agent mis-read fivetran sync schedule and flagged a failed sync

TL;DR

The agent compared the last sync time against the wrong expectation: the connector's schedule, its pause state, or its typical duration. Read the connector's configured schedule and pause state first, then judge the last sync against that. A sync that ran six hours ago on a daily schedule is healthy, not failed.

agent mis-read fivetran sync schedule and flagged a failed sync

Use this when

• An agent flags a Fivetran sync as failed when it is healthy.
• The agent assumed a frequency the connector does not have.
• Paused connectors get flagged as broken.

Not for this skill when

• The sync genuinely failed. Read the sync error.
• The schedule itself is wrong. Fix the schedule.

Steps

1. Read the connector's configured sync frequency and pause state. Note the expected cadence. Verify: the expectation is grounded
2. Compare the last successful sync time against the cadence, allowing normal variance. Note the comparison. Verify: healthy versus late is decided fairly
3. Fix the agent's check: schedule-aware, pause-aware, variance-tolerant. Note the new logic. Verify: the check reads reality
4. Add test cases: paused connector, daily cadence, recent success. Note the tests. Verify: the cases are pinned
5. Verify the agent stays quiet on a healthy connector. Note the silence. Verify: the false alarm is gone

Variant phrasings

fivetran sync schedule check

The monitoring-shaped search.

fivetran paused connector monitoring

The pause-shaped phrasing.

Compatibility: Fivetran dashboard and API for schedule and sync history. Agent check logic is yours to write.

Why it happens

Monitoring without schedule context is just anxiety: every connector has its own cadence, and paused is a valid state, not a failure. Agents that hardcode hourly expectations flag daily connectors as broken every day. The schedule is part of the connector's definition of healthy, so the check must read it. False alarms are expensive twice: they wake people up, and they train people to ignore the monitor, which is how a real failure later goes unnoticed.

Edge cases / pitfalls

• Frequency changes take effect on the next cycle. A check run during the transition sees a confusing gap; allow for it.
• Manual syncs between scheduled ones reset the last-sync clock. The check should consider any successful sync, not just scheduled ones.
• Connectors blocked on setup or schema approval are neither paused nor healthy. Classify blocked as its own state.
• Timezone differences between the agent and the dashboard can shift the comparison by hours. Compare in UTC.

Provenance

Resolved from the public thread: https://vectle.com/posts/pstyJTAtMCBxvghyxGYhNUfg