Applications and APIs often need traffic directed across multiple available services, including services distributed between data centres, cloud environments or Kubernetes clusters. Backend servers can also spend processing capacity on SSL/TLS connections.
Kemp Loadmaster load balances application traffic and scales capacity per application. Its global server load balancing directs traffic across multi-data-centre and multi-cloud deployments, while SSL/TLS offload moves that processing away from backend servers. Built-in WAF, intrusion prevention, authentication and single sign-on functions apply security at the delivery layer.
Loadmaster is used to distribute traffic for applications, APIs and AI services, including services spread across more than one data centre or cloud environment. It can route external traffic to Kubernetes clusters through its ingress controller, and offload SSL/TLS processing from backend servers. Its WAF, intrusion prevention, authentication and single sign-on functions are relevant where security and access functions are required at the application delivery layer.
Loadmaster is applicable to hybrid cloud, cloud and on-premises environments. It supports multi-data-centre and multi-cloud traffic distribution through global server load balancing, and includes an ingress controller for Kubernetes clusters.
Traffic is directed across available services rather than relying on a single service endpoint.
SSL/TLS offload reduces the SSL/TLS processing performed by backend servers.
WAF, intrusion prevention and authentication functions are applied where traffic is delivered.
Global server load balancing supports traffic distribution across data centres and cloud environments.
Distribute traffic for applications, APIs and AI services across available services.
Direct traffic across services deployed in multiple data centres or cloud environments.
Route external traffic to Kubernetes clusters through the Loadmaster ingress controller.
Apply WAF, intrusion prevention, authentication and single sign-on at the delivery layer.