Essential components within network architectures, distributing incoming traffic across multiple servers to prevent overloading and maintain system availability. We offer network infrastructure, and load balancers play a pivotal role in ensuring optimal resource utilization and preventing network congestion. By efficiently managing traffic flow, load balancers redirect requests to different servers, thereby reducing response time and maintaining consistent service delivery.
Efficiently managing traffic flow in your organisation’s network infrastructure.
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FAQs
Load balancers distribute incoming network or application traffic across multiple servers to improve performance, reliability, and availability. By avoiding overloading any single server, they help maintain uptime and faster response times for users, especially during peak loads.
We support a variety of types including Layer‑4 (transport level, TCP/UDP) and Layer‑7 (application‑level HTTP/HTTPS) balancing, hardware and software/virtual load balancers, internal vs external balancing, and cloud or on‑prem deployments.
Health checks are configured to monitor the availability and responsiveness of backend servers. If a server is deemed unhealthy, traffic is automatically routed to other healthy instances until it recovers. This ensures continuous service.
Yes. Load balancers help absorb sudden increases in traffic by distributing load, and if used with autoscaling infrastructure, they can dynamically bring additional server capacity online to handle spikes without manual intervention.
Yes. SSL/TLS offloading lets the load balancer take on the work of decrypting/encrypting secure traffic, reducing load on backend servers and improving performance.
We support session persistence (sticky sessions), where a user’s requests are consistently routed to the same backend server when needed (for example, in e-commerce carts or stateful applications). This prevents loss of session state.
By deploying redundant instances (active‑active or active‑passive), having failover configured, and routing traffic away from failed servers, load balancers help ensure that services remain available even when some components fail.
Yes. Load balancers can bridge traffic across on‑premise, cloud, or hybrid settings. They can distribute workload across regions, connect multiple data centers, or span different cloud providers, depending on design.
Common algorithms include round‑robin, least connections, weighted round‑robin, IP‑hash, and more advanced dynamic or resource‑based routing. The choice depends on traffic type, session requirements, and performance goals.
Security features often include SSL/TLS encryption, protection against DDoS attacks, layer‑7 filtering, integration with web application firewalls (WAF), IP allow/block lists, and secure management interfaces.
We work with industry‑trusted vendors in load balancing and application delivery solutions. These include leading hardware and software OEMs with strong support in the region to ensure reliability, performance, and maintenance. [You can insert specific vendor names based on your offerings]
In disaster recovery scenarios, load balancers reroute traffic to backup or secondary servers, often deployed in different locations or zones. They can also assist in load distribution in failover scenarios.
We capture logs like request counts, response times, error rates, backend server health. Metrics are exposed to dashboards or monitoring tools for performance tuning, alerting, and capacity planning.
There is minimal overhead, especially if using modern hardware or virtual load balancers. SSL offloading and efficient routing reduce bottlenecks. We design with performance in mind to ensure latency is minimized.
Yes. Application‑level (Layer‑7) load balancers can route based on URL paths, headers, cookies, or other metadata, allowing advanced traffic control and better user experience.
We follow regulatory requirements such as data protection laws (including encrypted traffic, logs, access controls), ensure that user data is not exposed in transit, and audit access to load balancer configurations and metrics.
Internal load balancing handles traffic within the private network (e.g., between services or data center nodes). Public‑facing load balancers handle user traffic from the Internet or external networks. We support both, depending on use case.
Yes. When integrated with auto‑scaling infrastructure (whether cloud or on‑prem), load balancers can automatically add/remove backend servers based on traffic load or performance thresholds.
Maintain up‑to‑date firmware/software, monitor health and performance, plan capacity for peak load, apply security patches, regularly review routing rules and backend membership, and use redundancy.
We provide ongoing monitoring, updates or patches, configuration tuning, performance reviews, assistance during scaling or adding new sites, troubleshooting, SLAs, and security lifecycle support.
