# Simple Pinning Service Overview
This tutorial shows how to build a simple pinning service (opens new window) using Textile Powergate via Textile's Powergate Docker+ devnet (opens new window) setup (including a Powergate instance, a Lotus node and miner, and a go-ipfs node), and Textile JS powergate-client (opens new window).
A pinning service is a remote service that manages users’ data (like a decentralized Google Drive). In this tutorial's context, the data will be managed on Lotus and go-ipfs via Textile Powergate.
The Pinning service app will include:
- A login page to authenticate with the Powergate instance using JS powergate client.
- A Network page, displaying information about the Powergate instance, Lotus node, and the go-ipfs node.
- A Pinning page to manage storage and retrieval deals on the Filecoin network (devnet) using Powergate Filecoin File System (FFS).
- A Deals page, displaying details about all the storage deals created by the user of the application.
After completing this tutorial, you will be able to:
- Create a Powergate Docker+devnet setup.
Here is a sneak-peek of how the final application will look:
If you are just looking for the code, you can visit the Github repository (opens new window).
A high-level overview of our application architecture:
- A docker-compose script runs a Powergate, a Lotus node (Filecoin client) and miner, and a go-ipfs node. This setup is meant to mock interactions on a live network, like nerpa or mainnet.
- A React dashboard shows different features of the pinning service that uses Powergate JS Client (opens new window) to interact with the powergate instance.
The next section describes Powergate and how it interacts with Lotus and go-ipfs nodes.