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IEEE CLOUD is the flagship conference dedicated to innovative advances in cloud computing across all "Everything as a Service" (XaaS) paradigms. This consists of modeling, designing, establishing, publishing, tracking, handling, operating, delivering, and scaling XaaS offerings from the cloud to the edge. The conference is a prime worldwide online forum for researchers, academics, businesses, industry, and standard bodies to exchange the most recent advances in the cutting edge and practice of cloud computing, determine emerging research study subjects, and specify the future of cloud computing.

Topics of interest consist of but are not restricted to the following: Cloud Architecture and Facilities Data center architectures Virtualization and multi-tenancy Cloud storage Cloud-native shows models (serverless, microservices, service mesh, and so on) Software-based networking technologies (SDN, NFV) Multi-cloud and cloud federation environments Private and hybrid cloud environments Edge and Fog computing infrastructureCloud Management and Operation Performance tracking and optimization Fault tolerance, high accessibility, and dependability Resource allowance and scheduling Load balancing and automated scaling Expense optimization methods DevOps, CI/CD, IaC and cloud automation Optimizing AI workloads on heterogeneous infrastructure Optimizing heterogeneous facilities for AI workloadsSustainable Cloud Computing Carbon footprint measurement for hardware and software systems Carbon-aware and grid-aware system management Sustainable information center design Sustainable software application advancement practices for cloud services Energy-efficient service architectures Green cloud architectures and solutionsCloud Security and Privacy Trusted environments and Zero trust architectures Identity and gain access to management, authorization, and authentication Assurance, audit, certification, regulatory compliance Privacy-aware and cross-data center data managementCloud Computing in Emerging Technologies AI and ML in cloud environments Edge intelligence & AI analytics at the edge IoT cloud platforms Digital twins & metaverse Applications Quantum computing combination 5G/6G and cloud combination Blockchain in cloud servicesCloud Economics Strategies for enterprise company improvement Cloud Service Level Agreements (SLAs) and Service Level Goals (SLOs) Economic and business models for XaaS (consisting of RoI analysis) Economic designs for AI cloud releases Adaptive pricing methods Cross-cloud market systems Last upgraded by Dou Sun in 2026-02-01.

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CLOUD 2025 was effectively held on September 25-30, 2025, in Hong Kong, China.

Cloud Computing has ended up being a scalable services consumption and delivery platform in the field of Services Computing. The technical foundations of Cloud Computing include Service-Oriented Architecture (SOA) and Virtualizations of hardware and software. The goal of Cloud Computing is to share resources amongst the cloud service customers, cloud partners, and cloud vendors in the cloud worth chain.

SaaS focusing on middleware as a service, or conventional CRM as a service), application cloud (e.g., Application as a Service, UML modeling tools as a service, social network as a service), and company cloud (e.g., business procedure as a service). CLOUD 2026 is is a member of the Smart Computing Frontier (SCF).

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ICWS-Europe '03 is a prolonged event of the 2003 International Conference on Web Services (ICWS 2003) in Europe., which was held in Erfurt, Germany.

Cloud computing has been a technological experience in business world for more than a minute, so lots of may be questioning: What's new for 2026 and should you continue buying it? We can state yes, you should continue investing in it, and we'll explain why. Cloud platforms will include expert system and artificial intelligence abilities to automate operations (such as proactive monitoring), process information in real time, and offer advanced predictive analytics.

Increasingly more business will adopt hybrid or multi-cloud architecturescombining public, private, and edge cloudsto prevent vendor lock-in and enhance expenses and efficiency. The future points to seamless interconnectivity between providers through tools such as Anthos, Terraform, or Crossplane. The limit in between the central cloud and the edge is blurring: processing is moving closer to the data source to enhance latency and energy effectiveness.

The serverless design (pay-per-use without managing servers) will continue to expand, specifically in microservices and event-driven applications. Its combination with composable architecturesbased on APIs and independent serviceswill offer greater agility and modularity to advancement. Security methods focus on absolutely no trust models, automated danger detection with AI, and end-to-end encryption. Furthermore, private computing, which protects information even while it is being processed, will become basic for regulated or delicate environments.

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Cloud-native analytics with incorporated BI and native predictive analytics will make it possible for faster data-driven choices. Although still in its early stages, vendors are expected to use Quantum-as-a-Service (QaaS) for complex problems in sectors such as financing, health care, and logistics, in addition to releasing quantum-resistant algorithms. Regulative and market pressure will drive service providers and users to focus on energy-efficient information centers, making use of sustainable energy, and practices such as GreenOps and FinOps to determine and reduce their carbon footprint.

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The cloud computing pattern has changed life around the globe by improving mobility and communication. This change became clear after the pandemic. It revealed the importance of cloud services. As one of the fastest-growing technologies, cloud computing is poised to exceed all others by 2026 Reliable sources show that companies can conserve as much as 64% on energy expenses and reduce carbon emissions by 64% by adopting cloud services.