Avi Networks

software-defined load balancing load balancing load balancer multi-cloud vmware automation security web application firewall elastic load balancing application delivery application services avi networks waf public cloud nsx advanced load balancer analytics troubleshooting adc ssl/tls encryption application security ci/cd pipelines devops azure software load balancing cloud autoscaling vmware horizon gslb canary application analytics self-service data center openstack advanced load balancing elastic fabric hands-on lab vdi machine learning aws ansible tcpdump migration https rest api hybrid cloud software-defined application services nsx alb integration virtualization networking vmware cloud on aws virtual desktops vmc positive security model high availability sdn blue/green deployments cisco zero-code automation terraform microsoft tls 1.3 pfs f5 networks avi networks vs. f5 cloud computing openstack neutron lbaas microservices apps nsx alb vmware cloud direcotr enterprise software hardware architecture easyavi turnkey cloud services avi pulse pulse workshop horizontal scale capacity management hyperscale intel processor remote working orchestrator ddos signatures whitelisting rate limiting service mesh api dns decision automation full lifecycle multi-site gcp application learning threat prevention upgrade intelligence kubernetes secops appsec swisscom nfv saas adobe nuage networks continuous delivery regulations cyber attack hipaa pci compliance gdpr monitoring network automation aci operations agile splunk blue-green deployments yaml performance irules rsa ecc f5 software load balancer hardware load balancer elb virtual load balancers virtual adc openstack lbaas openstack horizon apm tco predictive autoscaling ludicrous scale