Load Balancing & Redundancy Architecture

To ensure maximum uptime, performance, and protection against service disruptions, our infrastructure uses a combination of server redundancy, global edge caching, and automated load balancing.

Each website is hosted on a primary server and continuously replicated to a secondary location.

This setup ensures that a full copy of the site is always available on the standby infrastructure.

If an issue occurs with the primary server, failover systems automatically redirect traffic to the secondary server, allowing the site to remain online with minimal disruption.

This redundancy model helps protect against:

• Hardware failures

• Datacenter outages

• Unexpected infrastructure issues

Our infrastructure includes a global network of Edge Cache Points of Presence (PoPs).

These edge locations store cached copies of website content and serve it from the geographically closest location to the visitor.

Benefits include:

• Faster page load times

• Reduced latency for international visitors

• Lower load on origin servers

• Improved scalability during traffic spikes

By delivering content from the closest edge location, users experience consistently fast performance regardless of their location.

Traffic routing is managed through an Anycast network of IP addresses.

With Anycast, multiple servers share the same IP address, and incoming requests are automatically routed to the closest or most optimal server based on network conditions.

This allows the system to:

• Automatically distribute traffic across infrastructure

• Prevent server overload during high traffic

• Maintain high availability during regional outages

For additional protection, origin server IP addresses are never publicly exposed.

This architecture ensures that malicious users or bots cannot directly target individual servers with attacks such as Distributed Denial of Service (DDoS).

Instead, all traffic is filtered and routed through the Anycast network, which provides:

• Traffic filtering and mitigation

• Network-level protection

• Isolation of origin infrastructure

Our infrastructure combines multiple layers of reliability and performance:

• Primary + secondary server replication

• Automatic failover servers

• Global edge caching network

• Anycast-based load balancing

• Protected origin infrastructure

Together, these systems ensure high availability, fast global performance, and strong protection against network attacks.