I have been using Traefik Enterprise for the last six months. Nginx Ingress for Kubernetes has expired and nobody is supporting it anymore, but we have another alternative in Traefik Enterprise. I am using Traefik Enterprise for Ingress Kubernetes to proxy our applications from clients to our services. I work just with clouds, so all of them are installed on the cloud. I have an on-premise private server where I installed Traefik in Kubernetes, and one on-premise from my client where we are using Traefik as well.
Wireless Network Engineer at a retailer with 1-10 employees
Real User
May 19, 2026
My main use case for Traefik Enterprise is in wireless networking, specifically in designing for wireless networking that involves analyzing channel interference, primary signal distance, RSSI, and secondary SNR. I manage trafficking over the network in industrial, stadium, and office areas while designing for coverage and capacity points of view. By installing access points, I connect with networking devices such as routers and switches, configure them, and save the configuration in a DNAC format on the online cloud for Cisco, Aruba, Juniper Mist, and WLC.
My main use case for Traefik Enterprise is for enterprise applications, security purposes, support, and scalability and reliability. When I use Traefik Enterprise for security and scalability, I use it for API gateway routing and load balancing microservices on a day-to-day basis. API gateway routing or load balancing is sufficient for my needs.
I use Traefik Enterprise for my daily needs, including load balancing and centralizing my cloud-native applications. At Hoichoi, we have been using Traefik Enterprise for the last two years. We implemented Traefik Enterprise for consolidating and orchestrating the network into a single endpoint. We use Traefik Enterprise to provide a single endpoint to reach all of our services. In our company, Hoichoi, we use Traefik Enterprise for a single endpoint. We have api.hoichoi.tv, which we point to what is called a Traefik Enterprise endpoint. Inside Traefik Enterprise, we map it with another path such as /api/services to our services service and /plans to our plan service. Apart from that, we use it for load balancing. All of our load balancing is pointed to multiple Traefik Enterprise instances, and then we divide the traffic among them. We also use it for observability to monitor how the load is spiking up or down.
At Razorpay, the tool is used as a reverse proxy, ingress controller, and CRD management. A year and a half ago, my company started to move from Traefik Enterprise v1.0 to Traefik Enterprise v2.0. The tool handles everything, including the integrations with our different cloud providers and some of the other features we use in our company, such as rate limiting, which is something that is available within Traefik Enterprise.
Traefik Enterprise is a powerful tool for managing microservices and reverse proxy needs, offering load balancing, dynamic configurations, and comprehensive ingress controller capabilities.
Traefik Enterprise stands out for its integration with Kubernetes, robust API management, and security features like TLS termination and authentication. Its flexibility and scalability make it suitable for handling large-scale traffic efficiently. Users particularly value its ease of deployment,...
I have been using Traefik Enterprise for the last six months. Nginx Ingress for Kubernetes has expired and nobody is supporting it anymore, but we have another alternative in Traefik Enterprise. I am using Traefik Enterprise for Ingress Kubernetes to proxy our applications from clients to our services. I work just with clouds, so all of them are installed on the cloud. I have an on-premise private server where I installed Traefik in Kubernetes, and one on-premise from my client where we are using Traefik as well.
My main use case for Traefik Enterprise is in wireless networking, specifically in designing for wireless networking that involves analyzing channel interference, primary signal distance, RSSI, and secondary SNR. I manage trafficking over the network in industrial, stadium, and office areas while designing for coverage and capacity points of view. By installing access points, I connect with networking devices such as routers and switches, configure them, and save the configuration in a DNAC format on the online cloud for Cisco, Aruba, Juniper Mist, and WLC.
My main use case for Traefik Enterprise is for enterprise applications, security purposes, support, and scalability and reliability. When I use Traefik Enterprise for security and scalability, I use it for API gateway routing and load balancing microservices on a day-to-day basis. API gateway routing or load balancing is sufficient for my needs.
I use Traefik Enterprise for my daily needs, including load balancing and centralizing my cloud-native applications. At Hoichoi, we have been using Traefik Enterprise for the last two years. We implemented Traefik Enterprise for consolidating and orchestrating the network into a single endpoint. We use Traefik Enterprise to provide a single endpoint to reach all of our services. In our company, Hoichoi, we use Traefik Enterprise for a single endpoint. We have api.hoichoi.tv, which we point to what is called a Traefik Enterprise endpoint. Inside Traefik Enterprise, we map it with another path such as /api/services to our services service and /plans to our plan service. Apart from that, we use it for load balancing. All of our load balancing is pointed to multiple Traefik Enterprise instances, and then we divide the traffic among them. We also use it for observability to monitor how the load is spiking up or down.
At Razorpay, the tool is used as a reverse proxy, ingress controller, and CRD management. A year and a half ago, my company started to move from Traefik Enterprise v1.0 to Traefik Enterprise v2.0. The tool handles everything, including the integrations with our different cloud providers and some of the other features we use in our company, such as rate limiting, which is something that is available within Traefik Enterprise.