A comprehensive suite of cloud infrastructure services and solutions offered by Vultr for building, deploying, and scaling applications.
Reserved IPs in Vultr are not free but cost $0.004 per hour ($3/month) for maintaining a static IP address.
Reserved IPs can only be attached to one instance at a time, providing a static public address that can be reassigned within the same region.
VPC networks can connect to on-premises networks, enabling secure hybrid cloud deployments between cloud workloads and private data center resources.
Vultr Firewall allows creating predefined service-based rules for common protocols without manually specifying port numbers.
Vultr DNS supports creating subdomains through standard DNS record management for organizing and routing traffic to different services.
A networking technique that announces the same IP prefix from multiple locations to improve latency, redundancy, and traffic distribution
CDNs can handle dynamic content through specialized optimizations despite limitations in caching real-time, personalized content like API responses and database-driven queries.
Explains how CDNs can be integrated with existing hosting providers without requiring major infrastructure changes
CDN Pull Zones support custom domains, allowing content delivery through your branded URL instead of the default CDN endpoint via CNAME DNS configuration.
Explains how to configure custom domains for Vultr CDN Push Zones by creating CNAME DNS records to serve cached content under branded URLs
Explains how to add existing Vultr Compute instances to a VPC network without changing their public IP addresses
Explains that Vultr automatically assigns IP addresses from their pool when creating instances, without option for manual selection.
Explains how to convert an existing Vultr instances public IP address into a Reserved IP for continued use after instance termination
Explains why downsizing Vultr Compute instances from snapshots isnt possible due to potential data loss from non-sequential disk storage
Explains how to connect an existing VPC to a new VKE cluster within the same region
VKE clusters are only compatible with legacy VPC Networks and cannot be connected to VPC 2.0 networks.
Kubernetes Engine (VKE) does not support Bare Metal servers as worker nodes, only virtual Compute instances.
Vultr supports Kubernetes deployments through both self-managed clusters on Compute instances and the fully-managed Vultr Kubernetes Engine (VKE).
Explains how to automate server initialization by managing startup scripts through Vultr's API and CLI tools
Explains how to modify both the frequency and timing of automatic backups for Vultr Compute instances.
Converting Vultr Automatic Backups to Snapshots allows preserving backups beyond retention periods and enables restoration to different instances.
Explains why downsizing Vultr instances via snapshots isn't possible due to snapshot capturing the entire disk, making size reduction unsafe
Backups are full-disk images that dont support individual file/directory restoration, requiring complete instance recovery.
Snapshots and Backups capture entire disk images and dont support individual file/directory restoration.
Automate container registry operations including creation, updates, deletion, repository management, and access control through Vultrs comprehensive API endpoints.
Container Registry supports versioning through Docker image tags, allowing management of multiple container image versions within a repository.
Container Registry allows pushing Docker images via standard Docker CLI commands after authentication, offering OCI-compliant container image storage and management.
Container Registry allows rolling back to previous image versions by pulling specific tagged versions, supporting semantic versioning and custom labels.
Load Balancers include configurable health checks that automatically monitor instance status and remove failing servers from rotation.
Load Balancers include configurable firewall rules to restrict inbound traffic based on IP addresses, subnets, or ranges for enhanced security.
Load Balancers enable horizontal scaling by distributing traffic across multiple backend instances to handle increased demand efficiently.
Load Balancers can only distribute traffic to instances within the same region to ensure optimal performance and reliable health checks.
Managed Databases offer enterprise-grade reliability, performance, and scalability with production-ready features for business-critical applications.
Explains how to change the datacenter location for a Vultr Managed Apache Kafka® cluster through various interfaces, with data being securely migrated during the process.
Explanation of whether PostgreSQL replica nodes can be deployed in different Vultr locations from the primary cluster
Explore deploying Vultr Managed Databases through automation using the Vultr API or CLI tools.
Managed Apache Kafka® can integrate with Vultr Serverless Inference to create real-time AI processing pipelines with high-throughput data streaming capabilities.
Managed Databases support infrastructure-as-code deployment through Terraform and Pulumi integration for automated provisioning and management.
Serverless Inference provides a REST API-based service that easily integrates with existing ML pipelines for model deployment and inference.
Serverless Inference currently specializes in serving large language models with optimized GPU resources and token streaming capabilities.
Serverless Inference offers a Prompt tab in the customer portal for testing and evaluating inference workloads before full deployment.
Serverless Inference supports multi-modal AI models combining language and vision capabilities on GPU-accelerated infrastructure.
Block Storage offers flexible volume deployment with generous size limits and high aggregate storage capacity per account, varying by region and account type.
Block Storage volumes can only be attached to compute instances within the same region due to infrastructure limitations.
Yes, Vultr allows attaching up to 16 Block Storage volumes to a single Compute instance, with each volume appearing as an independent disk device in the operating system.
Yes, multiple Vultr Cloud Compute instances can be attached to a single Vultr File System volume when located in the same region.
Block Storage volumes cannot be attached to Bare Metal Servers, as theyre designed only for virtual instances like Cloud Compute.
File System volumes can only be attached to instances within the same location for low-latency access and data consistency.