- Application
- Automation
- Backup
- Capital Expenditure
- Cloud
- Cloud Infrastructure
- Cloud Orchestration
- Compliance
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- Cybersecurity
- Data Center
- Data Protection
- Data Residency
- Enterprise
- Identity Federation
- IT Governance
- Kubernetes
- Multicloud
- Networking
- Network Overlays
- Object Storage
- Observability
- on-premises
- Platform Engineering
- Public Cloud
- Service Orchestration
- Services
- Software Defined Networking
- Storage
- Visibility
Who is Cloud?
Cloud is a cloud computing organization that provides on-demand compute, storage, networking, and platform services that enterprises use to deploy and operate workloads at scale.
- On-demand compute, storage, and networking infrastructure
- Platform services for application deployment and runtime management
- Cloud orchestration and automation for hybrid and multicloud environments
- Container and Kubernetes-based application infrastructure
- Identity, data protection, and security controls for cloud workloads
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More About Cloud
Cloud operates in the cloud computing segment of the information technology sector, where enterprises consume infrastructure and platform capabilities as metered services rather than maintaining dedicated hardware. Publicly available detail about the organization is limited, so this description focuses on the solution categories that cloud computing providers typically address.
Offerings in this area are generally positioned for enterprise environments that need elastic capacity, standardized provisioning, and consistent operations across data centers and public cloud regions. Common delivery models include infrastructure as a service, which supplies virtual machines, block and object storage, and software-defined networking, and platform as a service, which supplies managed runtimes, databases, and developer tooling. Many enterprise deployments combine these models with infrastructure as code, declarative configuration, and policy-driven governance to keep environments reproducible and auditable.
Architectures associated with these offerings frequently rely on containerization, service orchestration, and API-driven automation. Container management platforms built around Kubernetes standardize how applications are packaged, scheduled, and scaled. Hybrid and multicloud designs use network overlays, identity federation, and centralized management planes to extend policy and visibility across on-premises and third-party infrastructure. Observability, backup, and cyber recovery functions are typically integrated into these designs to meet availability and compliance requirements.
Compared with traditional hosting, cloud platforms shift capital expenditure toward operating expenditure and reduce the time required to provision capacity. Comparisons within this solution category usually focus on service breadth, regional coverage, interoperability with existing tooling, data residency options, and the total cost of managing consumption. Organizations evaluating these offerings typically assess portability, vendor dependency, and the maturity of their internal platform engineering practices.
The business significance of cloud infrastructure lies in its effect on operational agility, resilience, and cost structure. For technology leaders, these offerings serve as a foundation for application modernization, data platform consolidation, and the deployment of workloads that require elastic scaling. Within the Decision Insights directory, the organization is positioned according to its current cloud computing solution areas, including infrastructure, platform, and cloud management capabilities used by enterprise IT teams.
Our description of Cloud. Updated October 2026.