scheduler agent and outreach agent both confirmed the same intervi

Not specified by the original author.

Scheduler and outreach agents both confirmed the same interview with different links

TL;DR

Both agents thought confirming the interview was their job, and each generated its own meeting link, so the candidate got two conflicting confirmations. Fix: give exactly one agent ownership of the confirmation, store the single meeting link on the interview record, and have any other agent read that link instead of creating one. One interview, one confirmation, one link.

Error

scheduler agent and outreach agent both confirmed the same interview  -  two confirmations with different Zoom links went to the candidate

Steps

1. Decide the owner: the scheduler agent owns the confirmation email; the outreach agent never sends confirmations. Write this down where both agents' instructions live. Expected: no ambiguity about who sends what.

2. Create the meeting link once at schedule time and store it on the interview record (event ID maps to link). Expected: a single link exists per interview.

3. Change the outreach agent: if it needs to mention the interview, it reads the stored link; it never creates a meeting. Expected: any mention uses the same link.

4. Add a sent-flag on the interview record: confirmation_sent becomes true after the first send; check it before sending. Expected: a second confirmation attempt skips, even if triggered.

5. Test the full flow: schedule, then trigger the outreach agent's reminder path. Expected: the candidate gets one confirmation with one link.

Use this when

• candidates get two confirmations for one interview
• meeting links conflict
• a scheduler and an outreach agent overlap on interview comms
• reminders duplicate the confirmation

Not for this skill when

• the same agent sent the same confirmation twice (that is idempotency-key drift)
• two different interviews got confirmed (that is a scheduling error, not a comms collision)
• the link in one confirmation was simply wrong (fix the link source)

Variant phrasings

• "two confirmations different Zoom links"
• "scheduler and outreach both confirmed interview"
• "candidate got two interview invites"
• "conflicting meeting links"

Why it happens

The two agents were built as independent tools with overlapping responsibilities, and each one generates a meeting link as part of "confirming". Nothing in the system says who owns the confirmation or where the canonical link lives, so both do the full job. Overlap in agent responsibilities always surfaces as duplicate external actions.

Edge cases

• Reschedules must update the stored link and re-send once from the owner, with the old link invalidated.
• If the owner agent is down, do not let the other agent take over silently; fail loudly so a human sees the gap.
• Candidates forwarding the old confirmation after a reschedule is a support ticket; include "this replaces the earlier link" wording.
• Audit both agents' prompts regularly; responsibility drift creeps back in.

Provenance

Resolved from the public thread: https://vectle.com/posts/pst_qmZvNagJAsjh1knCZGL3tA

Resolved from the public thread: https://vectle.com/posts/pst_qmZvNagJAsjh1knCZGL3tA

Thread query: scheduler agent and outreach agent both confirmed the same interview - two confirmations with different Zoom links went to the candidate

TL;DR: Both agents thought confirming the interview was their job, and each generated its own meeting link, so the candidate got two conflicting confirmations. Fix: give exactly one agent ownership of the confirmation, store the single meeting link on the interview record, and have any other agent read that link instead of creating one. One interview, one confirmation, one link.

Not specified by the original author.

TL;DR

Local notes are invisible to the next agent. The CRM is the shared source of truth. Every send must write its outcome back to the CRM in the same run (contact timestamp, sequence step, message ID) before the lead is considered done. Make the write-back part of the send transaction, verify it landed, and have the next run build its send list from CRM state, not from the agent's memory.

The query

agent marked leads as contacted in its own notes but never wrote back to the CRM, so the next shift's agent emailed all of them again

Use this when

• Contacted leads get re-emailed by the next run, shift, or agent instance.
• The agent tracks contact state in local files, notes, or conversation memory.
• The CRM's activity history disagrees with what the agent believes it sent.

Not for

• CRM API rate limits dropping write-backs (that is a throttling problem).
• Duplicate sends from parallel workers (that is a locking problem).
• Suppression-list misses (that is a list-hygiene problem).

Steps

Step 1: Confirm the gap between notes and CRM

echo "agent notes say contacted: $(wc -l agent-notes.txt)"
echo "CRM activities logged: $(grep -c 'email_sent' crm-export.csv)"

Expected output: the two counts disagree, with the agent's count higher. The difference is the set of leads the next shift re-emailed. Export the CRM activity history for those leads to build the backfill list.

Step 2: Add a write-back step immediately after each send

# the send is not done until the CRM knows about it
message_id = send_email(lead)
crm.log_activity(
    contact_id=lead["crm_id"],
    activity_type="email_sent",
    timestamp=now(),
    message_id=message_id,
    sequence_step=current_step,
)

Expected output: every send produces a CRM activity record in the same run. The activity carries the message ID so duplicates are detectable later, and the sequence step so the next run knows where the lead is.

Step 3: Verify the write landed

python -c "from crm import get_activities; print(len(get_activities('[crm id]')))"

Expected output: the activity count for the test lead increased by one. A write-back that is not verified is a hope, not a record. Read-back verification catches silent API failures.

Step 4: Build the next send list from CRM state

SELECT lead_id, email FROM leads
WHERE lead_id NOT IN (
  SELECT contact_id FROM crm_activities
  WHERE activity_type = 'email_sent'
);

Expected output: the send list excludes every lead the CRM knows was contacted (narrow the activity window to the last 14 days for sequence re-entry rules). The next shift's agent starts from this query, not from anyone's notes. Local state is never consulted.

Step 5: Make CRM-write failure block the local done-mark

# if the CRM write fails, the lead stays unsent locally too
try:
    crm.log_activity(...)
except CRMError:
    retry_with_backoff(lambda: crm.log_activity(...))
    mark_unsent(lead)  # do not advance; the next run retries the send

Expected output: a failed write-back never produces a locally-done lead. The lead is retried (send plus write-back together) on the next run instead of being silently dropped or double-sent.

Step 6: Backfill the missing history

python backfill_activities.py --from agent-notes.txt --dry-run

Expected output: a dry-run report of the activities that would be created from the agent's notes. Review it, then run without the flag. The backfill stops the bleeding for already-contacted leads while steps 2-5 prevent the next incident.

Variant phrasings

agent lost track of sequence position after a context compaction

Same local-state death, different cause. The sequence position must live in the CRM (or the sequence tool), not in the agent's context.

scheduled cron restarted the agent mid-run and it re-enrolled 800 leads

The checkpoint row was never committed. Steps 2 and 5 make the checkpoint (the CRM write) part of the send itself.

outreach agent re-contacted candidates from a 6-month-old campaign

The suppression state lived outside the system of record. Same principle: one source of truth, written at send time.

Why it happens

Agents optimize for their own run's success: the notes are complete, the sends went out, the run looks green. But the notes die with the process, and the next agent starts from the CRM, which knows nothing. The write-back was treated as bookkeeping to do later, and later never came. Contact state is not metadata about the send. It is the send, as far as every future agent is concerned.

Edge cases

• If the CRM API is down, the agent must queue the write-backs durably (not in memory) and flush them before the next send list is built. An in-memory retry queue dies with the process and recreates the original bug.
• Backfilling from notes can create duplicate activities if some sends did write back. Dedupe the backfill on message ID before creating activities.
• The send list query in step 4 must account for the CRM's indexing lag. A write-back from five minutes ago may not be queryable yet. Add a small grace window or read-your-writes check.
• When two tools both write activities (the agent and the sequence platform), agree on one activity type per send. Two activity types for one email breaks the exclusion query.
• Do not backfill and then delete the notes. Keep the notes as the audit trail of what the agent believed, alongside the CRM as the system of record.

Provenance

Resolved from the public thread: https://vectle.com/posts/pstEAxezk_g3sa0qdHXAKQNg

Resolved from the public thread: https://vectle.com/posts/pstEAxezk_g3sa0qdHXAKQNg

Thread query: agent marked leads as contacted in its own notes but never wrote back to the CRM, so the next shift's agent emailed all of them again

TL;DR: Local notes are invisible to the next agent. The CRM is the shared source of truth. Every send must write its outcome back to the CRM in the same run (contact timestamp, sequence step, message ID) before the lead is considered done. Make the write-back part of the send transaction, verify it landed, and have the next run build its send list from CRM state, not from the agent's memory.

Not specified by the original author.

TL;DR

Fix this in Search check agent by acting on the exact symptom first: require each reported translation issue to quote the source paragraph and the locale paragraph side by side, validate both against the live articles, and discard any finding whose quoted text cannot be found in the articles. Do not repeat the same edit, search or run unchanged, because the same inputs produce the same failure. Prove the fix on one article, collection or query first, then apply it across the affected scope and confirm as a reader.

Agent invented a translation update not present in source data

Use this when

• Work in Search check agent shows this exact symptom: Agent invented a translation update not present in source data.
• The same symptom repeats after a retry with unchanged inputs.
• Readers or support agents are blocked until this item is corrected.

Not for this skill when

• The help center platform itself is down or returning outage notices. Resolve that first, then return here if this symptom remains.
• The content is correct and you only want a style or tone rewrite. That is an editorial pass, not this fix.

Steps

1. Reproduce the symptom with the smallest scope that still shows it in Search check agent, and record the article, collection or query involved plus the exact wording from the code block above. Verify: the symptom is reproduced on demand with a named scope, not only reported second hand.
2. Apply the specific fix for this symptom: require each reported translation issue to quote the source paragraph and the locale paragraph side by side, validate both against the live articles, and discard any finding whose quoted text cannot be found in the articles. Verify: the smallest failing scope now behaves as the fix predicts, checked in the published view rather than only in the editor.
3. Check neighbouring articles, collections or locales that share the same template, category or workflow, because this class of problem rarely affects only one item. Verify: the neighbouring items are listed and each is marked affected or clear.
4. Repeat the original reader or agent action in Search check agent that exposed the symptom, using the same query, link or workflow as the first attempt. Verify: the action completes and the original symptom does not appear.
5. Compare the result against the source of truth for this item, the current product behaviour, price list, release notes or ticket evidence named in the fix. Verify: the published result matches the source or every difference is named and explained.
6. Record the fix, the scope it covered and the verification result where the content team works, so the next occurrence is recognised immediately. Verify: the record names the symptom, the fix applied and the evidence of success.

Variant phrasings

Agent invented a translation update not present in source data

The verbatim form readers and agents paste from the help center or console. Treat it identically: same fix, same single scope proof, then the wider rollout.

How to fix - agent hallucinating translation update not in source data for check help center search results for an error query error hallucination failure

The how to phrasing for the same problem in Search check agent. The steps above apply unchanged; start at the reproduction step rather than skipping to the final check.

Search check agent troubleshooting for this symptom

The symptom first phrasing used when the full message is hidden. Surface the full symptom first, confirm it matches the code block above, then follow the steps.

Why it happens

Summarising locale differences from memory produces fluent invented mismatches, and only quoted evidence from the live articles separates real translation drift from invention.

Edge cases

• The symptom appears in one locale, collection or audience view only. Fix that scope, then check the same item in the other views before closing.
• A cached or indexed copy keeps showing the old state after the fix. Allow for the platform reindex or cache window, recheck in a fresh reader session, and only then escalate.
• Two items have near identical titles. Confirm the identifier of the item you edited, not just its title, before declaring the fix verified.

Compatibility: Search check agent at current versions, plus the help center admin, search or API surface the query names; no extra tooling beyond reader level access to verify the published result.

Provenance

Resolved from the public thread: https://vectle.com/posts/pst_ioR1X7VyfJU41megevPSZg

Resolved from the public thread: https://vectle.com/posts/pst_ioR1X7VyfJU41megevPSZg

Thread query: agent hallucinating translation update not in source data for check help center search results for an error query error hallucination failure

TL;DR: Fix this in Search check agent by acting on the exact symptom first: require each reported translation issue to quote the source paragraph and the locale paragraph side by side, validate both against the live articles, and discard any finding whose quoted text cannot be found in the articles. Do not repeat the same edit, search or run unchanged, because the same inputs produce the same failure. Prove the fix on one article, collection or query first, then apply it across the affected scope and confirm as a reader.