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IDC's Worldwide: Dedicated Cloud Infrastructure and Services Taxonomy, 2026

Tue, 28 Jul 2026 04:00:00 GMT

This IDC study provides a detailed taxonomy for the dedicated cloud infrastructure and services market. The document covers the definitions of various building blocks and provides a top-level overview of dedicated cloud segments. IDC is retiring the term private cloud and replacing it with the term dedicated cloud, but the definition remains the same: environments in which IT resources are dedicated to a single organization and managed and delivered to end users utilizing cloud attributes. The growing availability of commercial and open source cloud platforms enables the increasing adoption of dedicated clouds by enterprises, while the proliferation of infrastructure management platforms for managing resources across multiple environments drives the expanding growth of hybrid IT environments.

"Dedicated cloud infrastructure as a service has become the defining ground for the enterprises seeking operational control over data placement, compliance posture, or workload governance," said Jasdeep Singh, research manager for IDC's Cloud and Infrastructure Services. "As OEM vendors, cloud service providers, and managed service providers compete in this market, the conversation has shifted from who can build the cloud to who can govern it, on the customer's terms, at the customer's choice of location, and in compliance with their regulatory and AI risk realities."

Market Forecast: Worldwide Enterprise Resource Management Applications Forecast, 2026–2030 — AI Creating Value

Mickey North Rizza — Tue, 28 Jul 2026 04:00:00 GMT

This IDC presentation provides the five-year forecast for the worldwide enterprise resource management applications market and delivers insights into the drivers and inhibitors of growth.

“AI is the accelerant creating value for the enterprise resource management market. Embedded AI in tasks, workflows, and processes is driving innovation and enabling the future with AI assistants and AI agents. Organizations are in the midst of shifting to Agents as Apps, dynamically reshaping the market and creating new software operating models. This shift increases the organization’s dependency on AI-powered enterprise resource management software as it moves to an agentic market.” — Mickey North Rizza, group vice president, Enterprise Software at IDC

Navigating Shortening Obsolescence Cycles: Actions Technology Leaders Should Take Now

Niel Nickolaisen — Tue, 28 Jul 2026 04:00:00 GMT

This IDC Perspective reveals that a critical success factor for technology leaders is the ability to adapt as technologies, technology providers, and organizational needs change. We have entered an environment of increasing change — driven by AI innovation. One of the consequences of increased technological change is the shortening of obsolescence cycles. As technology lifetimes shrink, there is an increased need to shorten technology planning and modernization timelines while also reviewing and changing business practices and decisions regarding the useful life and payback period of technology investments.

Technology leaders, departments, and their broader organizations that perform best in an environment of rapid change are those that make their processes, plans, and architectures more agile and adaptive and that recognize that such capabilities are now the minimum required.

“The pace of technology change has always defined the technology leader’s challenge,” says Niel Nickolaisen, adjunct research advisor for IDC’s IT Executive Programs (IEP) practice. “What is different currently is that the pace itself is accelerating — and the organizational models, planning horizons, and financial assumptions that served technology leaders well at a slower pace are no longer adequate. The technology leaders who recognize this structural shift and adapt their practices accordingly will increase the likelihood of their and their organization’s success.”

Hewlett Packard Enterprise Advances Simulation and AI Infrastructure Across Supercomputing and Enterprise Environments

Madhumitha Sathish, Peter Rutten — Mon, 27 Jul 2026 04:00:00 GMT

Hewlett Packard Enterprise’s (HPE) announcements at ISC 2026 and HPE Discover 2026 highlight an approach centered on bringing together modeling, simulation, and AI capabilities within integrated infrastructure environments delivered through hybrid and private cloud models. Across its portfolio, which includes supercomputing systems, AI Factory solutions, and GreenLake, HPE demonstrates how accelerated computing, networking, and software can be combined to support simulation workflows alongside AI-driven data processing and analysis. Enterprise deployments, cloud-scale environments with partners such as Vultr, and continued advancements in HPE Cray supercomputing platforms reflect how these capabilities are being applied to address a range of data-intensive use cases. Overall, HPE’s announcements emphasize the role of unified infrastructure in enabling organizations to run complex workloads while maintaining performance, control, and scalability.

IDC views this direction as representative of how organizations are increasingly applying simulation and AI capabilities together to support engineering, research, and operational objectives. As these workloads continue to grow in complexity and scale, integrated environments that combine high-performance compute, networking, and software are expected to play an important role. Hybrid deployment models, along with consumption-based approaches, provide flexibility for organizations to deploy these capabilities while maintaining governance and operational oversight.

“Across HPE’s portfolio, including supercomputing with HPE Cray, AI Factory solutions, networking, and hybrid cloud, modeling, simulation, and AI capabilities are increasingly brought together, building on the company’s long-standing HPC expertise to support performance-intensive workloads across the energy, manufacturing, healthcare and life sciences, financial services, and public sector industries,” says Madhumitha Sathish, research manager, IDC.

IDC Directions Tokyo 2026：AIアプリ／サービス時代の到来 ― ミッドレンジベンダーに広がる成長機会

Takuya Uemura — Mon, 27 Jul 2026 04:00:00 GMT

本Conference Proceeding: Tech BuyerはIDC Japan、AI and Automationのシニアリサーチマネージャーである植村卓弥による講演の内容をプレゼンテーションスライドと音声ファイルによって提供するものである。

IDC Directions Tokyo 2026：信頼、セキュリティ、AI－企業が抑えるべきリスクと対策

Yoriyuki Yamashita — Mon, 27 Jul 2026 04:00:00 GMT

本Conference Proceeding: Tech BuyerはIDC Japan、Network & Security, Researchのリサーチマネージャーである山下頼行による講演の内容をプレゼンテーションスライドと音声ファイルによって提供するものである。

IDC Directions Tokyo 2026：成長を導くAIインフラ－次の10年の競争力を左右するインフラ戦略とソブリンAI

Yukihisa Hode, Shinya Kato — Mon, 27 Jul 2026 04:00:00 GMT

本Conference Proceeding: Tech BuyerはIDC Japan、AI and Automationのシニアリサーチマネージャーである加藤慎也と同社Infrastructure, Imaging & Devicesのリサーチマーネジャーである宝出幸久による講演の内容をプレゼンテーションスライドと音声ファイルによって提供するものである。

IDC MarketScape: Worldwide Desktop as a Service 2026 Vendor Assessment

Shannon Kalvar, Filippo Vanara — Mon, 27 Jul 2026 04:00:00 GMT

This IDC study presents a vendor assessment for the worldwide desktop-as-a-service market. The DaaS providers identified were evaluated using the IDC MarketScape model, and the process included information collected from the market and the providers themselves. Providers were measured in terms of their current capabilities and future strategies for delivering services to customers globally.

"The mainstreaming of DaaS marks a fundamental shift in how the enterprise views client computing. By stripping away the legacy infrastructure complexities that historically bottlenecked virtual desktop deployments, DaaS has evolved from a tactical disaster recovery tool into a core strategic asset. In a highly distributed business environment, the capability to provision secure, stateless, and fully compliant digital workspaces in minutes across global availability zones is no longer a luxury — it is an absolute prerequisite for operational resilience and talent agility," said Filippo Vanara, research manager, Worldwide Enterprise Client Computing Platforms at IDC.

IDC MarketScape: Worldwide Virtual Client Computing 2026 Vendor Assessment

Shannon Kalvar, Filippo Vanara — Mon, 27 Jul 2026 04:00:00 GMT

This IDC study presents a vendor assessment for the worldwide virtual client computing market. The VCC providers identified were evaluated using the IDC MarketScape model, and the process included information collected from the market and the providers themselves. Providers were measured in terms of their current capabilities and future strategies for delivering services to customers globally.

"VCC has matured from a localized hardware containment strategy into the definitive control plane for the modern digital workspace. By decoupling the operating system and enterprise data entirely from physical silicon, VCC provides global organizations with the ultimate architectural flexibility to handle volatile security landscapes and rapid AI deployment. In the current enterprise environment, treating endpoints as persistent corporate data stores is a severe operational risk; VCC neutralizes this liability, turning the distributed edge into a secure, predictable, and entirely stateless extension of the enterprise cloud," said Filippo Vanara, research manager, Worldwide enterprise client computing platforms at IDC.

IDC Survey Spotlight: Is Cloud-Native Network Functions Deployment at an Inflection Point?

Ajeet Das — Mon, 27 Jul 2026 04:00:00 GMT

This IDC Survey Spotlight presents the telco's deployment strategy and latest status for implementing container as a service (CaaS) for network functions. It contains data from IDC's Worldwide Telco DX Network Infrastructure and Cloud Survey, April 2026, based on the response from 318 communications service providers (SPs) worldwide.

"CNF adoption is crossing a threshold — from competitive edge to table stakes. As single-vendor dependency collapses and interoperable ecosystems take hold, buyers aren't asking whether to go cloud native, but how open their path should be. And they're no longer buying on one headline benefit — they want cost, agility, portability, and security together," says Ajeet Das, research director, Telecom Infrastructure at IDC.