Executive Summary

294.4 USD Billion in 2025, the Cloud Equipment Market is expected to grow at a CAGR of 11.9% to reach 906.1 USD Billion by 2035.

Hyperscale AI buildout is the main transmission mechanism, and hyperscaler ARR growth is what funds it: capex on accelerator-dense racks tracks recurring cloud revenue more closely than it tracks unit shipments. The US Bureau of Industry and Security’s January 2026 rule on advanced computing exports now governs which accelerators cloud operators deploy in China-facing facilities, with China’s PIPL adding its own localization pull on where that equipment sits. In the EU, the Digital Operational Resilience Act pushes financial-sector workloads onto certified, resilient infrastructure, and NIS2 extends comparable resilience obligations to the operators of the data centers themselves. The EU AI Act’s obligations for high-risk AI systems are starting to shape which accelerator and firmware configurations hyperscalers can certify for European tenants, while the EU Data Act and Data Governance Act press vendors toward interoperable, portable equipment stacks rather than closed racks.

Cloud Service Providers hold 54.1% of end-user demand, and Server hardware leads component spend at 41.2% share as hyperscaler rack orders outpace storage and networking budgets. On the networking side, equipment refresh is pinned to 3GPP standards releases as much as to enterprise demand. North America and Asia-Pacific are named among the key growth regions; in the US, FedRAMP authorization and alignment with NIST CSF and SP 800-53 gate which equipment can enter federal cloud regions, alongside state-level obligations under CCPA/CPRA, while GDPR continues to anchor data-residency requirements for equipment sited in the EU.

Export-control certification requirements are lengthening lead times for accelerator-heavy server orders, and data-residency rules add cost to regional buildout. Server and network vendors compete on certification coverage, from FedRAMP to SOC 2, and on integration ecosystems as much as unit price.

Key Takeaways

• From USD 294.40 Billion in 2025, the market reaches USD 906.10 Billion by 2035 at 11.9% a year, with ARR increasingly the more informative read on vendor health than headline revenue.
• On component, Server holds 41.2%, reflecting continued infrastructure spend even as workloads migrate toward cloud tenancy.
• 54.1% of 2025 revenue sits with Cloud Service Provider on end-user, a concentration that puts compliance obligations under GDPR, NIS2, and the EU AI Act on the provider rather than the buyer; vendors operating in China route data under PIPL, and those selling into US federal agencies pursue FedRAMP authorization alongside CCPA/CPRA compliance for state-level privacy.
• 12 suppliers are profiled, competing on certification coverage against NIST CSF and SP 800-53 and on CVE remediation speed as much as on price.

Market Definition and Scope

The Cloud Equipment Market covers the physical compute, storage and networking hardware, rack and blade servers, DAS, NAS and SAN arrays, switches, routers and network interface cards, deployed inside data centers to run public, private and hybrid cloud workloads for cloud service providers and third-party data center and colocation operators. Hardware refresh and siting decisions now track compliance load as closely as price per rack unit: FedRAMP authorization gates federal procurement in the United States, NIST SP 800-53 controls shape firmware and access hardening, and SOC 2 or ISO 27001 attestation is a baseline for colocation operators courting regulated tenants. In the European Union, GDPR data-residency rules, the NIS2 directive’s resilience requirements for critical infrastructure, and DORA’s ICT risk-management mandate for financial-sector workloads are pushing capacity toward in-region builds, while the EU Data Act adds interoperability obligations that reach into storage array and server replacement cycles; China’s PIPL and the US state-level CCPA/CPRA regime reinforce the same localization pattern outside the EU.

It excludes end-user computing devices, cloud software and SaaS licensing, and telecom carrier transport equipment built to 3GPP release schedules, which sit in adjacent infrastructure and application markets tracked separately from data center hardware spend.

Growth Drivers and Restraints

Export-Controlled AI Accelerator Rules Are Reshaping Hyperscale Server Procurement

The US Bureau of Industry and Security’s January 2026 rule (91 FR 1684) replaced a presumption of denial with case-by-case review for NVIDIA H200- and AMD MI325X-equivalent chips exported to China and Macau, conditional on exporter certification and independent US-based performance testing, paired with a reported 25% tariff-equivalent revenue-share arrangement. Cloud service providers building AI capacity now route accelerator-heavy orders through certified supply chains, concentrating incremental demand in the Server component in rack and blade configurations sized for GPU density. Many of the same hyperscalers are pursuing FedRAMP authorization for these builds in parallel, since federal workloads are the largest AI-accelerated tenancy segment they can price at premium ARR.

Financial-Sector Resilience Rules Are Pushing Workloads Onto Certified Infrastructure

The EU’s Digital Operational Resilience Act became directly applicable on 17 January 2025 across 20 categories of financial entity and their ICT third-party providers, mandating incident reporting, resilience testing and systematic third-party risk management; a 2025 study found 77% of adopters said requirements such as DORA make them more likely to consider confidential computing. Third-party data center and managed-service providers serving regulated financial customers are upgrading storage and network hardware to meet certified resilience requirements, layering DORA controls onto the GDPR and NIS2 obligations that already govern the same EU tenancy. Security posture claims increasingly reference NIST CSF and SP 800-53 control mappings, with CVE/NVD disclosure history used as a due-diligence input alongside SOC attestation.

Data-Localisation Rules Are Driving In-Country Equipment Buildout

India’s Department of Telecommunications notified the Telecommunications (Authorisation for Captive Telecommunication Services) Rules on 23 June 2026, requiring data, logs and information from captive private-network operators, including data centers, to be stored within India. The EU’s Delegated Regulation 2024/1364 separately requires data centers of at least 500 kW to report energy and capacity KPIs to a central database annually from 2025, a reporting obligation that sits alongside the access and portability terms set by the EU Data Act and Data Governance Act. Both push colocation and third-party providers toward in-country server and storage deployment rather than shared cross-border capacity. China’s PIPL and the CCPA/CPRA impose comparable in-market data-handling conditions outside the EU, so multinational buyers are sizing server and storage footprints per jurisdiction rather than against one global standard.

Export-Certification Burden Raises Procurement Cost for Accelerator Hardware

The same BIS licensing regime requires independent third-party performance testing in the US and exporter certification of non-diversion before advanced accelerators ship, lengthening lead times and compliance cost for Server orders bound for China- and Macau-adjacent facilities. Cloud service providers sourcing NVIDIA- and AMD-class GPUs absorb this most directly, as qualification cycles now sit ahead of hardware delivery. Providers layering AI features onto these builds face a second review track under the EU AI Act, which adds conformity documentation for high-risk systems on top of export paperwork.

Localisation and Staffing Conditions Slow Captive Network Rollouts

India’s 2026 captive-network authorisation rules impose citizenship conditions on network chief officers and directors and retain trusted-product procurement requirements, adding review steps before enterprise and data center operators can activate captive infrastructure; qualifying network equipment against current 3GPP standards releases is one of the trusted-product checks operators must clear. Third-party data center providers and systems integrators running multi-country rollouts absorb the resulting delay where staffing and vendor-qualification cycles trail the deployment timelines set before the rules took effect. Eurostat’s digital-economy indicators show the wider pattern this fits: EU and EU-adjacent markets have been adding equipment-level compliance gates faster than enterprise IT budgets have absorbed them.

Market Trends

AI-Native Security Operations Are Shifting Load From Perimeter Appliances to Identity-Aware Fabric

Sophos’s July 2026 Fusion launch disclosed that 52% of cases across its 40,000-plus managed-SOC customers are resolved entirely by AI, with an average alert-to-response time of 89 seconds across more than 500 third-party integrations. As security shifts from perimeter boxes to identity-aware, API-connected fabric mapped to the NIST Cybersecurity Framework and SP 800-53 controls, cloud service providers and third-party data centers are provisioning network devices and servers sized for continuous automated inspection rather than periodic scanning. Vendors are chasing FedRAMP authorization for these AI-driven platforms. The EU AI Act’s risk-classification requirements for detection tooling are starting to shape how that access gets documented for enterprise buyers, locking in the recurring ARR that funds the hardware refresh and raising attach rates for integration-heavy network hardware through 2035.

Sovereign and Regional Cloud Requirements Are Redrawing Where Equipment Gets Deployed

India’s June 2026 captive-network authorisation rules mandate in-country storage of network data and logs, echoing the data-localisation intent behind China’s Personal Information Protection Law (PIPL). In the EU, Delegated Regulation 2024/1364 requires data centers above 500 kW to report capacity and energy KPIs to a central database annually from 2025, on top of GDPR transfer restrictions and the NIS2 directive’s security baselines for network operators. The Data Act and the Data Governance Act add further constraints on cross-border data sharing, while providers serving US consumers face a comparable compliance layer under CCPA/CPRA. Data increasingly has to stay where it is created. Together these regimes push colocation and third-party data center providers to build local server and storage capacity rather than route traffic through shared cross-border infrastructure, lifting equipment demand in India and across EU member states through the forecast period.

Export Controls Are Bifurcating GPU Cloud Supply Chains

The US Bureau of Industry and Security’s January 2026 rule replaced a blanket denial presumption with case-by-case licensing for H200- and MI325X-class accelerators bound for China and Macau, conditional on certified US testing. Cloud service providers now qualify separate accelerator supply chains for China-facing and non-China-facing capacity, a split that reshapes rack and blade server sourcing and vendor mix for hyperscale deployments through 2035. The same bifurcation is reaching telecom infrastructure. Equipment vendors are qualifying parallel 3GPP-standardised radio access network hardware lines to serve China-facing and non-China-facing operators separately.

Regional Analysis

The United States is projected to reach USD 108.7 Billion by 2035, a 10.1% CAGR from 2025, anchoring North American demand. Antitrust enforcement is reshaping the vendor map: the Department of Justice’s settlement with Hewlett Packard Enterprise and Juniper Networks, closed 2 July 2025, forced divestiture of HPE’s Instant On WLAN business and a licensing auction for Juniper’s Mist AIOps source code.

Germany held the dominant revenue position within Western Europe in 2024 and is forecast to grow at a 13.7% CAGR through 2035, ahead of France at 12.5% and the UK at 11.3%. The EU Data Act, applicable from 12 September 2025, pushes enterprises toward portable, provider-independent workloads, reinforcing demand for hardware-backed security in German and French cloud deployments.

China leads regional growth at a 16.1% CAGR, the fastest in the fact set, with India close behind at 14.9%; Japan’s market stood at USD 15.4 Billion and South Korea’s at USD 8.9 Billion in 2025. India’s Digital Personal Data Protection Rules, notified 13 November 2025, require Significant Data Fiduciaries to localize notified categories of personal data, favoring in-country server and storage procurement ahead of the May 2027 compliance deadline.

Saudi Arabia and Turkiye are building out national data-centre capacity as part of broader digital-transformation programmes, positioning the Gulf and Türkiye as regional procurement centres. South Africa anchors equipment demand for the southern African market through its established colocation base. Grid capacity and power availability, flagged industry-wide as a leading operator concern, will govern the pace of that buildout.

Brazil is forecast to grow at an 8.9% CAGR, the slowest of the countries tracked but still ahead of general IT spending growth, with Chile as the region’s secondary market. Currency exposure and reliance on imported server and networking hardware shape procurement timing more than in dollar-denominated markets elsewhere.

Segment Analysis

By Component

• Server (largest, 41.2% share) – Physical or virtual compute hardware housed in data centers that runs applications, processes workloads, and hosts virtual machines for cloud services

• Rack Servers
• Blade Servers
• Tower Servers
• Storage Systems – Hardware infrastructure such as disk arrays and storage area networks used to store, retrieve, and back up data within a cloud environment

• Direct Attached Storage (DAS)
• Network Attached Storage (NAS)
• Storage Area Network (SAN)

• Fibre Channel SAN
• iSCSI SAN
• Network Devices – Equipment such as switches, routers, and load balancers that connects servers and storage, directing data traffic within and between data centers

• Switches
• Routers
• Network Interface Cards/Adapters

Server led the by-component segmentation with a 41.2% share in 2025. Compute capacity is the direct input to running virtual machines and AI training and inference jobs, and hyperscalers have concentrated capital there first: Microsoft’s USD 34.9 Billion in first-quarter fiscal 2026 capex went roughly half to GPU and CPU procurement and data-centre leases, with commercial bookings up 112%. Storage Systems and Network Devices are closing the gap rather than leading outright. As AI clusters scale, storage throughput and east-west network fabric become the binding constraint on cluster utilization, pulling incremental spend toward higher-performance storage and networking hardware even as server unit volumes stay the largest single line item.

By End-User

• Cloud Service Provider (largest, 54.1% share) – A company that owns and operates cloud data centers to deliver compute, storage, and networking services to end customers over the internet

• Public Cloud Providers
• Private Cloud Providers
• Hybrid Cloud Providers
• Third Party Data Center Provider – An independent operator that leases physical data center space, power, and connectivity infrastructure to other businesses, including cloud service providers

• Colocation Providers
• Managed Service Providers
• Wholesale Data Center Providers

Cloud Service Provider accounted for 54.1% of 2025 demand, consistent with the extent to which service providers already dominate global compute and storage infrastructure spend. Owning capacity lets hyperscalers control unit economics and data placement rather than lease it, and Dell’Oro projects the top four US cloud providers will account for half of global data-centre capex as soon as 2026, with roughly 75% of that spend, near USD 450 Billion, directed to AI infrastructure. Third Party Data Center Provider is gaining relative pace as hyperscalers lean on external capacity to bridge power and space shortfalls: Microsoft’s own leadership said in October 2025 that capacity constraints, chiefly power and data-centre space rather than hardware, would persist through at least June 2026, pushing incremental workloads toward providers that can add capacity faster than new hyperscaler builds allow.

Country Growth Comparison

A 7.2 point gap separates China at 16.1% from Brazil at 8.9%.

Competitive Landscape

The Cloud Equipment Market is led by a group of established infrastructure and hyperscale vendors spanning hardware suppliers and the cloud platforms that buy from them. Server, storage and networking specialists compete alongside their largest customers: Dell, Hewlett Packard Enterprise, IBM, Intel, Lenovo, NetApp and Cisco supply hardware, while Amazon Web Services, Microsoft, Google, Oracle and Salesforce operate cloud platforms that increasingly design their own equipment as well as buy it. Competition runs on integration depth into hyperscaler supply chains, time-to-value on large capacity build-outs, and the ability to secure GPU and power allocation ahead of rivals, more than on list pricing.

Hewlett Packard Enterprise closed its USD 14 Billion acquisition of Juniper Networks on 2 July 2025, after the Department of Justice required divestiture of HPE’s Instant On WLAN business, reshaping the enterprise networking equipment field. Microsoft told investors on 29 October 2025 that cloud capacity constraints, bound by power and data-centre space rather than hardware supply, would persist through at least June 2026, keeping equipment order books full.

Strategic Outlook

The clearest whitespace is third-party colocation and managed capacity, positioned to absorb demand that hyperscalers cannot build fast enough themselves. Power and grid availability, not hardware supply, is the binding constraint industry-wide; providers that secure grid interconnects and energy contracts ahead of rivals stand to capture the overflow through 2035.

By 2035, equipment mix tilts further from general-purpose servers toward AI-optimized compute paired with higher-throughput storage and network fabric, extending the trajectory already visible in current hyperscaler capex allocation. Buyers will weight power efficiency and supply security alongside price, and third-party capacity will account for a larger share of total procurement.

Cloud Equipment Market Report Scope