Provide highly reliable, flexible and high-performance load balancing services
High availability
Powerful one cloud multi-core, multi-availability zone, multi-replica, active-standby active-active topology, intelligent health check strategy, providing continuous non-disruptive service for load balancing.
Easy-To-Use
Single-click installation, rapid deployment, immediate effect; real-time monitoring, reliable alerts, efficient operations and maintenance.
More flexible
Flexible control of traffic, precise load management. Intelligent allocation of requests, maximizing resource utilization. Supports multiple protocols and scheduling algorithms, adapting to various scenario requirements.
Operating principle
Load balancing services distribute incoming traffic from the public or private network to multiple backend resources, automatically detecting and isolating unavailable backend resources. Backend resources can be cloud instances, bare metal, containers, and external resources. Easystack dedicated load balancing provides dedicated CPU, memory, and network resources for load balancing instances, ensuring business stability in the face of massive business access requests. You can flexibly choose to use TCP/UDP/HTTP/HTTPS and other workload modes according to your business scenario, and the HTTP/HTTPS layer 7 load balancing provides multiple policy matching algorithms, making it easy for you to redirect requests based on the results of policy matching algorithms.
Advantages
Why choose easystack dedicated load balance service?
High availability
Powerful one-cloud multi-core deployment, supporting both X86 and ARM CPU architectures. Multi-availability zone deployment with business isolation and high availability. Efficient multi-copy deployment for faster task processing and more reliable control plane. Flexible active-standby/active-active topology to avoid single instance failure and ensure high availability for load balancing. Intelligent health check policy automatically removes faulty services to ensure uninterrupted service.
Easy to use
Easy deployment, quick start. Simple and user-friendly visual interface, plug-and-play, enabling easy load balancing implementation. One-stop certificate management, providing a centralized HTTPS protocol certificate management system, making certificate management simpler and more efficient. Real-time monitoring, at your fingertips. Intuitive monitoring panel, displaying key information such as load balancing connections, network traffic, member health status in real-time. Reliable alerts, responsive at any time. Independent alert system, monitoring key indicators such as CPU usage, memory usage, and instance connectivity in real-time, ensuring stable operation of load balancing.
Resource exclusive
Flexible selection of specifications suitable for business needs, with dedicated resources such as CPU, memory, and network, meeting load balancing requirements for different business scenarios.
High performance
Worry-free active-active, stable load. Flexible configuration of active-active instances, providing powerful high reliability and high availability. Fearless peaks, avoiding bottlenecks. High-performance load balancing achieved through active-active topology, supporting up to 500,000 QPS for a single instance, easily handling tens of thousands of concurrent requests, and quickly responding to market changes.
Flexible configuration
Flexible control of load balancers, supporting enable/disable listeners, resource pools, and members, achieving precise traffic control. Intelligent distribution of traffic requests, supporting multiple load balancing algorithms, optimizing the utilization of backend service resources. Support for multiple protocols to meet various scenario requirements, creating personalized service load balancing.
Multi protocol support
Supporting Layer 4 load balancing with TCP, UDP, and PROXY protocols, empowering network applications to achieve high performance and high availability. Supporting Layer 7 load balancing with HTTP and HTTPS protocols, intelligently distributing requests, and providing comprehensive coverage for your application services.
Use cases
UsageScenario
High traffic service
For large traffic businesses, users can set corresponding allocation policies through dedicated load balance service to evenly distribute the traffic to multiple backend servers to process. For example, large portal websites, mobile application market, etc.
Eliminate single point of failure
For businesses with high reliability requirements, users can add multiple backend servers to the load balancer. The load balancer will find and shield the unhealthy server in time through the health check, and forward the traffic to other backend servers in normal operation to ensure uninterrupted business. For example, official website, billing service, web service, etc.
Cross zone deployment
For businesses with high requirements for reliability and disaster recovery, dedicated load balancers can distribute traffic across multiple availability zones to establish real-time business disaster recovery deployment. Even if there is a business failure in a certain availability zone, the load balancer can still forward traffic to backend cloud servers in other availability zones for processing. For example, banking business, police business, large-scale application systems, and so on.