How Can You Record Google Meet Meetings Without a Bot?

Building a product like an AI meeting notetaker or interview notetaking app that needs to access Google Meet meeting data without adding a bot to the call? You essentially have three options: use Google's native Meet APIs, build local capture using operating system APIs or record the meeting locally through a desktop application.

Method 1: Using Google's native Meet APIs for recording meetings without a bot

Best for: Products that only need post-meeting data and can obtain the required Google Meet permissions and configuration.

For post-meeting workflows, the Google Meet REST API exposes meeting data such as recordings, transcripts, transcript entries, and participant information. Your application can query the meeting data after the meeting and retrieve the generated recording and transcript artifacts.

If you need real-time meeting data, you have to use the Google Meet Media API (a separate API). It provides access to live meeting media while the call is in progress, rather than post-meeting artifacts. Note: Google Meet Media API is currently part of the Google Workspace Developer Preview Program, so access is limited. That means you can't use the Google Meet Media API for customer-facing products, as customers will likely not be part of the preview program.

Limitations of Google's native Meet APIs

Access depends on the customer's Google Workspace settings and whether recording or transcription was enabled for the meeting. If Meet did not generate a recording or transcript, there is no corresponding artifact for your app to retrieve, even if the meeting took place or was recorded separately using another tool.

Live meeting access also has more restrictions. The Meet Media API is still in Developer Preview, and Google currently requires the Cloud project, OAuth principal, and meeting participants to be enrolled in the Developer Preview Program. In practice, this means every meeting participant needs to be enrolled in the program or your app won't be able to even access live meeting data.

But building an app for end users also requires more than having everyone get the right API access. The Meet REST API does not provide a complete recording experience, so you'll need additional components to detect when meetings start, automate capture, and manage recordings from start to finish. Finally, Google's APIs only solve for Google Meet. If your customers also use Zoom or Microsoft Teams, you need separate integrations, permissions, and data models for those platforms.

Method 2: Using ScreenCaptureKit and WASAPI for recording meetings without a bot

Best for: Capturing only audio on one specific operating system

Operating-system APIs such as ScreenCaptureKit on macOS and WASAPI on Windows can capture Google Meet audio without a bot or Google Meet API access. However, they provide raw media streams rather than meeting-ready transcripts, speaker identities, or context. Native APIs also don't provide things like real-time meeting data. So your team still needs to build the processing, recording controls, and failure handling required to turn those streams into a reliable meeting recorder.

The main limitation of ScreenCaptureKit and WASAPI is the development work needed to build a complete meeting recorder. They provide the underlying capture functionality, but your team must implement meeting detection, recording controls, storage, audio synchronization, transcription, speaker attribution, and failure handling.

Method 3: Using a desktop recording SDK for recording meetings without a bot

Best for: Capturing meetings on all platforms and operating systems

A desktop recording SDK can be added to an Electron app in just a few lines of code. Once configured, it can automatically detect supported Google Meet calls and start recording locally without adding another participant to the meeting.

From the same integration, your application can capture audio and video, receive speaker-attributed transcripts in real time, and access recordings and transcripts after the meeting ends. That gives you both real-time and post-meeting meeting data without building separate capture, transcription, and meeting-detection systems yourself.

Because the same SDK also supports Zoom and Microsoft Teams in addition to Google Meet, you can keep the same recording pipeline as users move between meeting platforms rather than rebuilding the integration for each one.

Install the SDK through npm. Then initialize it when your Electron application starts:

const RecallAiSdk = require("@recallai/desktop-sdk");

RecallAiSdk.init({
  apiUrl: "https://us-west-2.recall.ai"
});

The Desktop Recording SDK is also designed with end-user applications in mind. That makes it a strong foundation for building end-user products such as AI meeting assistants, coaching tools, note-taking apps, or workflow agents where meeting data needs to be captured reliably in the background as part of the product experience.

Google Meet APIs vs a desktop recording SDK

As the comparison shows, a desktop recording SDK gives you more flexibility. You can get both real-time meeting data and post-meeting recordings and transcripts through the same integration, without building separate workflows for each type of data or depending on the customer's Google Workspace configuration.

That becomes even more useful as your user base grows. Customers may have different Workspace policies and meeting settings, and users may move between Google Meet, Zoom, and Microsoft Teams. A desktop recording SDK gives you one recording and transcription layer across supported platforms, so scaling to more users and meeting platforms does not mean adding a new integration for each one.