01 Agentic Automation Moving into Infrastructure Orchestration Complex hybrid infrastructure requires coordinated provisioning across virtual machines, containers, networks, and computing resources, which makes manual multi-tool workflows difficult to manage. Agentic automation is moving orchestration toward AI-assisted operations; HPE introduced Morpheus Orchestration Copilot in June 2026 to automate infrastructure and workload provisioning end to end, while its software-defined networking capabilities can reduce provisioning time by up to 60%. The result is a more autonomous composable infrastructure model where resource configuration, governance, and workload deployment can be coordinated through a unified control layer.
02 Infrastructure-as-Code Becoming a Native Management Model Dynamic workload requirements are encouraging enterprises to manage physical infrastructure with the same programmable methods used for cloud resources. Composable platforms are adopting templates and unified APIs that allow compute, storage, and networking configurations to be defined and reused as code; HPE OneView 11.2 supports template-driven provisioning and a unified RESTful API, with HPE stating that a single line of code can describe and provision infrastructure required for an application. The result is more consistent infrastructure deployment, simpler configuration changes, and closer integration between composable systems and DevOps workflows.
01 Growth of AI, Analytics, and High-Performance Workloads and Higher Demand for Flexible Data Center Resource Utilization Drive Market Higher use of AI, analytics, and high-performance computing increases demand for composable infrastructure because these workloads require large and variable pools of compute, memory, storage, and accelerator resources. Enterprises need infrastructure that can shift capacity between training, inference, analytics, and other intensive workloads without permanently dedicating hardware to one application. AI clusters and data-intensive research environments represent practical use cases where resource requirements can change significantly between projects. This demand-side transition supports broader adoption of composable systems that can allocate infrastructure dynamically according to workload needs.Higher pressure to improve data center resource utilization increases demand for infrastructure that reduces idle capacity and limits overprovisioning. Traditional fixed server architectures can leave compute, storage, or accelerator resources underused when workload requirements change. Composable platforms allow IT teams to pool hardware resources and assign them where capacity is needed across applications and departments. This demand-side transition supports more efficient infrastructure consumption and increases adoption among enterprises seeking better utilization of existing data center assets.
01 Migration Risks and Operational Disruption and Limited Availability of Skilled IT Professionals Restrain Market Expansion Composable infrastructure adoption often requires workload migration, application testing, and changes to existing IT operations. Concerns over downtime, compatibility failures, and service interruptions can make enterprises cautious about replacing established infrastructure. This migration risk delays investment decisions and slows broader market adoption.Composable infrastructure requires expertise in software-defined systems, automation, virtualization, networking, and resource orchestration. Shortages of professionals with these combined skills can increase implementation costs and reliance on external service providers. This skills gap restricts deployment capacity and limits faster market expansion.
01 Growth of Composable Infrastructure for Private Cloud and Hybrid Cloud Modernization and Expansion of Composable Platforms for Disaster Recovery and Business Continuity Offers Growth Opportunities Enterprise IT teams, cloud service providers, system integrators, and data center operators represent the main commercial groups for this opportunity. Private and hybrid cloud projects can create revenue through composable hardware platforms, orchestration software, integration services, migration support, and recurring infrastructure management contracts. Companies such as HPE, Dell Technologies, and Lenovo are well positioned through their enterprise infrastructure and hybrid cloud portfolios.Large enterprises, financial institutions, healthcare organizations, managed service providers, and colocation operators form the key customer base for this opportunity. Composable platforms can create revenue through standby infrastructure, rapid recovery configurations, automated failover software, managed resilience services, and long-term support agreements. Companies such as HPE, Dell Technologies, and Cisco are positioned to benefit through data center infrastructure, automation, and business-continuity capabilities.
01 Vendor Lock-In and Limited Infrastructure Portability and Governance Complexity Across Distributed Infrastructure Resources Hinders Growth Composable infrastructure customers can become dependent on proprietary management layers, APIs, hardware ecosystems, and licensing models, making vendor switching or multi-vendor expansion difficult. Gartner reported in 2026 that proprietary dependencies can restrict interoperability and data portability, creating technical debt and reducing infrastructure flexibility. These dependencies can lengthen procurement decisions and make it harder for vendors to expand within enterprises that prioritize platform independence.Composable environments dynamically allocate compute, storage, and fabric resources, requiring enterprises to maintain consistent policies, access controls, templates, and capacity visibility across large infrastructure pools. HPE Synergy, for example, relies on HPE OneView to centrally provision, monitor, update, and diagnose these resources through a unified management layer. As deployments expand across workloads and locations, governance complexity can increase operational oversight requirements and slow enterprise-wide scaling.
September 2025 Cisco Systems expanded its data center networking and infrastructure management solutions to support more agile and software-driven enterprise environments. The company continued developing technologies that enable automated resource management and integration across hybrid IT infrastructures.
August 2025 Lenovo expanded its infrastructure solutions portfolio with advancements in modular data center technologies and AI-ready infrastructure platforms. The company continued investing in flexible architectures designed to support enterprise workloads, cloud environments, and high-performance computing requirements.
June 2025 Dell Technologies strengthened its infrastructure solutions portfolio by advancing software-defined infrastructure capabilities within its cloud and data center offerings. The company continued focusing on flexible IT architectures that enable organizations to scale resources efficiently through composable and disaggregated infrastructure models.
May 2025 Hewlett Packard Enterprise expanded its composable infrastructure capabilities through enhancements to its HPE Synergy and GreenLake cloud platform offerings. The company continued integrating automation, software-defined infrastructure, and hybrid cloud management features to help enterprises dynamically allocate computing, storage, and networking resources.