Security Digest

Security Digest

Setup Check

Before generating a digest, verify the primary server is reachable:

• UNIFI_PROTECT_HOST must be set — this is the required variable for the Protect MCP server.
• Confirm connectivity by calling protect_tool_index to verify the Protect server is available.

For full cross-product correlation (CORR-01 through CORR-05), the unifi-network and unifi-access plugins must also be configured. Check availability by calling unifi_tool_index and access_tool_index. Correlation rules that span missing servers are automatically skipped — the digest degrades gracefully to single-source output.

Generating a Digest

Determine the Time Range

Default ranges if the user does not specify:

• overnight — last 12 hours (6 pm to 6 am)
• today — since midnight
• recent — last 4 hours

Gather Events (parallel batch calls per server)

Use each server's batch tool to gather events in parallel within that server. Do not call these tools one at a time.

From Protect (required):

Use protect_list_smart_detections as the primary source — these are the highest-signal events (person, vehicle, package, animal). Only add protect_list_events with event_type=motion if you need raw motion data beyond smart detections. Skip protect_recent_events for digests — it only contains the last few minutes of buffered events and adds little value for historical ranges.

protect_batch([
  { "tool": "protect_list_smart_detections", "args": { "start": "...", "limit": 50, "compact": true } },
  { "tool": "protect_list_events", "args": { "start": "...", "event_type": "ring", "limit": 20, "compact": true } }
])

Use compact=true on all event queries for digests — it strips thumbnail_id, category, sub_category, and is_favorite fields, reducing response size by ~40%.

Events now include camera_name alongside camera_id — no need to call protect_list_cameras separately to resolve names.

From Access (if available):

access_batch([
  { "tool": "access_list_events", "args": { ... time range ... } },
  { "tool": "access_recent_events" },
  { "tool": "access_get_activity_summary" }
])

From Network (if available):

unifi_batch([
  { "tool": "unifi_list_alarms" },
  { "tool": "unifi_list_events", "args": { ... time range ... } }
])

The three batch calls (Protect, Access, Network) can be issued concurrently — they target independent servers.

Analyzing Events

Use these reference documents to classify and correlate the gathered events:

• references/event-types.md — catalog of all event type codes from Protect, Access, and Network, with key fields and digest relevance. Consult before labeling any event type.
• references/correlation-rules.md — the five deterministic cross-product correlation rules (CORR-01 through CORR-05) with their logic, time windows, and recommended responses. Apply these when data from multiple servers is available.
• references/severity-model.md — how base severity is computed and modified by time of day, location, and event frequency. Includes the full classification matrix. Apply this before assigning High/Medium/Low labels.

Smart detection events (person, vehicle, package) are the highest-signal items — prioritize these when reviewing Protect data.

Status classification:

• clear — no notable events; nothing requires attention. Lead with "nothing to worry about."
• notable — medium-severity events present; worth reviewing.
• alert — one or more high-severity events or fired correlations; prompt review warranted.

Do not invent concerns for quiet periods.

Cross-Product Correlation

When events from multiple servers are available, apply the five deterministic rules from references/correlation-rules.md:

When multiple rules fire on the same events, the highest severity wins and the rules are listed together in a single merged incident. See references/correlation-rules.md for full logic and pseudocode.

Report Format

## Security Digest — [date/time range]

### Summary
[1-2 sentence overview]

### Notable Events
[Chronological; only events worth human attention]

**[Time] — [Event description]**
- Source: [Protect/Access/Network]
- Severity: [High/Medium/Low]
- [Correlation rule if applicable]

### Activity Counts
| Source | Events | Notable |
|--------|--------|---------|
| Protect | [count] | person=[n] vehicle=[n] package=[n] |
| Access | [count] | denied=[n] |
| Network | [count] | alarms=[n] |

### Recommendations
[Only if action is warranted]

Tips

• Use each server's batch tool for parallel data gathering within that server. The three server batches (Protect, Access, Network) can run concurrently.
• Smart detections (person, vehicle, package) are the highest-signal events — surface these first when summarizing.
• If only one MCP server is available, produce a single-source digest. Do not apologize for missing data — work with what is connected.
• Use protect_get_event_thumbnail to offer visual evidence for notable person or vehicle detections when the user wants to see what triggered an alert.
• The most security value comes from overnight and 24h ranges where time-of-day severity modifiers (from references/severity-model.md) elevate routine events to notable ones.
• If status is clear, lead with that — do not manufacture concerns for quiet periods.