How to Get the Most Out of a Free Load Balancer

Free load balancer will allow you to deploy multiple servers for a specific type of network application or web content to ensure that you can maintain availability and performance. The load balancer will monitor traffic levels and apply algorithms to direct requests to the best-performing servers to minimize downtime and maximize uptime. You can choose from a variety of algorithms including Relianoid to distribute traffic evenly between servers.

The right network load balancer can prevent your website or application from being a single point of failure that leads to downtime. It can also help protect your network from distributed denial of service attacks (DDoS) by rerouting traffic to ensure your servers are not overloaded.

Free load balancing solutions are available for small businesses and developers to deploy in their test, development and pre-production environments. Each of these has a different focus and feature set. For example, the free version of Relianoid includes global server load balancing (GSLB) and edge authentication such as 2FA and Single Sign-On (2FA/SSO). It also comes with a Web Application Firewall (WAF) engine that allows administrators to define custom rules to protect web servers.

In order to get the most out of a free load balancer, you will need to assess your application architecture to determine your needs and what features are most important to you. You will also need to consider your budget and infrastructure.

For example, if you have an older LAN with a limited amount of bandwidth, it may not be worth investing in a dedicated hardware load balancer that can cost thousands of dollars or more. On the other hand, if your business has a growing online presence and is looking to scale, you may need a high-performance network load balancer that can handle high levels of traffic and provide resilience to ensure that your web applications continue to function smoothly.

The free load balancer will also monitor and detect a back end server failure or a slowdown in service. If it detects a problem, it will redirect new requests to another back end server that is operating normally and has sufficient capacity. This eliminates the need to manually update configuration files and minimizes the time your team spends troubleshooting a network issue.

A free load balancer should also offer effective health-checking capabilities to detect failing or degraded servers and route traffic away from them. It should also support the most popular security protocols and be compatible with your existing infrastructure, applications and deployment environment. For example, it should provide SSL/TLS termination and support certificate management to protect your data. A free load balancer should also have an easy-to-use management interface to help you manage and configure the appliance and its settings. It should also be able to support your organization’s unique security requirements and compliance mandates.