified.

Purpose-built neocloud capacity competes with traditional wholesale landlords for power-secured AI tenants and specialized deployments.

Digital Realty is an infrastructure landlord and capacity provider, but its traditional colocation model is not a direct GPU supplier and may face specialized-cloud substitution.

Digital Realty Trust, Inc. owns, acquires, develops, and operates data centers through its operating partnership subsidiary, Digital Realty Trust, L.P. The company is focused on providing data center, colocation, and interconnection solutions for domestic and international customers across a variety of industry verticals ranging from cloud and information technology services, communications and social networking to financial services, manufacturing, energy, healthcare, and consumer products. As of March 31, 2026, the company's 309 data centers, including 89 data centers held as investments in unconsolidated entities, contain applications and operations critical to the day-to-day operations of technology industry and corporate enterprise data center customers. Digital Realty's portfolio is comprised of approximately 3.0 gigawatts of IT capacity, as well as approximately 6.3 gigawatts of buildable IT capacity under active development and held for future development, located throughout North America, Europe, South America, Asia, Australia, and Africa. Digital Realty Trust, Inc. was established and incorporated on March 09, 2004 in Maryland and is based in Austin, Texas.

Headquartered in Strasbourg, France, and established in 2005, 2CRSI S.A. operates as a global entity specializing in the creation, production, and distribution of advanced computing solutions. Their product line features a variety of hardware, including rackmount servers, Open Compute Project (OCP) servers and racks, and high-performance workstations. Beyond these core products, 2CRSI offers sophisticated cooling technologies such as air, direct liquid, and immersion systems, alongside specialized solutions in data science, artificial intelligence, cloud computing, gaming, and edge computing. The company also provides professional, hosted, and High-Performance Computing (HPC) managed services. 2CRSI serves diverse markets and applications, including cloud computing environments, data centers, enterprise IT, big data analytics, HPC, AI, 5G infrastructure, IoT, ruggedized PCs, embedded systems, and edge computing deployments. Furthermore, their offerings encompass hardware supply, datacenter colocation, and hosting services.

Headquartered in Taoyuan City, Taiwan, AIC Inc. is a global technology provider that specializes in server and storage solutions, serving clients across the United States, Asia, and Europe. The company offers a comprehensive range of products, including custom Original Equipment Manufacturer (OEM) and Original Design Manufacturer (ODM) services, as well as commercial off-the-shelf (COTS) offerings. Its diverse portfolio encompasses various server types, such as rackmount, multi-node, GPU-accelerated, and network security servers. For data storage, AIC provides solutions like Just a Bunch Of Disks (JBOD), Just a Bunch Of Flash (JBOF), high-availability systems, and advanced all-flash NVMe servers. Additionally, they manufacture industrial PCs, server chassis, and critical accessories like canisters and front bezels. AIC also delivers specialized design services, focusing on maximizing input/output capabilities, and supplies systems built on AMD EPYC processors. These versatile solutions are tailored for numerous applications, including cloud computing, data centers, network infrastructure, media and entertainment, industrial automation, video surveillance, and VMware-ready environments. Established in 1996, the company operated under the name T-win Systems, Inc. before officially rebranding as AIC Inc. in June 2011.

Specialized neocloud financing can direct institutional capital and AI workloads toward purpose-built facilities rather than diversified colocation platforms.

Traditional colocation facilities face erosion of high-density market share as large-scale GPU workloads migrate to purpose-built, specialized AI factories.

Colocation revenue depends significantly on housing and interconnecting dense AI computing arrays.

Equinix may receive higher demand for powered colocation, but it does not primarily monetize GPU-hour rental spreads.

High-bandwidth fiber and optical interconnect are necessary for distributed GPU clusters; HFCL's 800G and 1.6T-oriented portfolio can mitigate this networking bottleneck.

AI-cloud expansion requires high-bandwidth networking and optical interconnect equipment for GPU clusters.

Specialized hosting expands the total number of high-speed AI clusters and therefore creates incremental networking demand, despite competition among hosting providers.

Arista supplies high-speed Ethernet switching infrastructure into which 800G and 1.6T optical transceivers connect. Keysight's 56% commercial-communications growth attributed to AI data-center testing is a positive indicator for continued AI-cluster networking deployments and associated switch demand.

Every additional GPU cluster requires high-speed switching and networking fabric. Boost Run's hardware deployment and broader AI-cloud expansion can increase demand for data-center networking, although energized facilities and actual cluster commissioning remain prerequisites for revenue recognition.

AAOI is targeting 500k units/month of 800G/1.6T by year-end 2026 to meet surging demand.

The development strengthens the demand signal for the 800G and 1.6T optical transceivers that Applied Optoelectronics manufactures for hyperscale networks. The benefit is material but less certain than for larger component suppliers because customer qualification, manufacturing capacity, and upstream laser availability constrain conversion of demand into revenue.

Digital Core REIT functions as a specialized real estate investment trust (REIT), dedicated to the acquisition, development, ownership, and management of data centers. Its portfolio currently comprises ten crucial data centers, strategically situated throughout the United States and Canada. The trust was established in 2021 and is headquartered in Singapore.

NTT DC REIT is a Singapore real estate investment trust established with the principal investment strategy of investing, directly or indirectly. In a diversified portfolio of established income-producing real estate assets located globally which are used primarily for data center purposes, as well as assets necessary to support the digital economy, NTT DC REIT’s portfolio comprises six carrier neutral, Tier III-equivalent assets with stringent operational and technical specifications. Its portfolio is diversified across the United States (Northern Virginia and Northern California), Austria (Vienna) and Singapore, with an optimal mix of hyperscale and colocation customer contracts. Comprising primarily freehold assets, the portfolio has an appraised value of approximately US1.5 billion dollars as at 30 September 2025, with a design IT load of approximately 90.7 megawatts. The sponsor of NTT DC REIT is NTT Limited, which is part of the NTT Group, a major global IT services and telecommunications group with a leading global data center business. The NTT Group, through its global data center business NTT Global Data Centers, is the third largest data center provider globally (excluding China). It has a footprint of over 2,200 megawatts of IT power in operation and under construction and a portfolio of 133 buildings across 91 data center sites across the Americas, Europe, the Middle East and Africa and Asia-Pacific. NTT DC REIT was established on March 28, 2025.

DigiCo Infrastructure REIT (DGT) is a diversified owner, operator and developer of data centres, with a global portfolio and broad investment mandate across Stabilized, Value-add and Development opportunities. DGT’s portfolio consists of data center assets across key Australian and North American markets with 172MW of planned IT capacity, including 85MW of Contracted IT capacity. DigiCo Infrastructure REIT was established on November 01, 2024.

Coherent can capture incremental optical-networking revenue as GPU clusters require 800G and 1.6T transceivers, lasers, and photonic components.

A larger AI-cloud footprint requires high-speed optical interconnects inside and between data centers. Coherent supplies optical components and transceivers for 800G and 1.6T networks, creating a direct equipment-demand pathway.

Extremely sensitive as the leading supplier of high-speed optics to North American cloud hyperscalers.

The target requires networked accelerator clusters rather than isolated servers, increasing demand for 800G, 1.6T, and future co-packaged optical links. Zhongji Innolight is identified as a leading optical-transceiver supplier with 1.6T production and CPO capability, providing direct exposure to AI-networking demand.

Ciena’s 1.6T coherent and optical transport products are directly complementary to the fiber capacity being built for AI data-center interconnection.

Ciena is the direct beneficiary of the development: its Q3 growth and raised FY26 guidance indicate stronger demand for its optical transport and high-speed connectivity systems, particularly for AI infrastructure and cloud-provider data-center interconnects.

Fabrinet is identified as a contract manufacturer that could provide outsourced assembly capacity as optical vendors scale 800G and 1.6T programs.

Higher volumes of 800G and 1.6T optical modules can increase outsourced optical assembly, packaging, calibration, and testing workloads. Fabrinet is a contract-manufacturing beneficiary, but customer qualification and program timing limit confidence.

Fabrinet provides optical packaging and precision optical, electro-mechanical, and electronic manufacturing services in North America, the Asia-Pacific, and Europe. The company offers a range of advanced optical and electro-mechanical capabilities in the manufacturing process, including process design and engineering, supply chain management, manufacturing, printed circuit board assembly, packaging, integration, final assembly, and testing. Its products include switching products, including reconfigurable optical add-drop multiplexers, optical amplifiers, modulators, and other optical components and modules that enable network managers to route voice, video, and data communications traffic through fiber optic cables at various wavelengths, speeds, and over various distances. The company’s products also comprise transceivers, tunable lasers, and transponders; and active optical cables, which provide high-speed interconnect capabilities for data centers and computing clusters, as well as Infiniband, Ethernet, fiber channel, and optical backplane connectivity. In addition, it provides solid state, diode-pumped, gas, and fiber lasers used in semiconductor processing, biotechnology and medical device, metrology, and material processing industries; and differential pressure, micro-gyro, fuel, and other sensors used in automobiles, as well as non-contact temperature measurement sensors for the medical industry. Further, the company designs and fabricates application-specific crystals, lenses, prisms, mirrors, laser components, and substrates; and other custom and standard borosilicate, clear fused quartz, and synthetic fused silica glass products. It serves original equipment manufacturers of optical communication components, modules and sub-systems, industrial lasers, automotive components, medical devices, and sensors. The company was incorporated in 1999 and is based in George Town, the Cayman Islands.

Crealights Technology Co. Ltd. is a provider of optoelectronic interconnection products, including optical transceivers, active optical cables, and active electrical cables. The company's products are used for high-speed data transmission in applications such as AI data centers, and it possesses capabilities from silicon photonics chip design to high-speed optical module manufacturing.

Tower manufactures silicon-photonics PICs used in 1.6T optical transceivers, giving it direct foundry exposure to AI optical demand.

Eoptolink participates in constrained 800G and 1.6T optical-module supply supporting AI infrastructure.

Optical interconnect demand grows with distributed AI compute across both merchant and custom-ASIC clusters.

Expansion of GPU clusters and Cisco 800G networking increases the addressable market for optical components and lasers used in data-center fabrics. Lumentum's benefit is indirect because Cisco is the named networking integrator.

Lumentum Holdings Inc., established in 2015 and headquartered in San Jose, California, is a global leader in optical and photonic product manufacturing. The company's reach extends across the Americas, Asia-Pacific, Europe, the Middle East, and Africa. Lumentum operates through two principal business units: Optical Communications (OpComms) and Commercial Lasers. The OpComms segment develops and supplies components, modules, and subsystems essential for transmitting video, audio, and data across high-capacity fiber optic networks. Its offerings encompass a wide range of products, including tunable transponders, transceivers, and transmitter modules, alongside various tunable lasers, receivers, and modulators. Furthermore, this segment provides critical transport products such as reconfigurable optical add/drop multiplexers (ROADMs), optical amplifiers, and optical channel monitors. A comprehensive suite of components is also available, featuring 980nm, multi-mode, and Raman pumps; switches; attenuators; photodetectors; gain flattening filters; isolators; wavelength-division multiplexing (WDM) filters; arrayed waveguide gratings (AWGs); multiplex/de-multiplexers; and integrated passive modules. Distinctive innovations from this segment include the Super Transport Blade, which integrates multiple optical transport functions into a single unit; vertical-cavity surface-emitting lasers (VCSELs); directly modulated and electro-absorption modulated lasers; and advanced laser illumination sources for 3D sensing systems. OpComms serves key clientele in the telecommunications, data communications, consumer, and industrial markets. Conversely, the Commercial Lasers segment produces an array of laser technologies, such as diode-pumped solid-state, fiber, diode, direct-diode, and gas lasers. These are primarily utilized in original equipment manufacturer (OEM) applications. This segment's laser solutions cater to a broad spectrum of markets and uses, including sheet metal processing, general manufacturing, biotechnology, graphics and imaging, remote sensing, and precision machining.

Cisco can benefit from networking and optics installation as financed GPU campuses are constructed, but equipment demand occurs after financing, power, and facility commissioning.

The construction surge is a leading indicator for subsequent installation of networking equipment inside new AI facilities. Cisco already recorded substantial hyperscaler AI-infrastructure orders, with a significant portion tied to optics, providing a direct equipment-demand pathway.