A web-based TTY interface to connect to and manage Docker and Kubernetes containers remotely.
Container web TTY is a tool that provides a web-based terminal interface for accessing and managing containers. It eliminates the need for repetitive command-line operations like `docker exec`, offering a more convenient way to debug, inspect, and interact with containers via a browser.
Developers and DevOps engineers who frequently work with Docker or Kubernetes containers and want a visual, web-based alternative to command-line tools for container interaction and management.
Developers choose Container web TTY because it provides a unified web interface for container access across Docker and Kubernetes, supports remote access via gRPC for managing multiple servers, and includes collaborative features like real-time terminal sharing and audit logging for team environments.
Connect your containers via a web-tty
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Supports both Docker sockets and Kubernetes configs, allowing seamless switching between container orchestration platforms from a single web interface without tool changes.
Uses gRPC to proxy connections to multiple remote servers, enabling centralized access to containers across distributed infrastructure from a local web instance, as shown in the proxy mode setup.
Features like exec session sharing and collaborative TTY allow multiple users to interact with the same container terminal simultaneously, ideal for team troubleshooting and pair programming.
Logs all command inputs and outputs to audit directories when enabled, providing a security-compliant history that can be reviewed with standard tools like `cat` or `tail -f`.
Requires mounting the Docker socket or Kubernetes config, which, if not properly secured, can expose full container control to the web service, posing significant attack vectors in untrusted environments.
Lacks support for common keyboard shortcuts like Ctrl+w for word cutting, as admitted in the README, limiting efficiency for power users accustomed to full-featured terminal emulators.
The HTTP server lacks native authentication mechanisms; security relies solely on gRPC auth in proxy mode or external measures, which may be insufficient for exposed deployments without additional layers.