- Application
- Authentication
- Automation
- Backup
- Change Management
- Cloud
- Cloud Infrastructure
- Compliance
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- Connectivity
- Containers
- Cybersecurity
- Data Center
- Data Protection
- Data Residency
- Enterprise
- Hardware Virtualization
- Hybrid Cloud
- Hyperscale
- Identity Federation
- Infrastructure-as-Code
- IT Governance
- Latency
- Market
- Monitoring
- Multitenant
- Networking
- Observability
- on-premises
- Public Cloud
- Service Availability
- Services
- Software Defined Networking
- Standards
- Storage
2 The Cloud appears across 2 articles in the last 90 days, most recently in Platform9 named Major Player in IDC MarketScape assessment (Oct 2026).
Who is The Cloud?
The Cloud is a cloud services organization that delivers on-demand compute, storage, and networking infrastructure through virtualized, multi-tenant platforms for enterprise workloads.
- Infrastructure as a service for virtualized compute and storage
- Platform services supporting application hosting and deployment
- Network connectivity and secure data transport for hybrid environments
- Cloud management, monitoring, and resource governance
- Data protection, backup, and availability for enterprise workloads
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More About The Cloud
The Cloud is positioned in enterprise environments as a provider of cloud infrastructure that organizations use to host applications, store data, and extend existing on-premises systems. Its offerings are typically consumed on a metered or subscription basis, allowing technology teams to provision resources as demand changes rather than maintaining fixed hardware capacity. Enterprises often adopt such services to reduce the operational burden of managing physical data centers while retaining control over configuration, access, and workload placement.
The architectures associated with cloud infrastructure offerings generally rely on hardware virtualization, software-defined networking, and distributed storage. Virtual machines and containers provide isolated execution environments, while application programming interfaces expose provisioning and management functions to automation tools. Common protocols and standards in this area include HTTPS-based APIs, identity federation using widely adopted authentication frameworks, and encrypted transport for data in motion. Infrastructure-as-code practices are frequently used to define and version these environments consistently across development, testing, and production.
Within the broader cloud services market, offerings of this type are commonly compared on criteria such as service availability, geographic coverage, security controls, compliance attestations, and integration with existing enterprise tooling. Comparisons with large hyperscale public cloud providers are relevant where workloads, pricing models, or deployment footprints overlap. Comparisons with managed service providers and private or hybrid cloud platforms are also relevant, since many enterprises combine several delivery models to meet regulatory, latency, or data residency requirements.
The business significance of cloud infrastructure services lies in their ability to shorten provisioning cycles, support elastic capacity for variable workloads, and standardize operational practices across distributed teams. For technical leaders, the consistency of automated provisioning, observability, and access governance often determines how effectively these services can be integrated into existing change management and security processes. Directory positioning for The Cloud reflects its focus on cloud infrastructure and related management capabilities that serve enterprise information technology functions.
Our description of The Cloud. Updated October 2026.