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Home | Telepresence Telepresence consists of two core architecture components: the client-side telepresence binary (CLI on your workstation) and the cluster-side traffic-manager and traffic-agent (on the remote Kubernetes cluster)
Laptop-side configuration | Telepresence This is documentation for Telepresence 2 22, which is no longer actively maintained For up-to-date documentation, see the latest version (2 23)
Using Telepresence with Docker | Telepresence When using Telepresence in Docker mode, users can eliminate the need for admin access on their machines, address several networking challenges, and forego the need for third-party applications to enable volume mounts
Telepresence Docker Plugins | Telepresence The Telepresence Teleroute Docker network plugin is installed on demand and ensures that the cluster networks made available by the daemon's virtual network interface (VIF) can be reached from other containers without interfering with those container's network mode
Quick start | Telepresence Telepresence is an open source tool that enables you to set up remote development environments for Kubernetes where you can still use all of your favorite local tools like IDEs, debuggers, and profilers
Making the remote local: Faster feedback . . . - telepresence. io Telepresence is an open source tool that lets developers code and test microservices locally against a remote Kubernetes cluster Telepresence facilitates more efficient development workflows while relieving the need to worry about other service dependencies
Telepresence vs mirrord Telepresence is a very feature rich tool, designed to handle a large majority of use-cases You can use it as a cluster VPN only, or use one of its three different ways (replace, intercept, or ingest) to engage with the cluster's resources
Traffic Agent Sidecar | Telepresence Traffic Agent Sidecar When replacing a container or intercepting a service, the Telepresence Traffic Manager ensures that a Traffic Agent has been injected into the targeted workload The injection is triggered by a Kubernetes Mutating Webhook and will only happen once
Cloud Provider Prerequisites | Telepresence For Telepresence to work in such a cluster, you'll need to add a firewall rule allowing the Kubernetes masters to access TCP port 8443 in your pods For example, for a cluster named tele-webhook-gke in region us-central1-c1: