Show all 35 topics
- Database
- Data Center
- Disaster Recovery
- Encryption
- Enterprise
- High Availability
- Identity Access Management
- Incident Response
- Infrastructure-as-a-Service
- Infrastructure-as-Code
- IT Governance
- Kubernetes
- Lifecycle Management
- Monitoring
- Multitenant
- Network Operator
- Observability
- on-premises
- Orchestration
- Platform-as-a-Service
- Resource Pool
- Role-Based Access Control
- Security Operations
- Security Policy Enforcement
- Services
- Virtualization
- Virtual Networking
1 Cloud Hosting appears across 1 article in the last 90 days, most recently in Rackspace Technology Recognized as a Leader in Two Categories of 2026 ISG Provider Lens®, Private/Hybrid Cloud — Data Center Services Report (Jul 2026).
Who is Cloud Hosting?
Cloud hosting is an infrastructure delivery model in which compute, storage, and network resources are provisioned on-demand from a virtualized resource pool and exposed via APIs or management consoles for scalable, resilient workload deployment.
- On-demand virtual compute, storage, and networking resources for hosting applications, websites, and services.
- Multi-tenant or single-tenant environments with logical isolation of customer workloads.
- Elastic scaling capabilities with metered, pay-as-you-go or subscription-based consumption models.
- APIs, portals, and automation features for provisioning, monitoring, and lifecycle management.
- Options for public, private, and hybrid deployment models integrated with enterprise IT environments.
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More About Cloud Hosting
Cloud hosting is used by enterprises and institutions as a core infrastructure model for deploying applications, data services, and digital platforms without owning or operating underlying physical hardware. Providers maintain large pools of virtualized resources in data centers and allocate these resources to tenants as needed. This model aligns with Infrastructure-as-a-Service (IaaS) and supports higher-layer services such as Platform-as-a-Service (PaaS) and managed databases.
From an architectural perspective, cloud hosting commonly relies on virtualization technologies and compute orchestration frameworks to create and manage virtual machines or containers. Resources are typically exposed through RESTful APIs, web-based management consoles, and Infrastructure-as-Code (IaC) toolchains. Networking services such as virtual private networks, load balancers, and firewalls are integrated to enable secure connectivity and traffic management across regions and availability zones.
Cloud hosting offerings are structured into service domains that map to enterprise IT categories, including virtual compute instances (compute infrastructure), object and block storage (data storage), virtual networking (networking), identity and access management (security), and logging and monitoring (observability). Many providers also offer managed Kubernetes services (container orchestration) and managed database platforms (data management) that run on the same underlying cloud hosting infrastructure.
Enterprises adopt cloud hosting to support a range of workloads: line-of-business applications, ERP and CRM systems, analytics platforms, customer-facing web and mobile applications, and development and test environments. The model supports multi-region deployment architectures, high-availability configurations across multiple availability zones, and Disaster Recovery (DR) setups that use replication and backup services across geographic locations. Connectivity to on-premises (on-prem) environments is often provided through site-to-site VPNs or dedicated network links, enabling hybrid cloud architectures.
From a security and governance perspective, cloud hosting environments typically implement shared responsibility models in which the provider secures the underlying infrastructure while customers configure workload-level controls. Capabilities such as Role-Based Access Control (RBAC), encryption at rest and in transit, key management, and security policy enforcement are used to align with enterprise compliance requirements. Logging, metrics, and audit trails feed into observability and Security Operations (SecOps) tools to support monitoring and incident response.
In a marketplace or directory context, cloud hosting is categorized under infrastructure services, with subcategories that include compute IaaS, storage services, virtual networking, container infrastructure, and managed platform services. These categories are used by technical stakeholders to evaluate compatibility with existing architectures, compare cost and performance models, and select appropriate services for application modernization, data center extension, or new digital initiatives.
Our description of Cloud Hosting. Updated December 2025.
