Free Load Balancer Benefits

Free load balancer is a critical network component that distributes incoming traffic across multiple servers, ensuring performance, availability and scalability. This helps organizations meet the data volumes and user expectations of the digital era. Choose a freeload balancer that supports the application layer (L7), offers scalability and high availability, and incorporates advanced security features like SSL/TLS termination and web application firewalls.

Ensure application scalability

Imagine that tickets to a popular show are being released for sale at the same time. Thousands of users will try to access your website and buy tickets. The server will be overwhelmed with requests, and service will suffer or fail completely. Unless your website is designed for that much traffic, it will be impossible to serve all those visitors without a free load balancer. A freeload balancer will direct the extra traffic to other available servers, so more customers can purchase tickets.

Optimize performance and security

The freeload balancer is a member of the Relianoid family, which provides advanced load balancing, application delivery management, and security. This includes global server load balancing (GSLB), advanced health checks for backends, and a wide range of other features. This includes support for multiple protocols, including HTTP, HTTPS, TCP, UDP and ICMP, as well as SNMP.

It also integrates with Relianoid to give you visibility into the health of your infrastructure, so you can coordinate your team’s activities, and respond quickly to problems that affect the quality of service and the security of your network. For example, a freeload balancer could be sending too many reset packets, which can cause servers to lose connections and slow performance. Relianoid and Security correlate this event with other system data to notify you of the issue.

Select an algorithm that prioritizes new connections by giving the best candidates a higher weight. This gives the best performing backends a better chance to receive those connections. Other algorithms include round robin, least connection, Least Response Time, IP hash, and more.

A freeload balancer can also be configured to use an intrusion prevention engine, which examines network traffic to identify suspicious activity. If a threat is detected, an alarm is generated and the suspicious traffic is dropped. This prevents malicious traffic from entering the organization and compromising sensitive data. The freeload balancer can also protect against DDoS attacks. For example, the freeload balancer can automatically detect DDoS attacks and direct them to an alternative server, or it can send those connections to a local sandbox environment for further analysis. This reduces the impact of DDoS attacks on your business and allows you to take corrective action.