Investigating a session recording

When a user asks "what happened in this session?" or provides a recording/session ID to investigate, gather all relevant context in parallel rather than making them ask for each piece.

Available tools

| Tool | Purpose | | ------------------------------------------ | ------------------------------------------------ | | posthog:session-recording-get | Recording metadata (duration, counts, status) | | posthog:persons-retrieve | Person profile (properties, distinct IDs) | | posthog:execute-sql | Query events, errors, and page views in session | | posthog:query-error-tracking-issues-list | Find error tracking issues linked to the session | | posthog:session-recording-summarize | AI-generated summary (slow, ~5 min, optional) |

Workflow

Step 1 — Get recording metadata and person profile

Start with the recording to get metadata and the person's distinct ID:

json
posthog:session-recording-get
{
  "id": "<recording_id>"
}

The response includes distinct_id, person, duration, interaction counts, console error counts, and viewing status. Use the distinct_id to fetch the full person profile:

json
posthog:persons-retrieve
{
  "id": "<person_uuid_from_recording>"
}

Step 2 — Query same-session events

Get the timeline of what the user did during the session:

sql
posthog:execute-sql
SELECT
    timestamp,
    event,
    properties.$current_url AS url,
    properties.$browser AS browser,
    properties.$os AS os,
    properties.$device_type AS device_type,
    properties.$screen_width AS screen_width
FROM events
WHERE $session_id = '<session_id>'
ORDER BY timestamp ASC
LIMIT 200

For sessions with many events, focus on the most informative ones:

sql
posthog:execute-sql
SELECT
    timestamp,
    event,
    properties.$current_url AS url,
    if(event = '$exception', properties.$exception_message, null) AS exception_message,
    if(event = '$exception', properties.$exception_type, null) AS exception_type
FROM events
WHERE $session_id = '<session_id>'
    AND event IN ('$pageview', '$pageleave', '$autocapture', '$exception', '$rageclick')
ORDER BY timestamp ASC
LIMIT 100

Step 3 — Check for linked error tracking issues

If the recording has console errors or exceptions, find related error tracking issues:

sql
posthog:execute-sql
SELECT DISTINCT
    properties.$exception_fingerprint AS fingerprint,
    properties.$exception_type AS type,
    properties.$exception_message AS message,
    count() AS occurrences
FROM events
WHERE $session_id = '<session_id>'
    AND event = '$exception'
GROUP BY fingerprint, type, message
ORDER BY occurrences DESC
LIMIT 10

If fingerprints are found, search for the corresponding error tracking issues to provide links and status:

json
posthog:query-error-tracking-issues-list
{
  "searchQuery": "<exception_type or message>"
}

Step 4 — Synthesize the investigation

Present the findings as a coherent narrative:

1. Who — person properties (name, email, country, plan, etc.)
2. What — sequence of pages visited and key actions taken
3. Problems — exceptions, console errors, rage clicks, and their frequency
4. Related issues — linked error tracking issues with their status (active/resolved)
5. Context — session duration, device/browser, activity score

Optional: AI summary

If the user wants a deeper analysis without reading through events manually, offer session-recording-summarize. Warn that first-time summaries take ~5 minutes:

json
posthog:session-recording-summarize
{
  "session_ids": ["<session_id>"]
}

Tips

• Run steps 1-3 in parallel when possible — they're independent queries.
• If the recording has very few events, the session was likely very short.

Note this rather than suggesting something is broken.

• Console error count from the recording metadata is a good signal for whether

to dig into exceptions. If it's 0, skip step 3.

• The start_url from the recording tells you where the user's journey began —

use this to frame the narrative.

• If person is null on the recording, the user was anonymous.

Person properties won't be available, but events still are.