All cloud servers come with unlimited traffic. One price regardless of traffic usage.
More control and flexibility over cloud infrastructure components.
Gatekeeper that directs traffic on cloud server and dedicated cloud to the best available servers for optimal network performance.
Load balancer distributes workloads to a pool of servers across multiple regions worldwide for improved resource efficiency. If any anomalies occur in one region, the traffic is routed to the next healthy server autonomously to keep your applications uninterrupted and running at peak performance.
Deploy a Load Balancer for as little as US$9.00/mth
LayerStack’s Load Balancers can be sized to suit your needs, with each node costing only US$9.00 per month. Equipped with integrated Encrypt SSL, provisioning, renewal, and support for HTTP/2, Load Balancers are incredibly easy to use and give you an exceptional performance boost.
LayerStack’s Load Balancers support TCP and customized SSL certificates. Protecting the traffic between the load balancers and your cloud servers has never been easier.
Deploy the Load Balancers instantly and manage the balancing power anytime – all on the powerful LayerPanel.
Case 1: High Traffic Websites
The smart traffic distribution improves resource efficiency and benefits any website with an extremely large amount of simultaneous requests.
Case 2: Disaster Recovery
By routing traffic around unhealthy servers to healthy regions, LayerStack’s Load Balancer makes business much more resilient to potential downtime disasters.
Case 3: Boost Efficiency with Multiple High Availability Zones
Incoming traffic is spread across various availability zones, giving you the best possible overall performance there is.
Ideal for general workloads and include generous amounts of free bundled transfer.
Specializes in handling memory-intensive workloads.
Harnesses full CPU power with zero computing power share. Designed for long-running and latency-sensitive applications.
• No Noisy Neighbors! • Dedicated RAM, CPU •100% Enterprise NVMe