Understand If You Can Use QuickTime Player to Record Meetings

QuickTime Player is one of the simplest ways to record your screen on a Mac. It is built into macOS, requires no separate installation, and lets you record either your entire screen or a selected portion of it.

But using QuickTime to record a meeting exposes an important difference between screen recording and meeting recording.

For most versions of macOS, QuickTime can record your screen and a selected microphone, but it does not natively record the system audio being played by applications on your computer. Apple’s screen-recording instructions for these versions tell users to select a microphone if they want to include audio.

That creates an obvious problem for meetings: the people on the other side of a Zoom, Google Meet, or Microsoft Teams call are usually coming through your computer’s output audio, not your microphone.

Can QuickTime Player record a meeting?

On macOS 26 and earlier, QuickTime Player cannot record meetings. That’s because on these versions of macOS, QuickTime Player can only record the microphone. That means that it will only pick up what the user recording the meeting is saying, and will not capture the speech of anyone else in the meeting – making the overall recording useless.

If you're not wearing headphones, your microphone might capture some of the sound coming through your speakers and pick up some of the remote participants indirectly.

But that is very different from capturing their audio directly.

You can end up with:

• quieter remote participants
• room echo
• background noise
• distorted audio
• inconsistent volume
• feedback
• little or no remote audio when headphones are being used

The resulting QuickTime recording could therefore contain your side of the conversation but little or none of theirs.

What changed in macOS 27?

Apple has added native system-audio capture to screen recording in macOS 27 Golden Gate.

Apple's current documentation says that users on macOS 27 or later can choose Include System Audio when creating a screen recording.

However, this change does not eliminate the other limitations of using QuickTime as meeting-recording infrastructure.

For example, QuickTime still does not inherently provide:

• automatic meeting detection
• participant metadata
• speaker identification
• meeting URLs or titles
• participant join and leave events
• real-time transcripts
• meeting lifecycle events
• a cross-platform Windows implementation

So even with native system-audio capture, QuickTime remains a general-purpose screen recorder rather than a meeting-aware recording system.

Workarounds for recording system audio with QuickTime

On macOS versions that don't support native system-audio recording, users commonly rely on virtual audio devices or audio-routing software.

The basic idea is to route the audio coming from Zoom, Teams, or Google Meet into a virtual device that QuickTime can see as an audio input.

A setup might look roughly like:

Meeting audio → virtual audio device → QuickTime

rather than having QuickTime capture the meeting directly.

This can work, but it significantly increases setup complexity.

Users may have to:

• install an additional audio driver
• configure an aggregate or multi-output audio device
• change their system output
• change the audio device used by the meeting application
• configure QuickTime to record the virtual device
• test the setup before every important recording

And you still need to make sure your own microphone is included.

For an individual user who needs to record one meeting, this may be acceptable. However, it is much harder to make this workflow reliable across hundreds or thousands of customers.

System audio and microphone audio also need to work together

Simply adding system-audio capture does not solve every audio problem.

Microphone and meeting application audio streams can originate from different devices and APIs. A production recorder has to make sure they are captured together correctly, remain synchronized, and continue working if the user's audio configuration changes.

For example, someone could join a meeting using their MacBook microphone and speakers and then connect AirPods halfway through. A meeting recorder needs to handle that transition without silently losing part of the conversation.

Meanwhile, QuickTime is designed primarily around a user selecting an audio source before beginning a recording, rather than managing the full meeting audio lifecycle automatically.

QuickTime recordings stay on the user's Mac

After a screen recording is finished, the result is saved as a local recording file. Apple allows users to choose where screen recordings are saved, with the desktop being the default location in its current workflow.

If you're building a SaaS product, that creates another engineering problem.

Your application would have to:

1. Detect when the QuickTime recording finishes.
2. Locate the file.
3. Determine which meeting it belongs to.
4. Upload it.
5. Handle interrupted uploads.
6. Process the audio or video.
7. Send it to your transcription system.
8. Associate the resulting transcript with the correct user and meeting.

QuickTime solves the local screen-recording step. It does not solve the meeting-data pipeline around it.

QuickTime only works on Mac

QuickTime Player is also limited to Apple's ecosystem.

If you build your recording workflow around QuickTime, it cannot provide the same experience to Windows users.

You would therefore need:

macOS → QuickTime-based recording implementation

and a completely separate:

Windows → Windows recording implementation

For a meeting product, supporting both operating systems means maintaining two different recording stacks.

QuickTime does not provide meeting metadata

Screen and audio capture are also only part of what meeting products need.

Your application may need structured information such as:

• the meeting title
• meeting URL
• participant names
• when each person joined
• when each person left
• who is speaking
• meeting start and end times
• transcripts
• chat messages

QuickTime does not understand any of these concepts.

It sees a screen recording, not a structured meeting.

Your product would therefore have to obtain this information separately and associate it with the correct recording.

QuickTime is useful for screen recording, not meeting infrastructure

QuickTime's biggest advantage is simplicity. If you are a Mac user and need to quickly record something happening on your screen, it is difficult to beat a tool that is already installed.

But a meeting-recording product has very different requirements. On macOS 26 and earlier, the first problem appears immediately: QuickTime can record a microphone, but it does not natively capture system audio using its standard screen-recording workflow. That means reliably capturing the other participants in a meeting requires additional audio-routing infrastructure.

macOS 27 improves the situation by adding native system-audio recording, but the larger product limitations remain. QuickTime still does not provide the meeting detection, cross-platform support, metadata, transcription, speaker attribution, device management, or automated upload pipeline that meeting-powered applications typically require.

Using a Desktop Recording SDK for meeting recording instead

If you simply want to create a recording of yourself speaking and showing what’s on your screen, QuickTime can be a convenient option. If you're building a product on top of meeting data, however, the requirements are different.

Recall.ai's Desktop Recording SDK is designed specifically for recording meetings locally without adding a bot to the call.

Rather than asking users to configure QuickTime, virtual audio devices, and separate upload workflows, a meeting recorder built with the Desktop Recording SDK can handle the capture layer within your own application. A desktop app built on top of the SDK can record a meeting and automatically pass audio, video, transcripts, and meeting metadata to your product. For that reason, using a Desktop Recording SDK can eliminate a significant amount of recording infrastructure you would otherwise have to build and maintain.