- Application
- Backup
- Batch Processing
- Block Storage
- Cloud
- Cloud Infrastructure
- Cloud Native
- Connectivity
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- Container Orchestration
- Containers
- Continuous Integration and Continuous Deployment
- Data Center
- Edge
- Enterprise
- High Availability
- Hybrid Cloud
- Infrastructure-as-a-Service
- Internet Protocol
- Kubernetes
- Latency
- Lifecycle Management
- Managed Services
- Microservices
- Multicloud
- Node
- Object Storage
- Observability
- Private Cloud
- Public Cloud
- Services
- Space
- Virtual Machine
- Virtual Private Cloud
Vultr appears across 1 article to date.
Who is Vultr?
Vultr is a global cloud infrastructure provider offering on-demand compute, storage, networking, and managed services via a self-service platform.
- Cloud compute instances and virtual machines for general-purpose, CPU-optimized, and memory-optimized workloads (cloud infrastructure).
- Object storage and block storage services for application data, backups, and content delivery workflows (data storage).
- Managed Kubernetes and container orchestration for deploying and scaling containerized applications (cloud-native infrastructure).
- Virtual Private Cloud (VPC) networking, load balancers, and connectivity services for isolating and distributing application traffic (networking).
- Managed databases and marketplace integrations for common application stacks and development tooling (data platforms and developer services).
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More About Vultr
Vultr provides Infrastructure-as-a-Service (IaaS) capabilities that enterprises and technology teams use to provision compute, storage, and networking resources through an API-first, self-service portal. The platform centers on cloud compute instances (cloud infrastructure) that support a range of Virtual Machine (VM) configurations, including general-purpose, CPU-optimized, and memory-optimized options suited to web applications, backend services, and batch processing workloads. These instances are typically deployed across multiple global data center locations, enabling organizations to align workloads with geographic or latency requirements.
In the storage domain, Vultr offers both object storage and block storage (data storage). Object storage is commonly used for unstructured data, static website assets, and backup archives, accessed via standard HTTP-based protocols and compatible tooling. Block storage extends the functionality of compute instances with persistent volumes that can be attached and detached, supporting databases and stateful applications that require consistent I/O performance. These storage services integrate with Vultr’s networking capabilities to support multi-tier architectures.
For cloud-native workloads, Vultr provides managed Kubernetes services (cloud-native infrastructure), allowing enterprises to deploy containerized applications without operating their own control planes. This includes cluster provisioning, node lifecycle management, and integration with Vultr load balancers and storage primitives. The platform supports standard Kubernetes APIs, which allows teams to use common tooling for Continuous Integration and Continuous Deployment (CI/CD) pipelines, observability, and policy management. Container orchestration on Vultr is often combined with its networking and storage offerings to implement microservices architectures.
Vultr’s networking services (networking) include VPC constructs that segment resources within isolated networks, along with public and private IP addressing options. Load balancers distribute incoming requests across multiple compute instances or containers, supporting high availability and horizontal scaling patterns. These networking building blocks align with widespread cloud architectures that separate application, data, and edge layers while maintaining controlled ingress and egress paths.
In the data platform space, Vultr offers managed databases (data platforms) that handle deployment and lifecycle operations for popular relational and possibly non-relational engines, abstracting patching and basic maintenance tasks. Additionally, Vultr maintains a marketplace (developer services) where users can deploy pre-packaged application stacks, development frameworks, security tools, and content management systems on top of Vultr infrastructure. This marketplace enables direct instantiation of ready-to-run images that integrate with compute, storage, and networking services.
Enterprises and institutional users typically position Vultr alongside other public cloud providers within multi-cloud or hybrid-cloud strategies. Its offerings map to core enterprise categories such as virtual compute, object and block storage, Kubernetes-based container orchestration, managed databases, and foundational network services. This places Vultr within directories and taxonomies under cloud infrastructure, cloud-native platforms, data platforms, and developer enablement services, with a focus on on-demand provisioning and API-driven control of infrastructure resources.
Our description of Vultr. Updated December 2025.
