Snappjack Demo Snapps

Build Snapps that AI agents can use

Snappjack bridges AI agents to web applications through the Model Context Protocol (MCP), enabling seamless interaction between humans and AI in real-time collaborative environments.Snapps are web apps with dual interfaces: GUI for humans, MCP tools for AI agents.

Explore Our Demo Snapps

Pipster

A dice game where AI agents can roll, keep, and strategize alongside human players

Roll and keep dice
Strategic decision making
Real-time state synchronization
Try Pipster →

DrawIt

A canvas app where AI agents can create visual content, draw shapes, and compose scenes

Draw shapes and text
Manipulate objects
Export canvas images
Try DrawIt →

How to Use a Snapp with AI Agents

Snapps enable a revolutionary way of working where humans and AI agents collaborate in real-time

1. Use the GUI

Interact with the Snapp directly through its web interface. Roll dice in Pipster, draw shapes in DrawIt - just like any regular web app.

2. Connect an AI Agent

Use an MCP-enabled AI like Claude Desktop. Copy the connection details from the Snapp's "Agent Configuration" section and add them to your AI's MCP settings.

3. Collaborate with AI

Ask the AI to interact with your Snapp. "Draw a house", "Roll until we get all sixes", or any task the Snapp supports. The AI works alongside you in real-time.

See Snapps in Action

Watch how AI agents interact with Snapps in real-time. See Claude draw pictures, play dice games, and collaborate with humans through the Snappjack bridge.

Video demo coming soon!

Build Your Own Snapps

Clone this project and create your own AI-enabled Snapps

1

Clone the Repository

Get the demo project from GitHub to start building

2

Request API Key

Get your Snappjack API key to enable agent connections

3

Build & Deploy

Create your Snapp and deploy it for agents to use

Snappjack is in Restricted Early Access

Request an API key to start building your own AI-enabled Snapps.

Join the community of developers building the future of human-AI collaboration