Distribute traffic across multiple servers with Vultrs Load Balancer to improve application reliability, performance, and scalability.
Learn how to monitor your Vultr Load Balancers performance and health status.
Learn how to permanently remove a Vultr Load Balancer from your account when its no longer needed.
Learn how to adjust the capacity and performance of your Vultr Load Balancer by changing its size.
Learn how to modify your existing Vultr Load Balancer configuration to adapt to changing requirements.
Virtual machines with dedicated CPU, RAM, and storage resources that provide reliable cloud computing environments for various workloads.
Manage network configurations, connectivity options, and traffic routing for your Vultr infrastructure.
Learn how to select and configure the traffic distribution methods for your Vultr Load Balancer
Learn how to create, modify, and delete forwarding rules to control traffic distribution on your Vultr Load Balancer.
A monitoring feature that verifies your backend servers are operational by periodically testing their response to HTTP, HTTPS, or TCP requests.
Load Balancers rely on network-edge DDoS protection with optional enhanced protection available for high-risk workloads.
Load Balancers optimize edge latency in multi-region deployments by intelligently routing traffic to the nearest healthy backend servers based on geographic proximity and server health.
Load Balancers include configurable health checks that automatically monitor instance status and remove failing servers from rotation.
A guide for diagnosing and resolving health check failures in Vultr Load Balancers to ensure proper traffic routing to backend servers.
Each Vultr Load Balancer supports a maximum of 15 forwarding rules for directing incoming traffic to backend instances.
Troubleshooting guide for connectivity issues between Vultr Load Balancers and backend instances, covering common network configuration problems and instance health issues.
Load Balancers are a fully managed service where Vultr handles all infrastructure provisioning, operations, and maintenance without requiring customer configuration of the underlying software stack.
Load Balancers optimize microservices architectures by intelligently distributing traffic across multiple backend instances, ensuring high availability and performance while enabling seamless scaling.
Guide to configuring Vultr Load Balancers to route traffic through VPC networks for improved security and reduced bandwidth costs
Load Balancers can only distribute traffic to instances within the same region to ensure optimal performance and reliable health checks.
Explains port restrictions when setting up Vultr firewall rules, noting specific reserved port ranges for internal Load Balancer operations
Load balancers enhance system reliability by monitoring server health and automatically redirecting traffic away from failing instances to operational ones.
Load Balancers provide automatic failover through continuous health checks on attached instances to ensure high availability.
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 work with any application using TCP, HTTP, or HTTPS protocols, supporting diverse workloads from web apps to game servers.
Load Balancers support advanced deployment strategies like blue-green and canary releases through selective traffic routing and backend pool management.
Load Balancers seamlessly integrate with Infrastructure-as-Code tools through Terraform providers, Ansible modules, and the Vultr API for automated deployment and management.
Forwarding rules that define how incoming traffic on specific ports is directed to backend instance ports on Vultr Load Balancers.
The default health check interval for Vultr Load Balancers is 10 seconds and can be modified through configuration settings.
Load Balancers are bandwidth neutral with traffic charges applied to the attached instances rather than the load balancer itself.
Load Balancers support SSL termination, handling TLS handshakes and decrypting HTTPS traffic before forwarding to backend servers.
A fully managed service that distributes network traffic across multiple servers to ensure high availability and optimize resource utilization.
Load Balancers support TCP, HTTP, and HTTPS protocols for distributing traffic across multiple servers.
offers both Layer 4 (Transport) and Layer 7 (Application) load balancing to distribute traffic across backend instances.
Overview of traffic distribution algorithms supported by Vultr Load Balancers for optimizing request handling across backend servers
Load Balancers are available in all Vultr datacenter regions for distributing traffic across compute instances.
Explains why backend instances may become unhealthy when enabling PROXY Protocol on Vultr Load Balancers without proper backend configuration
Explains why Vultr Load Balancers return 504 Gateway Timeout errors and their relationship to backend server response times.
A 503 error from Vultr Load Balancer occurs when no healthy backend instances are available to handle requests.
Load balancers improve application reliability and performance by distributing client traffic across multiple backend instances to prevent overload and ensure high availability.