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Every Brightnode Bnode comes with pre-configured utility services that run automatically in your container. These services are accessible via HTTPS URLs that are created when your Bnode deploys.

How to access services

All services are accessed through unique HTTPS URLs in this format:
For example, if your Bnode is named workload-abc123 in the singapore region:
  • JupyterLab: https://jupyter-workload-abc123.singapore.brightnode.cloud
  • VS Code: https://vscode-workload-abc123.singapore.brightnode.cloud
  • System Monitor: https://monitor-workload-abc123.singapore.brightnode.cloud
You can find your Bnode’s service URLs in the Bnode management interface after your Bnode is running.

Available services

The services available depend on which template you’re using.

Base services (all templates)

These services are included in every Bnode regardless of template.

JupyterLab

Web-based interactive development environment with Python notebooks, web terminal, and file management. URL format: https://jupyter-{bnode-name}.{region}.brightnode.cloud Authentication: Password-protected (password is your user ID) Access from UI: Click the Jupyter button (BookOpen icon) on your Bnode card Features:
  • Python notebooks with GPU support
  • Integrated web terminal
  • File browser and editor
  • Extensions for widgets and archiving
Example usage:

VS Code Server

Full-featured Visual Studio Code IDE running in your browser. URL format: https://vscode-{bnode-name}.{region}.brightnode.cloud Authentication: Password-protected (set via environment variable or auto-generated) Features:
  • Complete VS Code experience
  • Extension marketplace
  • Integrated terminal
  • Git integration
  • IntelliSense and debugging
Set custom password: When deploying your Bnode, add this environment variable:

System Monitor (Glances)

Real-time system monitoring dashboard showing CPU, GPU, memory, and network stats. URL format: https://monitor-{bnode-name}.{region}.brightnode.cloud Authentication: None (read-only) Features:
  • GPU utilization and temperature
  • Per-core CPU usage
  • Memory and swap monitoring
  • Disk I/O statistics
  • Network traffic
  • Process list with resource usage

File Browser

Web-based file manager for uploading and downloading files. URL format: https://files-{bnode-name}.{region}.brightnode.cloud Authentication: None (isolated per user) Features:
  • Drag-and-drop file uploads
  • Download files and folders
  • Create/delete directories
  • File preview
  • Archive support
Your persistent data is in /workspace directory.

SSH Access

Terminal access via SSH gateway for command-line operations. Connection format: ssh {bnode-name}@{bnode-name}.{region}.brightnode.cloud Authentication: SSH key (add your public key when deploying) Access from UI: Click the SSH button on your Bnode card to get connection details Example:

PyTorch template services

Additional services when using PyTorch templates.

TensorBoard

Visualization toolkit for machine learning experiments. URL format: https://tensorboard-{bnode-name}.{region}.brightnode.cloud Authentication: None Features:
  • Training metrics visualization
  • Model graph visualization
  • Embedding projector
  • Profiler for performance analysis
Usage example:
Then visit the TensorBoard URL to see your metrics in real-time.

Gradio Demo

Pre-configured Gradio app for creating ML demos. URL format: https://gradio-{bnode-name}.{region}.brightnode.cloud Authentication: None Demo location: /workspace/gradio_demo.py Customize:

Streamlit Demo

Pre-configured Streamlit app for data dashboards. URL format: https://streamlit-{bnode-name}.{region}.brightnode.cloud Authentication: None Demo location: /workspace/streamlit_demo.py Customize:

TensorFlow template services

TensorFlow templates include the same ML tools as PyTorch (TensorBoard, Gradio, Streamlit) but with TensorFlow-specific examples.

vLLM template services

Specialized services for large language model inference.

vLLM API Server

OpenAI-compatible API server for high-throughput LLM inference. URL format: https://api-{bnode-name}.{region}.brightnode.cloud Authentication: API key recommended Features:
  • OpenAI API compatibility
  • PagedAttention for efficient memory use
  • Continuous batching
  • Quantization support (4-bit, 8-bit, GPTQ, AWQ)
Usage example:

Open WebUI

ChatGPT-style interface for interacting with your LLMs. URL format: https://chat-{bnode-name}.{region}.brightnode.cloud Authentication: Built-in user management Features:
  • ChatGPT-style chat interface
  • Conversation history
  • Markdown and code rendering
  • File uploads (for vision models)
Setup:
  1. Visit the URL and create an admin account
  2. Go to Settings → Connections → OpenAI API
  3. Set Base URL to http://localhost:8000/v1
  4. Start chatting with your model

ComfyUI template services

Services for Stable Diffusion image generation.

ComfyUI

Node-based interface for Stable Diffusion workflows. URL format: https://comfyui-{bnode-name}.{region}.brightnode.cloud Authentication: None Features:
  • Visual workflow builder
  • ComfyUI Manager pre-installed
  • Custom nodes support
  • Civitai integration

Automatic1111 Web UI

Classic Stable Diffusion web interface. URL format: https://webui-{bnode-name}.{region}.brightnode.cloud Authentication: None Features:
  • Simple image generation
  • LoRA support
  • ControlNet support
  • Shared models with ComfyUI
Web gallery for viewing generated images. URL format: https://gallery-{bnode-name}.{region}.brightnode.cloud Authentication: None Automatically displays images from /workspace/ComfyUI/output/.

Quick reference

Setting passwords

Some services require authentication. Set passwords using environment variables when deploying your Bnode.

During deployment

In the deployment form, add environment variables:

Via API

If you don’t set passwords for JupyterLab or VS Code, they will auto-generate passwords. Check your Bnode logs to find them.

Common workflows

ML Training with TensorBoard

Then open your TensorBoard URL (https://tensorboard-{bnode}.{region}.brightnode.cloud) to watch metrics in real-time.

LLM Inference with vLLM

  1. Your vLLM Bnode automatically starts the API server
  2. Access the API at https://api-{bnode}.{region}.brightnode.cloud
  3. Use OpenAI client library to interact
  4. Or use Open WebUI at https://chat-{bnode}.{region}.brightnode.cloud for a chat interface

Image Generation with ComfyUI

  1. Open ComfyUI at https://comfyui-{bnode}.{region}.brightnode.cloud
  2. Load a workflow and generate images
  3. View outputs at https://gallery-{bnode}.{region}.brightnode.cloud
  4. Or use File Browser to download specific images

Security

Encrypted connections

All services use HTTPS with automatic TLS certificates via Let’s Encrypt.

Service isolation

Each Bnode’s services are isolated - only you can access your Bnode using your unique deployment name in the URL.

SSH keys

For SSH access, always use key-based authentication instead of passwords:
Never share your Bnode service URLs publicly if they contain sensitive data. Each URL includes your unique Bnode name and provides direct access.

Troubleshooting

Service not accessible

If you can’t access a service:
  1. Verify your Bnode is in Running state
  2. Wait 1-2 minutes after deployment for all services to initialize
  3. Check that the URL format is correct: https://{service}-{bnode-name}.{region}.brightnode.cloud
  4. Try accessing from an incognito/private browser window

Finding your service URLs

Your service URLs are automatically generated when your Bnode deploys. The format is always:
Where:
  • {service-prefix} = jupyter, vscode, monitor, files, etc.
  • {your-bnode-name} = The name shown in your Bnode list
  • {your-region} = The region where you deployed

Service shows blank page

  1. Wait another minute - services may still be starting
  2. Hard refresh your browser (Ctrl+F5 or Cmd+Shift+R)
  3. Check your browser console for errors
  4. SSH into your Bnode and check if the service is running:

Forgot password

JupyterLab and VS Code passwords are auto-generated if not set. To find them:
  1. SSH into your Bnode
  2. Check the logs:

Next steps