Senad Caus Senad Caus | Mai 29, 2022 | Load Balancing/Routing, Webinars
Mercredi 15 juin 2022 États-Unis : 12 h EDT, 11 h CDT, 10 h MDT, 9 h PST UE : 18 h CEST, 19 h EEST Monde : 16 h UTC La version 2.6 du répartiteur de charge logiciel le plus rapide et le plus utilisé au monde est sortie! Elle apporte des améliorations notables de la...
Senad Caus Senad Caus | Avr 4, 2022 | Load Balancing/Routing, Webinars
HAProxy ALOHA is a load balancer that’s ideal for companies in search of high performance and ease of use. It comes as either a hardware appliance or a virtual appliance and provides load balancing of TCP, UDP and HTTP traffic, DDoS protection, and active-active...
Senad Caus Senad Caus | Fév 20, 2022 | DevOps, Webinars
The HAProxy Data Plane API enables you to configure your HAProxy load balancers programmatically. This latest release, version 2.5, expands coverage of existing HAProxy configuration directives, fixes bugs, and optimizes performance. During this on-demand webinar, you...
Senad Caus Senad Caus | Jan 26, 2022 | Basics, Load Balancing/Routing, Webinars
A common misconception is that load balancing is enough to achieve high availability. That is only true when you factor in one, very important feature: health checks! Health checks monitor your servers for issues. If a server loses connectivity or begins returning...
Senad Caus Senad Caus | Nov 21, 2021 | Load Balancing/Routing, Load Balancing/Routing, Webinars, Webinars
Date et heure du webinaire : Mardi 14 décembre 2021 États-Unis : 12 h EST, 11 h CST, 10 h MST, 9 h PST UE : 18h00 CET, 19h00 EET Reste du monde : 17 heures UTC HAProxy 2.5 est maintenant disponible ! Participez à cette session pour découvrir les nouveautés. Cette...
Senad Caus Senad Caus | Août 20, 2021 | Kubernetes, Load Balancing/Routing, Non classifié(e), Webinars
If you prefer to watch the French version of this webinar, register here. Traditionally, connecting clients to services in Kubernetes has required multiple layers of proxies. For example, an external load balancer will route traffic to your nodes. Then, kube-proxy...