@millions-hair-24956 kubernetse step by step with network

It seems likely that deploying LiveKit on Kubernetes involves several steps, including setting up the network configuration. My understanding is that you can use a Helm chart to streamline the deployment process, which supports platforms like Google GKE, Amazon EKS, and Digital Ocean DOKS. The deployment requires direct access to the network with host networking, meaning the rtc.udp/tcp ports open on the nodes are directly handled by the LiveKit server. This setup limits one LiveKit pod per node, but other workloads can run on those nodes. TLS/SSL termination is managed by the Ingress, and the Helm chart configures TLS termination for GKE and ALB load balancers. For ALB on EKS, the AWS Load Balancer Controller must be installed separately. For network configuration, ensure that your firewall allows traffic into LiveKit ports. The necessary ports include TCP: 443 for secure WebSocket connections, TCP: 5349 for TURN/TLS, and UDP: 3478 for TURN/UDP. If you are not using a load balancer, the TURN/TLS port should be set to 443. Additionally, UDP ports 50000-60000 should be open for WebRTC traffic. It seems that using a TURN server is recommended to improve connectivity, especially for clients behind corporate firewalls. The TURN server should be configured to handle both TLS and UDP traffic to ensure broad client connectivity. Would you like more detailed guidance on any specific part of the deployment process? Sources: - Deploy to Kubernetes - Deployment overview 👍 0 button 👎 0 button 💡 Hint: Mention @runllm in the thread for followups.

eks but i need it for productıon @millions-hair-24956

For deploying LiveKit on Amazon EKS for production, you should follow these key steps: 1. Cluster Setup: Ensure your EKS cluster is properly set up with nodes that have sufficient resources. LiveKit's performance is bound by CPU and bandwidth, so compute-optimized instances are recommended. 2. Helm Chart Deployment: Use the LiveKit Helm chart to deploy the server. This chart helps set up a distributed deployment with a Service and Ingress to route traffic correctly. You can add the LiveKit Helm repository and create a

values.yaml

file for your deployment configuration. 3. Network Configuration: Configure your network to allow traffic on the necessary ports. This includes TCP port 7881 for WebRTC over TCP, UDP port 3478 for TURN/UDP, and a range of UDP ports (50000-60000) for WebRTC traffic. Ensure your firewall rules are set to allow this traffic. 4. TLS/SSL Termination: Use an Ingress controller to handle TLS/SSL termination. For EKS, you might need to install the AWS Load Balancer Controller to use ALB for TLS termination. 5. Redis Setup: Redis is required for a distributed setup as a shared data store and message bus. Ensure Redis is configured and accessible by your LiveKit nodes. 6. Monitoring and Autoscaling: Enable monitoring using Prometheus and set up autoscaling based on CPU and memory utilization to handle varying loads efficiently. Would you like more detailed guidance on any specific part of the deployment process? Sources: - Deploy to Kubernetes - Deployment overview 👍 0 button 👎 0 button 💡 Hint: Mention @runllm in the thread for followups.