How to Sync Zotero Files Using WebDAV and Google Drive with Koofr: A Step-by-Step Guide

Learn how to seamlessly sync your Zotero files across devices using WebDAV with Koofr and Google Drive. This step-by-step guide ensures your research materials are accessible on both your Mac and iPad, enhancing your productivity and workflow.

Introduction:

In the realm of academic research and information management, Zotero stands out as a powerful tool for organizing and managing references. However, ensuring that your Zotero files are synced and accessible across multiple devices, such as a Mac and an iPad, can sometimes be a challenge. This blog post will guide you through the process of using WebDAV with Koofr to sync your Zotero files to Google Drive, enabling seamless access from any device.

Step 1: Setting Up Koofr for WebDAV

Before we dive into configuring Zotero, we need to set up Koofr for WebDAV access.

  1. Create a Koofr Account:
    • Visit ~Koofr~ and sign up for a free account.
  2. Generate an Application-Specific Password:
    • Log into your Koofr account.
    • Navigate to Preferences > Passwords.
    • Generate an application-specific password. This will be used for WebDAV access.
  3. Note Down WebDAV Connection Settings:
    • Host: https://app.koofr.net/dav/Koofr
    • Port: 443
    • User: Your Koofr email address
    • Password: The application-specific password you just generated

Step 2: Linking Google Drive to Koofr

Koofr allows you to link your Google Drive account, acting as a bridge for file storage.

  1. Connect Google Drive:
    • In your Koofr account, go to the Connections section.
    • Select the option to connect Google Drive.
    • Follow the prompts to authorize Koofr to access your Google Drive.

Step 3: Configuring Zotero on Mac

Now, let’s configure Zotero to use Koofr via WebDAV.

  1. Open Zotero Preferences:
    • Launch Zotero on your Mac.
    • Go to Zotero > Preferences.
  2. Set Up Syncing:
    • Navigate to the Sync tab.
    • Ensure you have entered your Zotero account details to sync metadata.
  3. Configure File Syncing with WebDAV:
    • In the Sync tab, click on Settings under File Syncing.
    • Select Sync attachment files in My Library using WebDAV.
    • Enter the WebDAV URL (https://app.koofr.net/dav/Koofr), your Koofr email address, and the application-specific password.
    • Click Verify Server to ensure Zotero can connect to the WebDAV server.
    • Once verified, click OK to save the settings.

Step 4: Syncing Zotero Files to WebDAV

  1. Sync Zotero:
    • Click on the green sync arrow at the top right of Zotero to start syncing your files to the WebDAV server.
    • Ensure the sync completes successfully.

Step 5: Accessing Zotero Files on iPad

To access your Zotero library on your iPad, follow these steps:

  1. Install Zotero App:
    • Download and install the Zotero app from the App Store on your iPad.
  2. Set Up Zotero on iPad:
    • Open the Zotero app and log in with your Zotero account details.
    • The app will automatically sync metadata with your Zotero library.
  3. Configure WebDAV for File Syncing:
    • In the Zotero app, go to Settings > File Syncing.
    • Enter the WebDAV URL (https://app.koofr.net/dav/Koofr), your Koofr email address, and the application-specific password.

Step 6: Verifying Access

  1. Check Sync on iPad:
    • Open a few entries in your Zotero library on the iPad to ensure that attachments are accessible and synced correctly.

Conclusion

By following these steps, you can effectively sync your Zotero files using WebDAV with Koofr and Google Drive. This setup ensures that your research materials are readily available on both your Mac and iPad, enhancing your productivity and research workflow. Happy researching!

Utpal Kumar
Utpal Kumar

Geophysicist | Geodesist | Seismologist | Open-source Developer
I am a geophysicist with a background in computational geophysics, currently working as a postdoctoral researcher at UC Berkeley. My research focuses on seismic data analysis, structural health monitoring, and understanding deep Earth structures. I have had the opportunity to work on diverse projects, from investigating building characteristics using smartphone data to developing 3D models of the Earth's mantle beneath the Yellowstone hotspot.

In addition to my research, I have experience in cloud computing, high-performance computing, and single-board computers, which I have applied in various projects. This includes working with platforms like AWS, Docker, and Kubernetes, as well as supercomputing environments such as STAMPEDE2, ANVIL, Savio and PERLMUTTER (and CORI). My work involves developing innovative solutions for structural health monitoring and advancing real-time seismic response analysis. I am committed to applying these skills to further research in computational seismology and structural health monitoring.

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