Best Load Balancing Software for Grafana

SKUDONET provides IT leaders with a cost effective platform that focuses on simplicity and flexibility. It ensures high performance of IT services and security. Effortlessly enhance the security and continuity of your applications with an open-source ADC that enables you to reduce costs and achieve maximum flexibility in your IT infrastructure.

The cloud load balancer from Kamatera combines different distribution techniques to distribute server traffic and workload evenly. Its virtual, high-availability, and scalable features improve user response times and performance by routing incoming traffic to available servers. Your system's stability will never be compromised, allowing you to complete your tasks even during peak usage times. Our cloud load balancer can handle multiple requests at once, regardless of how many servers you have. It uses HTTP, TCP and UDP to reroute traffic to servers available to respond. Kamatera’s cloud load balancer not only manages high traffic but also stabilizes performance in the unlikely event of server failure. It immediately shifts your workload onto live servers to eliminate any downtime. We also execute rules that automate responses based on traffic conditions and available server.

It can be difficult to deliver applications at scale. NetScaler simplifies the process. On-premise is the way to go. Cloud is the future. Hybrid is good. NetScaler will work the same on any platform. NetScaler uses a software-based architectural design, which means that it will behave the same regardless of the ADC form factor. NetScaler can help you deliver applications to hundreds or millions of users, whether they are consumers, employees, or both. NetScaler has become the platform of choice by the world's biggest companies for application delivery and security. NetScaler is used by thousands of organizations around the world, including more than 90 percent Fortune 500 companies, for high-performance app delivery, comprehensive API and application security, and end to end observability.