gopro2cloud
Streams and syncs GoPro footage directly to Dropbox with zero local disk usage, smart date/chapter organization, and automatic deduplication.
Streams and syncs GoPro footage directly to Google Drive with zero local disk usage, smart date/chapter organization, and automatic deduplication.
Click on "Deploy Server".
Wait a few minutes for the server to deploy. Once ready, it will show a "Started" state.
In the chat, type
@followed by the MCP server name and your instructions, e.g., "@gopro2cloudBack up my GoPro footage to Google Drive"
That's it! The server will respond to your query, and you can continue using it as needed.
Here is a step-by-step guide with screenshots.
π· gopro2cloud
The Free, Zero-Disk, Open-Source Alternative to GoPro Cloud Subscription.
Stream and sync 100+ GB of 4K/5.3K footage from your GoPro directly to Google Drive, Dropbox, OneDrive, or AWS S3 over high-speed USB β with zero laptop disk space and no monthly fees.
Features β’ Comparison β’ Quick Start β’ CLI Usage β’ AI Agent & MCP β’ Contributing
π‘ Why gopro2cloud?
If you own a GoPro, you already know the frustration:
GoPro Subscription costs $49.99 β $99.99/year, just to back up footage you already have other cloud storage for (Google One, Microsoft 365, Dropbox, or AWS S3).
Camera Wi-Fi Auto-Upload is painfully slow, drains your battery, and notoriously causes the camera to overheat while uploading 4K/5.3K video.
Plugging into your Mac/PC to transfer files manually is broken: macOS Image Capture and MTP drivers frequently freeze or corrupt on single files larger than 4 GB.
Laptop SSDs run out of space: Offloading a 128 GB or 256 GB microSD card onto a modern MacBook with only 30 GB of free SSD space is physically impossible without tedious manual chunking.
gopro2cloud solves all of this.
When you connect a modern GoPro (HERO 9, 10, 11, 12, 13) via USB-C, it automatically runs an internal high-speed HTTP server over a virtual network interface. gopro2cloud discovers this socket, queries the media catalogue, and streams your master video files directly into your cloud storage at 35β40 MB/s without writing a single byte to your laptop hard drive.
Related MCP server: so-dsc
π₯ gopro2cloud vs. GoPro Paid Subscription
Feature | GoPro Paid Cloud Subscription | Native Desktop / Quik App | gopro2cloud (This Tool) |
Annual Cost | $49.99 β $99.99 / year πΈ | Free (Requires Desktop) | $0 Forever (Free & Open Source) π |
Cloud Destination | GoPro Cloud only (Vendor Lock-in) | Local Disk Only | Any Cloud (Google Drive, Dropbox, OneDrive, S3, R2, B2) |
Local Disk Required | High (downloads cached copies) | Full card size required (100+ GB) | 0 MB (Pure In-Memory Stream) β‘ |
Transfer Speed | Slow (Wi-Fi ~5β10 MB/s) | Medium (USB MTP crashes on >4GB) | Fast (USB HTTP ~35β40 MB/s) ποΈ |
Camera Overheating | High (Wi-Fi upload gets very hot) | Low | Low (Powered & cool over USB) |
Data Privacy & Ownership | Stored on GoPro servers | Local | 100% Private (Direct to YOUR cloud) |
Smart Date Categorization | Cloud timeline | Flat DCIM folder mess | Automated |
Multi-Chapter Handling | Sometimes split in UI | Scattered | Chapters unified under Chapter 1 Date |
Deduplication | Automatic | None (overwrites or duplicates) | Automatic (Skips existing cloud files) |
AI Agent / CLI Scriptable | β No | β No | β Yes (CLI + FastMCP Server + Skills) |
β¨ Key Features
π Direct In-Memory Streaming: Uses
rclone copyurlto pipe video bytes straight from the camera socket into your cloud bucket. No local scratch files, no SSD wear.βοΈ CloudSync (Cloud-to-Cloud Direct): Transfer single files or synchronize entire folders directly between cloud storage providers (OneDrive, Google Drive, Dropbox, AWS S3) with zero local disk footprint.
π Smart Date & Chapter Organization: Automatically sorts recordings into
<remote>/YYYY-MM-DD/directories. Long 4K recordings split across multiple chapters (GX010475.MP4,GX020475.MP4) are kept together under Chapter 1's date.π Intelligent Deduplication: Checks destination folders before transferring. If a video already exists in your cloud with matching name and size, it is automatically skipped.
π‘οΈ 100% Card Safety:
gopro2cloudnever deletes or modifies media on your microSD card unless you explicitly request a post-sync purge.π€ Built for the AI Era (FastMCP): Ships with a native Model Context Protocol (MCP) server and Agent Skills. You can plug in your GoPro and simply say: "Hey, back up my GoPro to Google Drive".
π Quick Start
1. Prerequisites
Python: 3.11 or newer
rclone: The universal cloud transfer utility (free & open source)
# macOS brew install rclone # Linux sudo apt install rclone # or curl https://rclone.org/install.sh | sudo bash # Windows winget install Rclone.Rclone
2. Configure Your Cloud (1 Minute)
Connect your favorite cloud provider to rclone (Google Drive, Dropbox, OneDrive, S3):
rclone config(Just name your remote, e.g. gdrive, choose your provider, and approve in the browser popup).
3. Install gopro2cloud
git clone https://github.com/alexjiaguo/gopro2cloud.git
cd gopro2cloud
pip install -e .π» CLI Usage
Plug your GoPro into your computer using a USB-C cable and turn it ON.
1. Check Status
Verify your camera link, local disk space, and cloud connections:
gopro2cloud status============================================================
gopro2cloud: Camera & Cloud Status Check
============================================================
1. Probing GoPro over USB...
[β] Connected to GoPro at 172.28.158.51:80
Found 24 video files (104.78 GB total)
2. Local host storage: 58.12 GB free
3. Cloud remote index: 'gdrive:GoPro'
[β] Found 8 existing files already backed up in 'gdrive:GoPro'
============================================================2. View Categorized Media
Inspect all videos grouped by their real recording date:
gopro2cloud listFound 24 files (104.78 GB total) across 3 recording dates:
π 2026-09-27/ (3 files, 4.85 GB)
β’ GX010467.MP4 46.4 MB -> 2026-09-27/GX010467.MP4
β’ GX010468.MP4 4.05 GB -> 2026-09-27/GX010468.MP4
π 2026-09-28/ (18 files, 77.25 GB)
β’ GX010475.MP4 11.06 GB -> 2026-09-28/GX010475.MP4
β’ GX020475.MP4 8.94 GB -> 2026-09-28/GX020475.MP4 [Chapter 2 kept together]3. Start Streaming Sync
Stream everything directly to your cloud destination:
# Direct zero-disk streaming into Google Drive
gopro2cloud sync --dest gdrive:GoPro
# Dry-run to preview what will be skipped and uploaded
gopro2cloud sync --dest gdrive:GoPro --dry-run
# Upload to Dropbox or AWS S3 instead
gopro2cloud sync --dest dropbox:GoPro_Backups
gopro2cloud sync --dest s3:my-video-bucket/gopro4. βοΈ CloudSync: Direct Cloud-to-Cloud Transfers (Zero Local Disk)
Transfer single files or folders between any configured cloud remotes (e.g. OneDrive to Google Drive) without downloading to local disk:
# Using the standalone cloudsync command
cloudsync onedrive:Photos/sample.mp4 gdrive:GoPro/
cloudsync onedrive:Brazil_Travel_2026 gdrive:GoPro/Brazil_Travel_2026 --sync
cloudsync onedrive:Brazil_Travel_2026 gdrive:GoPro/Brazil_Travel_2026 --dry-run
# Or using gopro2cloud subcommands
gopro2cloud cloud-copy onedrive:Photos/sample.mp4 gdrive:GoPro/
gopro2cloud cloud-sync onedrive:Brazil_Travel_2026 gdrive:GoPro/Brazil_Travel_2026
gopro2cloud cloudsync onedrive:Brazil_Travel_2026 gdrive:GoPro/Brazil_Travel_2026 --dry-runπ€ AI Agent & MCP Server
gopro2cloud includes a native FastMCP Server that exposes camera discovery and transfer tools directly to AI coding assistants like Antigravity, Claude Desktop, Cursor, and Windsurf.
Add this to your MCP configuration (claude_desktop_config.json or mcp_config.json):
{
"mcpServers": {
"gopro2cloud": {
"command": "python3",
"args": ["-m", "gopro2cloud.mcp_server"]
}
}
}Now you can control your camera conversationally:
"Hey, what videos are on my GoPro?"
"Check if my GoPro is connected and sync the newest clips to Google Drive."
"Copy my vacation folder from OneDrive to Google Drive."
πΊοΈ Roadmap
Zero-disk direct HTTP streaming (
rclone copyurl)Direct cloud-to-cloud file & folder transfers (
copyto/sync)Resilient socket watchdog & deadlock-safe staging cleanup
Intelligent recording date & chapter grouping
Recursive deduplication (skips existing files)
Multi-cloud support (Google Drive, Dropbox, OneDrive, S3/R2/B2)
Standalone CLI + Self-contained integration test suite
FastMCP Server & AI Agent Skills
Wireless offload over local Wi-Fi station mode
Lightweight background menu bar tray icon (macOS / Windows)
Automatic camera card cleanup option (with strict safety verification)
π Support & Contributing
If this project saved you $50/year on GoPro subscriptions or saved your laptop hard drive from filling up:
β Star this repository on GitHub!
π΄ Fork it to add support for custom cloud scripts, hooks, or notifications.
π Report issues or submit Pull Requests β contributions are warmly welcome!
π License
Distributed under the MIT License. Open source and free for everyone.
This server cannot be deployed
Maintenance
Related MCP Connectors
Connect AI assistants to authorized Windows and macOS devices for files, commands, and management.
11Connect your video workflows to cloud storage. Organize and access video assets across projects wiβ¦
Turns a phone into a camera+Bluetooth remote so AI assistants can see and control any PC.
Image and video AI tools and your own pipelines, run from any AI assistant.
Related MCP Servers
- AlicenseNot gradedqualityDmaintenanceEnables AI assistants to access and control network cameras to capture images and perform analysis including brightness detection, color distribution, and edge detection.1MIT
- AlicenseNot gradedqualityDmaintenanceEnables AI assistants to remotely control Sony DSC cameras via the Camera Remote API, supporting live view, shooting, exposure adjustment, zoom, and content management.1MIT
- AlicenseCqualityCmaintenanceEnables MCP-compatible AI agents to browse, search, transfer, organize, pause, resume, and cancel files and folders across O2, Drive, OneDrive, and Google Photos accounts using the same local service and transfer queue as the desktop app.24MIT

Upstream MCP Serverofficial
AlicenseNot gradedqualityBmaintenanceEnables an AI assistant to run cloud live streaming end to end: starting and stopping broadcasts, reordering playback queues, searching and organizing the media library, planning stream schedules, and managing multistream destinations. It connects over a remote Streamable HTTP endpoint secured with OAuth or a personal access token, applying the same validation, ownership rules, and rate limits as the public REST API.1MIT