All articles tagged with Load Balancing
Most load balancers break gRPC. We dissect why HTTP/2 multiplexing creates hot spots and how to fix it using the new NGINX 1.13.10 support and client-side strategies.
The ECJ just invalidated Safe Harbor. Relying solely on US hyperscalers is now a compliance risk. Here is how to build a hybrid infrastructure that balances sovereignty with scalability.
Hardcoded IPs are the enemy of scale. Learn how to implement a resilient service discovery and proxy architecture—the precursor to the 'service mesh'—using HAProxy 1.5, Consul, and robust KVM isolation. Optimized for Norwegian infrastructure standards.
Stop letting Apache's process model eat your RAM. This guide details the exact NGINX configurations, upstream load balancing strategies, and kernel tuning needed to handle 10,000+ concurrent connections on CoolVDS KVM instances.
Stop relying on DNS round-robin. Learn how to deploy a battle-hardened HAProxy load balancer on CentOS 6 to handle massive traffic spikes without sweating, tailored for the Norwegian market.
Monoliths are dying, but the network is unreliable. Learn how to build a resilient service layer (a proto-mesh) using HAProxy, Zookeeper, and KVM-based virtualization to keep latency low in Norwegian datacenters.
Stop relying on a single Apache instance. Learn how to deploy a robust Layer 4/7 load balancer using HAProxy 1.4 to split traffic across CoolVDS KVM instances, ensuring uptime even when the traffic spikes hit.
Is your single Apache server choking on traffic? Stop relying on luck. We dive deep into configuring HAProxy 1.4 for high availability, explaining why 'leastconn' beats round-robin, and how to keep your topology robust within the Norwegian infrastructure landscape.
Don't let traffic spikes crash your LAMP stack. We dive deep into HAProxy 1.4 configuration, kernel tuning, and failover strategies to keep your Norwegian infrastructure online when it matters most.
Stop relying on a single point of failure. Learn how to configure HAProxy 1.4 for high availability, tune the Linux kernel for thousands of concurrent connections, and why KVM isolation matters for production workloads.
Stop waking up at 3 AM because your single Apache server hit MaxClients. A battle-tested guide to deploying HAProxy 1.4 with Keepalived for zero-downtime redundancy.
Hardware load balancers are obsolete. Learn how to architect a fault-tolerant web cluster using HAProxy 1.4 to handle thousands of concurrent connections without breaking the bank.
Learn how to architect a bulletproof load balancing layer using HAProxy 1.4 and Keepalived. We dive deep into configuration, kernel tuning, and why raw IOPS matter for handling Norwegian traffic spikes.
Stop relying on a single point of failure. Learn how to architect a bulletproof load balancing layer using HAProxy 1.4 to distribute traffic, maintain session persistence, and survive traffic spikes.
Stop relying on a single point of failure. Learn how to architect a fault-tolerant web cluster using HAProxy 1.4 and Keepalived, specifically tuned for low-latency traffic in the Nordic region.
Is your single web server a ticking time bomb? Learn how to architect a bulletproof load balancing layer using HAProxy 1.4 to distribute traffic, handle failovers, and keep your Norwegian infrastructure compliant and online.
Is your single LAMP stack a ticking time bomb? Learn how to architect a bulletproof load balancing layer using HAProxy 1.4 and Keepalived, ensuring your Norwegian infrastructure survives the dreaded Slashdot effect.
Traffic spikes shouldn't result in 503 errors. We dissect HAProxy 1.4 configuration, connection limits, and why raw I/O speed matters when building high-availability clusters in Norway.
Stop relying on a single point of failure. We break down how to configure HAProxy 1.4 for high availability, allowing you to split traffic across multiple virtual nodes and keep your services online when traffic spikes.
Stop fearing the Slashdot effect. We dive deep into configuring HAProxy 1.4 for Layer 7 load balancing, covering kernel tuning, ACLs, and why raw I/O performance defines your failover speed.
Discover how to scale your infrastructure using HAProxy on Linux. We dive into configuration strategies, session persistence, and why hardware isolation matters for high-traffic Norwegian sites.
Is your single Apache server choking on traffic? Learn how to deploy HAProxy 1.4 to split load across multiple nodes, ensure zero downtime, and keep your Norwegian users happy with local low-latency routing.
Hardware load balancers are costing you a fortune. Learn how to deploy HAProxy 1.4 to handle thousands of concurrent connections while keeping your infrastructure legally compliant in Norway.
Is your single Apache instance choking on traffic? We break down proven load balancing techniques from Round Robin to HAProxy, tailored for Norwegian latency requirements.
When your traffic spikes, single servers fail. Learn how to deploy HAProxy 1.4 to distribute load, maintain session persistence, and keep your Norwegian infrastructure online during the 'Slashdot Effect'.
Hit the limit of vertical scaling? Learn how to deploy a battle-hardened HAProxy 1.4 load balancer to distribute traffic across multiple CoolVDS nodes, ensuring zero downtime for your Norwegian mission-critical applications.
Is your Apache server choking on connections? Learn how to deploy HAProxy 1.4 for robust load balancing, ensuring your Norwegian infrastructure handles traffic spikes without melting down.
Stop relying on a single Apache server. Learn how to deploy HAProxy 1.4 to distribute traffic, handle the 'Slashdot Effect', and keep your Norwegian infrastructure compliant and resilient.
Traffic spikes shouldn't result in a 503 Service Unavailable. In this deep dive, we configure HAProxy 1.4 for high availability, analyze Round Robin strategies, and explain why underlying virtualization architecture dictates your load balancer's survival.
Stop losing customers to 'Server Busy' errors. We define a bulletproof Layer 7 load balancing strategy using HAProxy to handle Norwegian traffic spikes without breaking the bank or sacrificing latency.