The global composable infrastructure market is entering a high-growth phase, with the market valued at USD 18.9 billion in 2026, projected to reach USD 26.51 billion in 2027, and forecast to reach USD 393.53 billion by 2036, reflecting a 47.79% CAGR from 2027 to 2036. This expansion reflects a broader shift in enterprise infrastructure from fixed, hardware-centric configurations toward software-defined environments capable of dynamically allocating computing, storage, networking, and acceleration resources.

The key attraction of composable infrastructure is its ability to treat infrastructure resources as flexible pools rather than permanently assigned components. This becomes particularly relevant as enterprises manage increasingly variable workloads across hybrid cloud environments, artificial intelligence applications, edge computing, and automated IT operations.

Hardware remains a major foundation of the market because composable architectures depend on underlying compute, storage, and networking resources. However, the strategic value increasingly comes from the software layer that controls and orchestrates these resources.

For enterprises, this creates several operational advantages:

• Resources can be allocated according to workload requirements.
• Infrastructure utilization can become more flexible.
• IT teams can reduce dependence on rigid, pre-configured environments.
• DevOps-oriented operations can integrate more closely with infrastructure management.
• AI workloads can benefit from dynamically managed GPU, storage, and networking resources.

The rise of composable infrastructure therefore represents more than an infrastructure refresh. It signals a change in how enterprises conceptualize IT capacity: infrastructure is increasingly becoming an adaptable service that can respond to changing application requirements.

Regional Analysis: North America Leads While Asia Pacific Builds Growth Momentum

North America currently occupies the leading position in the composable infrastructure market, supported by mature enterprise IT environments, early adoption of software-defined infrastructure, and strong demand for flexible hybrid cloud architectures.

Large enterprises in the region have already invested substantially in virtualization, cloud computing, automation, and advanced data-center technologies. This creates a favorable environment for composable infrastructure because organizations can integrate resource orchestration with existing digital infrastructure rather than completely rebuilding their IT environments.

Asia Pacific represents a different market dynamic. The region is projected to grow at a 53.19% CAGR, making it a particularly important expansion market. Rapid digital infrastructure development, increasing cloud adoption, and investments in scalable computing environments are creating opportunities for composable infrastructure providers.

Regional opportunity comparison

Region	Market position	Key growth characteristics
North America	Leading market	Mature enterprise IT, hybrid cloud adoption and software-defined infrastructure
Asia Pacific	High-growth region	Digital infrastructure expansion, scalable computing demand and cloud investment

The difference between the two regions is strategically important. North America provides a relatively mature customer base where vendors can focus on modernization and optimization. Asia Pacific provides opportunities associated with infrastructure expansion and new deployments.

For infrastructure suppliers, this means regional strategies need to differ. Established markets can emphasize integration, automation, resource efficiency, and modernization, while high-growth markets can emphasize scalable infrastructure architectures and flexible deployment models.

Industry Challenge: Complexity and Integration Can Slow Enterprise Adoption

Despite the operational benefits of composable infrastructure, adoption is not simply a matter of replacing traditional hardware. Enterprises must integrate multiple infrastructure resources with existing applications, management platforms, networking environments, and cloud systems.

This creates an important commercial challenge: the value of composability depends heavily on effective orchestration.

Organizations moving toward composable environments may need to address:

• Integration with existing infrastructure.
• Compatibility between different technology platforms.
• Management of increasingly software-defined environments.
• Skills requirements for infrastructure automation and orchestration.
• Governance across hybrid and distributed IT environments.
• Complexity associated with coordinating compute, storage, networking, and accelerators.

The challenge becomes particularly relevant for enterprises with established infrastructure estates. Organizations may prefer gradual modernization rather than large-scale infrastructure replacement, increasing demand for technologies that can operate alongside existing systems.

The market's growth is therefore likely to depend not only on the availability of composable hardware and software but also on how easily vendors can simplify deployment and management.

Another factor is organizational readiness. Composable infrastructure aligns closely with DevOps and automation principles, meaning organizations with mature automation practices may find it easier to capture its benefits. Enterprises with highly manual infrastructure-management processes may face a steeper transition.

For vendors, reducing operational complexity can therefore become an important differentiator. The commercial opportunity extends beyond infrastructure components toward orchestration, integration, automation, and lifecycle management capabilities.

Product and Technology Comparison: Hardware-Centric Infrastructure vs Software-Defined Composable Infrastructure

Composable infrastructure represents a significant change from traditional infrastructure models. The distinction is primarily based on how resources are allocated and managed.

Aspect	Traditional / Fixed Infrastructure	Composable Infrastructure
Resource allocation	Generally pre-configured	Dynamically allocated
Infrastructure model	Hardware-oriented	Hardware combined with software orchestration
Scalability	Often requires additional configuration or hardware	Resources can be pooled and reassigned
Management	More component-specific	Centralized and software-driven
Workload flexibility	Relatively limited	Designed for changing workloads
Best suited for	Stable and predictable workloads	Dynamic, hybrid and automation-driven workloads

The traditional model remains relevant where workloads are predictable and infrastructure requirements change relatively slowly. However, the growing use of AI, cloud services, automation, and distributed workloads increases the value of flexible resource allocation.

Composable infrastructure is particularly relevant when computing requirements fluctuate. Instead of dedicating resources permanently to individual applications, enterprises can create infrastructure pools and allocate capacity according to operational requirements.

The distinction is also visible in the role of software. In conventional infrastructure, hardware configuration often determines how resources are deployed. In composable environments, software-defined orchestration becomes a central mechanism for determining how resources are assembled and utilized.

This creates opportunities across enterprise data centers, hybrid cloud environments, AI infrastructure, and edge deployments.

Geographic Opportunity: Four Markets With Strategic Relevance

United States

The United States remains strategically important because of its mature enterprise technology ecosystem and strong presence of major infrastructure vendors. The market's established adoption of hybrid cloud, automation, and software-defined technologies provides a natural environment for composable infrastructure.

The country is also important for AI infrastructure development, where flexible access to computing and accelerated resources can support increasingly variable workloads.

China

China represents a major opportunity within Asia Pacific due to its large digital infrastructure ecosystem and growing demand for scalable computing environments. Local technology companies and infrastructure providers also contribute to the development of enterprise IT capabilities.

The market is particularly relevant for vendors targeting large-scale infrastructure deployments and evolving data-center requirements.

Japan

Japan offers opportunities linked to its sophisticated enterprise IT environment and established technology sector. Its presence among the major markets for advanced infrastructure solutions makes it relevant for vendors developing enterprise-grade composable systems.

The country's technology ecosystem can also support demand for infrastructure modernization and automation.

India

India presents a strategic opportunity because of expanding digital infrastructure, enterprise technology adoption, and increasing requirements for scalable computing environments.

The combination of cloud adoption, digital transformation, and growing enterprise workloads can support demand for infrastructure architectures capable of adapting to changing resource requirements.

Together, these markets illustrate two distinct opportunity patterns: mature markets provide modernization opportunities, while rapidly developing digital economies create demand associated with infrastructure expansion.

Competitive Landscape: Vendors Are Expanding From Hardware Toward Integrated Infrastructure Platforms

The competitive environment includes major infrastructure companies such as Hewlett Packard Enterprise, Dell Technologies, Cisco Systems, Lenovo Group, Huawei Technologies, NEC Corporation, Inspur Group, NetApp, Pure Storage, and TideScale.

Their presence highlights the broadening scope of the market. Composable infrastructure is no longer limited to a narrow hardware category; it increasingly intersects with storage, networking, cloud platforms, data management, and infrastructure software.

Recent strategic activity illustrates this direction.

Nutanix and NetApp established an engineering partnership to integrate NetApp's ONTAP storage architecture with the Nutanix Cloud Platform. The development demonstrates the importance of interoperability between hyperconverged systems, composable environments, and enterprise storage.

Liqid has focused on disaggregated infrastructure designed for AI workloads, with its architecture dynamically pooling GPU, NVMe, and network resources. This indicates how AI is influencing infrastructure design, particularly where workloads require high-performance resources that cannot always be efficiently allocated through fixed infrastructure configurations.

CI Mware secured $2.3 million in pre-Series A funding in July 2025, with plans to scale production and expand software development for composable infrastructure modules. Its focus on energy efficiency, cooling configurations, and compute scalability also shows that infrastructure innovation is increasingly connected with data-center efficiency.

The competitive direction suggests that vendors are seeking to combine physical infrastructure with software control, interoperability, and workload-specific optimization rather than competing solely on individual hardware components.

Recent Industry News: Partnerships, Funding and AI Infrastructure Shape Market Development

Recent developments across the composable infrastructure ecosystem demonstrate increasing emphasis on AI workloads, interoperability, and commercial expansion.

CI Mware — July 2025

CI Mware secured $2.3 million in pre-Series A funding in July 2025. The company planned to use the funding to scale production and expand software development for its composable infrastructure modules.

The development is significant because the company's technology focus extends beyond basic resource pooling. Its approach addresses energy efficiency, cooling configurations, and compute scalability for high-density AI data-center environments. This reflects the growing connection between composable infrastructure and the physical demands of AI computing.

Liqid — July 2025

In July 2025, Liqid launched next-generation composable disaggregated infrastructure solutions aimed at enterprise AI workloads across hybrid data centers and edge environments.

The architecture dynamically pools and allocates GPU, NVMe, and networking resources. Strategically, this demonstrates how AI is encouraging enterprises to seek infrastructure models capable of adapting resource availability to changing workload requirements.

Nutanix and NetApp — April 2026

In April 2026, Nutanix established a strategic engineering partnership with NetApp to integrate NetApp's ONTAP storage architecture with the Nutanix Cloud Platform.

The development highlights interoperability as an important element of infrastructure modernization. By connecting storage architecture with cloud and hyperconverged infrastructure capabilities, the partnership addresses the need for unified management across increasingly diverse IT environments.

Liqid — May 2026

In May 2026, Liqid appointed enterprise infrastructure executive John Byrne to its board of directors. The appointment was intended to support commercialization and broader deployment of Liqid's composable, hardware-pooling solutions.

The move reflects a broader market transition: composable infrastructure companies are increasingly moving from technology development toward enterprise-scale commercialization. As data centers adapt to AI workloads, flexible disaggregated infrastructure is becoming increasingly relevant to infrastructure strategies.

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