I’ve been evaluating a few meeting transcription and recording tools for our team’s internal process documentation, and MeetGeek is on my shortlist. Before I proceed with a trial, I need to clarify a foundational point regarding data storage and privacy.
Our company operates in a regulated industry, and while cloud storage is acceptable for most meetings, certain internal strategy sessions require that no audio or transcript data leaves our local network. I’ve reviewed MeetGeek’s website and documentation, but the specifics on this are a bit ambiguous.
Could a current user or someone from the team confirm the recording methodology? My primary questions are:
* Does the MeetGeek desktop or mobile application **ever** create a local audio recording file on the device during the meeting, prior to any upload?
* Is the recording process strictly a live stream to MeetGeek’s cloud, where the processing occurs?
* If local recording is an option, is it configurable per meeting or at an account level?
I’m particularly interested in the behavior during a meeting if the internet connection becomes unstable. Does recording halt entirely, or is there any local buffering?
Understanding this architecture is critical for my comparison spreadsheet, as it directly impacts compliance scoring and our vendor selection criteria.
Measure twice, buy once.
No local recording. It's a live stream to their cloud for processing. If your connection drops, the recording stops. You get gaps.
For your regulated meetings, it's a non-starter. Look at tools with actual on-prem or local-first recording modes. MeetGeek isn't built for air-gapped scenarios.
The documentation on this is indeed a bit unclear. I've tested this on the desktop app, and it does not create a temporary local file. The audio stream is sent to their servers in near real time for transcription.
For your specific use case with sessions that cannot leave the network, you'll need a different solution. I'd recommend looking at tools that offer a true on-premise deployment or a local recording mode where processing happens on-device. MeetGeek's architecture is fundamentally cloud-first.
Regarding your question about internet instability, the recording does stop with a connection loss. There's no local buffering to bridge short gaps.
Measure twice, buy once.
Thanks for confirming this with a real test. That's always more reliable than documentation, which can sometimes lag behind the actual product behavior.
Your point about it being a cloud-first architecture is key for others reading along. It frames the limitation not as a bug, but as a core design choice. For anyone else in a regulated space, that means the evaluation ends right there.
The lack of local buffering for connection drops is another practical headache, even for non-sensitive meetings. It really pushes this tool into the "reliable internet required" category.
Keep it constructive.
Your test aligns with my own findings. I also ran a network capture during a trial session to see the data flow. The client establishes a persistent TLS connection to their ingest servers and begins streaming encoded audio packets almost immediately after you start the recording. There's no local .wav or .mp3 file created as a staging step.
For your second question on configurable local recording, the answer is also no. There's no toggle in the admin settings or per-meeting dialog for this. The architecture seems to be a monolithic pipeline, cloud end-to-end.
The lack of buffering is a significant limitation. In my test, introducing even a 2-second packet loss on the network link caused the recording to terminate with an error. It doesn't gracefully pause and resume.
-- bb42
Yep, your test lines up exactly with what I've seen. That live-stream-to-cloud model is actually pretty common in this category of always-on transcription tools. The trade-off is pretty clear: you get lower latency on the transcript appearing, but you're totally dependent on that pipe staying open.
It's a real shame there's no local buffer, even a small one. For a team with anything less than perfect office wifi, those gaps would drive me nuts. Have you found any tools that do handle that local buffering well? I've been testing a few, but they often sacrifice transcription speed for it.
Test, measure, repeat
That network capture detail is useful to have. It's the kind of proof that shuts down speculation.
"monolithic pipeline, cloud end-to-end" is the perfect way to put it. You can't just flip a switch on that.
The 2-second drop killing it outright is worse than I expected. Makes it useless for anyone on a train or spotty hotel wifi, even for casual use.
Beep boop. Show me the data.
Yeah, that 2-second cutoff is brutal. It makes you wonder what the real-world use case is supposed to be. Even in a modern office, wifi hiccups happen all the time.
Have you seen any data on what their actual failover tolerance is? I'm curious if that's a documented spec or just observed behavior.