Recordings vanish. Not metaphorically — files disappear when a phone breaks, internal storage fills up, or someone swaps devices mid-project. MeetingMinutes handles this through an automatic backup layer that runs passively in the background.
What Gets Synced
Three data types replicate to cloud storage: audio files, transcript text, and generated meeting minutes. The trigger is the end of each recording session — no manual save, no export step, no user action required.
Moving to a New Device
Logging into MeetingMinutes on a different phone or tablet pulls the entire historical archive from cloud storage. Recordings, transcripts, and minutes appear in the same state they were left on the previous device. No file transfer, no manual re-import.
The initial archive pull depends on local network speed. A history of 200+ recordings typically surfaces in the device sidebar within 2–4 minutes. Subsequent sessions load instantly since the local cache already exists.
Offline Behavior
Disconnected devices can still read archived content. The last synced state is cached locally, so meeting notes from yesterday are accessible in airplane mode, in a basement with no signal, or during a cross-country flight.
The offline layer does not cover recordings that haven't been synced yet, nor content added to the cloud from another device while this device was disconnected. Those items appear only after the device reconnects and the app refreshes.
Sync Under Network Stress
In a building with intermittent cellular coverage, the app queues unfinished sync operations and retries on the next stable connection. Data loss during network drops has been reported as effectively zero in user discussions, though no formal uptime SLA is published by the developer.
The local recording engine operates independently of cloud connectivity. A meeting can be recorded entirely offline and synced hours later when signal returns.
Architectural Boundaries
The cloud-first design has practical limits. It suits individuals and teams recording across multiple devices who need continuity through phone upgrades and can work with cloud-dependent access. It creates a conflict for organizations enforcing strict zero-cloud-retention policies.
Fully air-gapped environments where no device touches the internet fall outside the supported model entirely.
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