August 13, 2025 9:45 PM PDT
In the landscape of digital transformation, composable infrastructure has rapidly emerged as the backbone for organizations seeking greater flexibility, automation, and workload scalability. As enterprises worldwide shift to cloud-native architectures and demand dynamic resource allocation, composable solutions are reshaping how computing, storage, and networking assets are pooled and deployed. The acceleration of technologies like artificial intelligence (AI), 5G, and edge computing has further underscored the need for infrastructure that is both modular and responsive to evolving business requirements.
According to Straits Research, the global composable infrastructure market size was valued at USD 8.7 billion in 2024 and it is projected to reach from USD 12.98 billion in 2025 to USD 318.81 billion by 2033, registering a CAGR of 49.2% during the forecast period (2025-2033). This exponential rise is driven by digital transformation, enterprise modernization, and breakthrough innovations in software-defined orchestration and resource management.
Recent Developments and Updates
2025 has witnessed groundbreaking advances across composable infrastructure platforms, with leading companies launching new solutions and strategies to meet growing enterprise needs.
Cisco introduced the Compute Hyperconverged X-Series System in mid-2024, designed for hybrid cloud deployments with advanced orchestration and integrated AI capabilities, enabling better multicloud performance. Lenovo rolled out its next-generation ThinkAgile CP Series in late 2024, offering high availability, backup, and multitenant security tailored for private clouds. SAP SE from Germany launched a composable payment solution on its Commerce Cloud in early 2024, aimed at empowering retailers to integrate various payment platforms with ease.
In addition, cost efficiencies are becoming more evident. In 2025, the average deployment costs for composable solutions decreased by 12% compared to traditional infrastructure, encouraging more organizations to integrate these systems for both savings and operational advantages.
Key Players and Global Landscape
The composable ecosystem is led by major technology giants such as Hewlett Packard Enterprise, Cisco Systems, Dell Technologies, Lenovo Group, Huawei Technologies, SAP SE, Inspur Group, and TidalScale.
North America continues to dominate the landscape, with its strong base of established players and sustained enterprise investments in system modernization. Meanwhile, Asia-Pacific — especially China — is recording rapid growth, driven by government support for technological innovation, industrial automation, and the integration of composable solutions in smart manufacturing.
Industry Trends Shaping 2025 and Beyond
Several key trends are influencing the continued rise of composable infrastructure:
-
AI and Automation: Integrating AI-powered analytics to enhance orchestration, resource utilization, and predictive workload scaling.
-
Hybrid & Multi-Cloud Adoption: Enabling seamless deployment between on-premises and cloud environments for maximum flexibility.
-
Edge Computing Growth: Providing modular and scalable systems required for real-time processing in IoT, manufacturing, and 5G networks.
-
Software-Defined Everything: Managing compute, storage, and networking resources programmatically via automation APIs for faster DevOps execution.
-
Global Partnerships: Collaboration between hardware providers, semiconductor firms, and cloud service providers to build interoperability and boost innovation.
Recent News Highlights
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Cloud service providers experienced a 25% increase in resource usage efficiency through composable deployments.
-
New technology partnerships have cut supply chain lead times nearly in half, from 90 to 45 days, allowing faster rollouts.
-
The United States is projected to exceed USD 23.9 billion in composable infrastructure adoption by 2032.
-
China’s sector is expanding rapidly, backed by growth in IoT-enabled manufacturing and 5G-related deployments.
-
Telecommunications and IT industries are seeing the fastest adoption due to hybrid cloud strategies and edge use cases.
Conclusion
Composable infrastructure is redefining digital operations by delivering modularity, automation, and significant cost reductions. With strong growth forecasts, continuous technological innovation, and increasing adoption across multiple regions, it is set to become a pillar for next-generation IT frameworks, enabling businesses to adapt and scale in real time.
In the landscape of digital transformation, composable infrastructure has rapidly emerged as the backbone for organizations seeking greater flexibility, automation, and workload scalability. As enterprises worldwide shift to cloud-native architectures and demand dynamic resource allocation, composable solutions are reshaping how computing, storage, and networking assets are pooled and deployed. The acceleration of technologies like artificial intelligence (AI), 5G, and edge computing has further underscored the need for infrastructure that is both modular and responsive to evolving business requirements.
According to Straits Research, the global composable infrastructure market size was valued at USD 8.7 billion in 2024 and it is projected to reach from USD 12.98 billion in 2025 to USD 318.81 billion by 2033, registering a CAGR of 49.2% during the forecast period (2025-2033). This exponential rise is driven by digital transformation, enterprise modernization, and breakthrough innovations in software-defined orchestration and resource management.
Recent Developments and Updates
2025 has witnessed groundbreaking advances across composable infrastructure platforms, with leading companies launching new solutions and strategies to meet growing enterprise needs.
Cisco introduced the Compute Hyperconverged X-Series System in mid-2024, designed for hybrid cloud deployments with advanced orchestration and integrated AI capabilities, enabling better multicloud performance. Lenovo rolled out its next-generation ThinkAgile CP Series in late 2024, offering high availability, backup, and multitenant security tailored for private clouds. SAP SE from Germany launched a composable payment solution on its Commerce Cloud in early 2024, aimed at empowering retailers to integrate various payment platforms with ease.
In addition, cost efficiencies are becoming more evident. In 2025, the average deployment costs for composable solutions decreased by 12% compared to traditional infrastructure, encouraging more organizations to integrate these systems for both savings and operational advantages.
Key Players and Global Landscape
The composable ecosystem is led by major technology giants such as Hewlett Packard Enterprise, Cisco Systems, Dell Technologies, Lenovo Group, Huawei Technologies, SAP SE, Inspur Group, and TidalScale.
North America continues to dominate the landscape, with its strong base of established players and sustained enterprise investments in system modernization. Meanwhile, Asia-Pacific — especially China — is recording rapid growth, driven by government support for technological innovation, industrial automation, and the integration of composable solutions in smart manufacturing.
Industry Trends Shaping 2025 and Beyond
Several key trends are influencing the continued rise of composable infrastructure:
-
AI and Automation: Integrating AI-powered analytics to enhance orchestration, resource utilization, and predictive workload scaling.
-
Hybrid & Multi-Cloud Adoption: Enabling seamless deployment between on-premises and cloud environments for maximum flexibility.
-
Edge Computing Growth: Providing modular and scalable systems required for real-time processing in IoT, manufacturing, and 5G networks.
-
Software-Defined Everything: Managing compute, storage, and networking resources programmatically via automation APIs for faster DevOps execution.
-
Global Partnerships: Collaboration between hardware providers, semiconductor firms, and cloud service providers to build interoperability and boost innovation.
Recent News Highlights
-
Cloud service providers experienced a 25% increase in resource usage efficiency through composable deployments.
-
New technology partnerships have cut supply chain lead times nearly in half, from 90 to 45 days, allowing faster rollouts.
-
The United States is projected to exceed USD 23.9 billion in composable infrastructure adoption by 2032.
-
China’s sector is expanding rapidly, backed by growth in IoT-enabled manufacturing and 5G-related deployments.
-
Telecommunications and IT industries are seeing the fastest adoption due to hybrid cloud strategies and edge use cases.
Conclusion
Composable infrastructure is redefining digital operations by delivering modularity, automation, and significant cost reductions. With strong growth forecasts, continuous technological innovation, and increasing adoption across multiple regions, it is set to become a pillar for next-generation IT frameworks, enabling businesses to adapt and scale in real time.