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.
Explains how to migrate existing databases to Vultr Managed Database clusters using the built-in migration feature with minimal downtime.
Managed MySQL databases support customizing SQL modes through the Settings tab to control database behavior and error handling
Explains whether Vultr Managed Database clusters support multiple primary nodes for write operations.
Primary keys are mandatory for all tables in Vultr Managed MySQL/PostgreSQL clusters to ensure data integrity and efficient database operations.
A guide for enabling and managing extensions in Vultr Managed PostgreSQL databases to extend functionality
A guide explaining how to determine the node plan specifications for your Vultr Managed Database instance.
A guide explaining how to scale your Vultr Managed Database cluster by adjusting resources to meet changing workload demands.
Managed Apache Kafka® is a specialized real-time data streaming platform optimized for high-throughput, low-latency event processing, unlike traditional databases focused on persistent storage and queries.
Automated failover mechanism in Vultr Managed Databases multi-node clusters that ensures high availability by minimizing downtime during node failures.
High availability in Vultr Managed Databases is achieved through redundant architecture, automatic failover, and continuous data replication to ensure minimal downtime and reliable performance.
Managed Databases for Caching allocates 70% of available RAM to the database engine, reserving the remainder for system operations and management overhead.
Explains the maximum number of replica nodes that can be attached to a Vultr Managed Database instance
Troubleshooting guide for resolving authentication failures when connecting to Vultr Managed Valkey Database
Troubleshooting guide for resolving PostgreSQL authentication failures when connecting to Vultr Managed Databases
A guide to resolving MySQL connection blocks caused by excessive failed connection attempts from a client IP address.
Troubleshooting guide for resolving connection parameter errors when accessing Vultrs PostgreSQL or Valkey managed database services.
Troubleshooting guide for resolving connection interruptions when running queries on Vultrs Managed MySQL database service.
A troubleshooting guide for resolving MySQL authentication failures and Access denied errors when connecting to Vultr Managed MySQL databases.
A guide to resolving MySQL permission errors when importing databases with DEFINER clauses that reference non-existent or unauthorized user accounts.
A troubleshooting guide for resolving PostgreSQL permission errors when users lack privileges to access or modify objects in the public schema on Vultr Managed Database clusters.
Troubleshooting guide for resolving connection issues when attempting to access Vultr Managed Database services
Troubleshooting guide for resolving connection timeout issues when attempting to connect to Vultrs managed database services.
Troubleshooting guide for resolving the Access denied error when using mysqldump with FLUSH TABLES command on MySQL servers
Troubleshooting guide for resolving connection errors when accessing Vultr Managed Database services
A guide to resolving version mismatch errors when using pg_dump to back up Vultr Managed PostgreSQL clusters
Troubleshooting guide for resolving the pgvector extension control file error in Vultr Managed PostgreSQL databases
A guide to resolving SSL connection errors when connecting to Vultr Managed MySQL 8 servers that require TLSv1.2 or TLSv1.3 protocols.
A troubleshooting guide explaining how to resolve MySQL connection errors when a specified database cannot be found on Vultr Managed Database clusters.
Troubleshooting guide for resolving MySQL connection errors when the client cannot resolve the database hostname.
Managed Databases implement multi-layered security protocols to protect data and maintain industry compliance standards.
automatically backs up Managed MySQL and PostgreSQL databases for disaster recovery, with user-initiated backup options available on certain plans.
Managed Valkey databases include automated backups for disaster recovery with options available in the clusters Overview tab.
Managed Apache Kafka® is available across all 32 global Vultr locations, deployable through multiple provisioning methods.
Replica nodes are read-only copies of a primary database that provide high availability, load balancing, and disaster recovery for Vultr Managed Databases.
Managed Databases supports multiple database engines with fully managed services for provisioning, scaling, backups, and maintenance.
Managed Databases use single-tenant architecture with complete isolation at compute, network, and storage layers to support compliance-heavy workloads.
Overview of configurable MySQL database properties in Vultr Managed Databases and how to view current configurations
Managed MySQL clusters exclusively use the InnoDB storage engine, which provides ACID compliance and robust data integrity features.
Managed Databases exclusively offers MySQL version 8 (latest stable release) for all new MySQL cluster deployments.
Outlines the PostgreSQL version support range for Vultr Managed Databases, noting version selection during cluster creation and upgrade options.
Explains the characteristics and purpose of replica nodes in Vultr Managed Database configurations
Memory limitations in Vultr Managed Databases for Caching ensure stability and predictable performance by reserving resources for essential processes.
Explains why Vultr Managed Database clusters undergo rebalancing or rebuilding processes and what to expect during these maintenance operations.