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UniFi semantic-analysis MCP — fleet health, anomaly detection, cross-site analytics
About
UniFi semantic-analysis MCP — fleet health, anomaly detection, cross-site analytics
Security Report
This UniFi MCP server is well-structured with appropriate authentication controls and proper credential handling. API keys are sourced from environment variables (not hardcoded), and the server implements read-only operations only, limiting blast radius. Minor code quality concerns around broad error handling and logging practices prevent a higher score, but permissions align well with the server's stated MSP/analytics purpose. Supply chain analysis found 3 known vulnerabilities in dependencies (0 critical, 2 high severity). Package verification found 1 issue.
4 files analyzed · 10 issues found
Security scores are indicators to help you make informed decisions, not guarantees. Always review permissions before connecting any MCP server.
Permissions Required
This plugin requests these system permissions. Most are normal for its category.
What You'll Need
Set these up before or after installing:
Environment variable: UNIFI_API_KEY
Environment variable: UNIFI_API_URL
Environment variable: UNIFI_API_KEY_OWNER
Environment variable: UNIFI_TOOLS
Environment variable: UNIFI_DISABLE
Environment variable: UNIFI_LOCAL_URL
Environment variable: UNIFI_LOCAL_USER
Environment variable: UNIFI_LOCAL_PASS
Environment variable: UNIFI_LOCAL_SITE
Environment variable: UNIFI_LOCAL_INSECURE
How to Install
Add this to your MCP configuration file:
{
"mcpServers": {
"io-github-us-all-unifi": {
"env": {
"UNIFI_TOOLS": "your-unifi-tools-here",
"UNIFI_API_KEY": "your-unifi-api-key-here",
"UNIFI_API_URL": "your-unifi-api-url-here",
"UNIFI_DISABLE": "your-unifi-disable-here",
"UNIFI_LOCAL_URL": "your-unifi-local-url-here",
"UNIFI_LOCAL_PASS": "your-unifi-local-pass-here",
"UNIFI_LOCAL_SITE": "your-unifi-local-site-here",
"UNIFI_LOCAL_USER": "your-unifi-local-user-here",
"UNIFI_API_KEY_OWNER": "your-unifi-api-key-owner-here",
"UNIFI_LOCAL_INSECURE": "your-unifi-local-insecure-here"
},
"args": [
"-y",
"@us-all/unifi-mcp"
],
"command": "npx"
}
}
}Documentation
View on GitHubFrom the project's GitHub README.
UniFi MCP Server
The MSP-style UniFi MCP — built around the official Site Manager API + Cloud Connector with cross-site analytics no other UniFi MCP exposes.
54 tools split across 7 semantic-analysis aggregations, 9 raw Site Manager, and 35 Cloud Connector — plus 2 optional local controller tools that surface per-port error counters and SFP DDM the Cloud API doesn't expose. Severity verdicts (
healthy/info/warning/critical) on top of curated thresholds. 8 MCP Prompts (4 fleet-wide ops + 4 MSP workflows). Read-only — Ubiquiti's API keys don't ship write yet.
Pre-flight diagnostic
npx -y @us-all/unifi-mcp --doctor
Validates env vars, pings Site Manager API, probes Cloud Connector (if owner key set), and checks category toggles before starting. Exits non-zero on critical issues so it works in CI / pre-deploy scripts.
What it does that others don't
- Site Manager analytics —
site-health-timeline,summarize-site,firmware-inventory,compare-sites,wan-uptime-trend,top-clients-by-bandwidth,list-sites-overview. No other UniFi MCP exposes these. - Severity verdicts, not just numbers — every analysis tool returns
healthy / info / warning / critical / unknownwith a curated reason. Curated thresholds (e.g. WAN uptime <90% =critical, startupTime <1h =criticalpost-reboot). - Cloud Connector first-class — 35 tools through the official
/v1/connector/consoles/{id}/...proxy.connectorAvailable(capability) vsconnectorResolved(this-call) split. - Aggregation tools — fold 3–7 sequential calls into 1 with
caveatsarray surfacing partial failures (e.g. Site Manager API can't window-bound WAN uptime — that's surfaced explicitly). - MCP Prompts (8) — fleet ops:
triage-site-degradation,firmware-rollout-audit,wan-uptime-report,cross-site-anomaly-detection. MSP workflows:msp-onboard-site-checklist,msp-monthly-client-report,msp-fleet-firmware-plan,msp-bandwidth-complaint-investigation. - Token-efficient by design — smallest schema footprint of all
@us-all/*MCPs (default ~5K tokens with owner key). Fleet of 200+ devices analyzable inside a single session. - Apps SDK card —
summarize-siterenders as a fleet-status card on ChatGPT clients (online %, WAN uptime, gateway, devices) via_meta["openai/outputTemplate"]. Claude clients receive the same JSON content. - stdio + Streamable HTTP — defaults to stdio. Set
MCP_TRANSPORT=httpfor ChatGPT Apps SDK or remote clients (Bearer auth viaMCP_HTTP_TOKEN). - Local controller direct access (v1.13.0) — opt-in
UNIFI_LOCAL_*env enables 2 tools that bypass the Cloud Connector and hit the controller's legacy/api/s/{site}/stat/device/{mac}directly on the LAN:get-port-errors(port-level rx/tx errors, link-flap counters, SFP DDM — Rx/Tx Power dBm, temperature, voltage, TX/RX fault) andlist-port-flap-summary(fleet-wide port instability ranking). Surfaces data the Integration API doesn't expose. Requires LAN reachability.
Try this — 5 prompts
Connect the server to Claude Desktop or Claude Code, then paste any of these:
- MSP morning check — "Fleet health check across all my UniFi sites. Flag anything not
healthywith severity, top 3 issues." - Firmware rollout audit — "Find devices on outdated firmware across every site. Group by site, show current vs latest version, prioritize by criticality."
- Site degradation triage — "USM site has WiFi complaints. Pull the last 24h: device statuses, WAN uptime, recent reboots, top-bandwidth clients. Anything anomalous?"
- WAN SLA report — "Generate a monthly WAN uptime report for all sites. Surface outages > 5 minutes, dual-WAN failover events, sites below 99.5% target."
- Cross-site anomaly — "Compare USS to my other sites — clients per AP, traffic patterns, device firmware mix. Flag outliers and suggest the most likely cause."
- Port flap triage (requires
UNIFI_LOCAL_*) — "Rank every port across all switches by instability score. For the top 3 worst offenders, pull SFP DDM if present and tell me whether the signal itself is bad or it's something downstream."
When to use this vs other UniFi MCPs
| sirkirby/unifi-mcp | enuno/unifi-mcp-server | @us-all/unifi-mcp (this) | |
|---|---|---|---|
| GitHub stars | 291 | 117 | — |
| Tool count | 224 | 74 | 54 |
| Scope | Network + Protect + Access + Drive | Network + multi-site + QoS + backup | Site Manager + Cloud Connector + analytics |
| Site Manager API | ❌ | partial | ✅ deep + analytics |
| Cloud Connector | ❌ | partial (3 modes) | ✅ avail/resolved split |
| UniFi Protect (cameras) | ✅ | ❌ | ❌ (out of scope) |
| UniFi Access (doors) | ✅ | ❌ | ❌ (out of scope) |
| Aggregation tools | ❌ | ❌ | ✅ 7 |
| Severity verdicts | ❌ | ❌ | ✅ curated thresholds |
| MCP Prompts | ❌ | ❌ | ✅ 8 (incl. 4 MSP workflows) |
Use sirkirby when you need cameras (Protect) or door access. Use enuno if you want raw Network API breadth. Use this server for MSP-style multi-site analytics, fleet triage, and any "is something off?" question across many consoles.
Install
Claude Desktop
{
"mcpServers": {
"unifi": {
"command": "npx",
"args": ["-y", "@us-all/unifi-mcp"],
"env": {
"UNIFI_API_KEY": "<your-key>",
"UNIFI_API_KEY_OWNER": "<owner-key-or-same-key-if-role=owner>"
}
}
}
}
Claude Code
claude mcp add unifi -s user \
-e UNIFI_API_KEY=<your-key> \
-e UNIFI_API_KEY_OWNER=<owner-key> \
-- npx -y @us-all/unifi-mcp
Build from source
git clone https://github.com/us-all/unifi-mcp-server.git
cd unifi-mcp-server && pnpm install && pnpm build
node dist/index.js
API keys — which one and where
The most common onboarding friction. UniFi has two surfaces through the same https://api.ui.com/v1:
| Surface | What it gives | Path | Env var |
|---|---|---|---|
| Site Manager | hosts, sites, devices summary, ISP metrics, SD-WAN configs (aggregated, console-wide) | /v1/hosts, /v1/sites, /v1/devices, /v1/sd-wan-configs | UNIFI_API_KEY |
| Cloud Connector | per-device, per-client, networks, firewall, WiFi (proxies to local controller) | /v1/connector/consoles/{hostId}/... | UNIFI_API_KEY_OWNER |
API key permissions inherit from the role of the account that created them.
| Account role | Site Manager | Cloud Connector |
|---|---|---|
| Admin (non-owner) | ✅ | ❌ 403 |
| Owner | ✅ | ✅ |
If you have the owner role, set both env vars to the same key. That's the most common case for @us-all operators.
Get the key: unifi.ui.com → Settings → API → Generate. View Only is the only option in GA today (Full Access greyed out — Early Access program needed for write).
Cloud Connector requirements
- Console firmware ≥ 5.0.3
- API path:
https://api.ui.com/v1/connector/consoles/{hostId}/{appPath} - Local
siteIdis a UUID, not the literal stringdefault - Available endpoints: Network integration API (
/network/integration/v1/sites, devices, clients, networks). Legacy paths (/api/s/{site}/stat/event) return 404. Event logs / syslog not exposed.
Local controller (optional, v1.13.0+)
Adds 2 tools that fill the gap left by Cloud Connector — per-port error counters, flap counters, and SFP DDM. These live in /api/s/{site}/stat/device/{mac} (legacy) and the official Network Integration API does not expose them (verified against OpenAPI spec v10.4.57).
Requirements:
- LAN/VPN reachability from the host running this MCP to the controller (typically
https://<controller-ip>) - A controller local account (Viewer / Limited Admin role is sufficient — Owner credentials NOT required)
- Self-signed cert handling: set
UNIFI_LOCAL_INSECURE=truefor stock UDM Pro
Auth flow: POST /api/auth/login (cookie) → all subsequent calls re-use the session, 401 triggers automatic re-login. Read-only.
Configuration
| Variable | Required | Default | Description |
|---|---|---|---|
UNIFI_API_KEY | ✅ | — | API key from unifi.ui.com (any admin role) |
UNIFI_API_KEY_OWNER | ❌ | — | Owner-role API key — enables 35 Cloud Connector tools. If your key has owner role, set this to the same value. |
UNIFI_API_URL | ❌ | https://api.ui.com/v1 | API base URL |
UNIFI_TOOLS | ❌ | — | Comma-sep allowlist of categories. |
UNIFI_DISABLE | ❌ | — | Comma-sep denylist. Ignored when UNIFI_TOOLS is set. |
MCP_TRANSPORT | ❌ | stdio | http to enable Streamable HTTP transport |
MCP_HTTP_TOKEN | conditional | — | Bearer token. Required when MCP_TRANSPORT=http |
MCP_HTTP_PORT | ❌ | 3000 | HTTP listen port |
MCP_HTTP_HOST | ❌ | 127.0.0.1 | HTTP bind host (DNS rebinding protection auto-enabled for localhost) |
MCP_HTTP_SKIP_AUTH | ❌ | false | Skip Bearer auth — e.g. behind a reverse proxy that handles it |
UNIFI_LOCAL_URL | ❌ | — | Local controller URL (e.g. https://10.10.1.1). Setting this + USER/PASS enables 2 local category tools. |
UNIFI_LOCAL_USER | conditional | — | Controller local account username (required when UNIFI_LOCAL_URL set). Viewer/Limited-Admin role is sufficient. |
UNIFI_LOCAL_PASS | conditional | — | Controller local account password (required when UNIFI_LOCAL_URL set). |
UNIFI_LOCAL_SITE | ❌ | default | Site slug for legacy /api/s/{site}/*. |
UNIFI_LOCAL_INSECURE | ❌ | false | Accept self-signed cert (typical for UDM Pro). |
Categories (9): analysis, raw, devices, clients, networks, firewall, wan, reference, local.
When MCP_TRANSPORT=http: POST /mcp (Bearer-auth JSON-RPC) + GET /health (public liveness).
Token efficiency
Smallest schema footprint of all @us-all/* MCPs.
| Scenario | Tools | Schema tokens |
|---|---|---|
| default no-owner | 17 | 1,700 |
UNIFI_TOOLS=analysis | 8 | 1,000 (−42%) |
| default with owner key | 52 | ~5,000 |
UNIFI_TOOLS=analysis + owner | 8 | 1,000 (−80%) |
Severity & thresholds
Every analysis tool returns one of:
healthy— no issuesinfo— informational, no actionwarning— needs attentioncritical— immediate actionunknown— API failure or incomplete data
Curated thresholds:
| Condition | Severity |
|---|---|
| Device offline | critical |
startupTime < 1h | critical (just rebooted) |
startupTime < 24h | warning (recent reboot) |
startupTime < 72h | info (monitor) |
| WAN uptime < 90% | critical |
| WAN uptime < 95% | warning |
MCP Prompts (8)
Workflow templates available via MCP prompts/list. Four are fleet-ops; four are MSP-specific (managed-service-provider workflows).
Fleet ops:
triage-site-degradation— site complaints workflow: device + WAN + reboots + clients in sequence.firmware-rollout-audit— fleet-wide firmware diff and rollout safety check.wan-uptime-report— monthly WAN SLA-style report across sites.cross-site-anomaly-detection— compare a site to fleet baseline; flag outliers.
MSP workflows:
msp-onboard-site-checklist— pass/fail readiness checklist for a newly added customer site (firmware floor, console connectivity, uptime trend, connector availability, firewall sanity, recent reboots, pending devices).msp-monthly-client-report— customer-facing monthly health report (one site → headline, network availability, devices, top users, recommendations) with non-technical phrasing.msp-fleet-firmware-plan— staggered N-wave rollout plan to a target firmware version, ordered by risk-tolerance with maintenance windows + rollback triggers.msp-bandwidth-complaint-investigation— triage 'internet is slow at site X' via WAN trend + ISP metrics + top clients + DPI categories + recent reboots.
MCP Resources
unifi://site/{hostName}/devices— site's devices snapshotunifi://reboots/recent— recently rebooted devices fleet-wide
Tools (54 + 2 optional local)
9 categories. Use search-tools to discover at runtime; full list collapsed below. Cloud Connector tools (33) only register when UNIFI_API_KEY_OWNER is set; without it the surface is 19 tools. Local controller tools (2) only register when UNIFI_LOCAL_URL/USER/PASS are set.
| Group | Tools |
|---|---|
| Semantic analysis (incl. aggregations) | 9 |
| Site Manager raw | 9 |
| Cloud Connector (devices/clients/networks/wifi/firewall/wan/reference) | 33 |
Sites local (list-local-sites, get-app-info) | 2 |
Local controller (get-port-errors, list-port-flap-summary) | 2 |
Meta (search-tools) | 1 |
Semantic analysis (9)
list-sites-overview, analyze-site-health, detect-recent-reboots, compare-sites, firmware-inventory, wan-uptime-trend, top-clients-by-bandwidth, summarize-site (aggregation), site-health-timeline (aggregation)
Site Manager API (9)
list-hosts, get-host, list-sites, list-devices, get-isp-metrics (optional), query-isp-metrics (optional), list-sdwan-configs, get-sdwan-config, get-sdwan-config-status
Cloud Connector — devices (4)
get-device-details, get-device-by-id, get-device-statistics, list-pending-devices
Cloud Connector — clients (2)
list-site-clients, get-client-details
Cloud Connector — networks (3)
list-networks, get-network-details, get-network-references
Cloud Connector — WiFi (2)
list-wifi-broadcasts, get-wifi-broadcast-details
Cloud Connector — firewall / ACL / DNS (10)
list-firewall-zones, get-firewall-zone, list-firewall-policies, get-firewall-policy, get-firewall-policy-ordering, list-acl-rules, get-acl-rule, get-acl-rule-ordering, list-dns-policies, get-dns-policy
Cloud Connector — traffic / WAN / VPN (5)
list-traffic-matching-lists, get-traffic-matching-list, list-wans, list-vpn-tunnels, list-vpn-servers
Cloud Connector — hotspot / reference (7)
list-vouchers, get-voucher-details, list-radius-profiles, list-device-tags, list-dpi-categories, list-dpi-applications, list-countries
Sites local (2)
list-local-sites, get-app-info
Local controller (2, opt-in via UNIFI_LOCAL_*)
get-port-errors— per-portrx_errors/tx_errors/rx_dropped/tx_dropped+ link state, plus persistent flap counters (linkDownCount,stpChangeCount,anomalies) and SFP DDM when a transceiver is present (rxPowerDbm,txPowerDbm,temperatureC,voltageV,txBiasMa,rxFault,txFault, vendor/part/serial).onlyProblemsfilter for triage.list-port-flap-summary— iterates all switches in the controller, ranks ports fleet-wide by scorelinkDownCount*2 + stpChangeCount + rx_errors + tx_errors. Surfaces the unstable cables / transceivers / NIC-power-save endpoints anywhere in the site at once. Counters are persistent across queries (reset only on switch reboot).
Meta
search-tools — query other tools by keyword; always enabled.
Architecture
Claude → MCP stdio → src/index.ts
├── tools/analysis.ts → Site Manager API (UNIFI_API_KEY)
├── tools/*.ts (raw) → Site Manager API (UNIFI_API_KEY)
├── tools/connector.ts → Cloud Connector (UNIFI_API_KEY_OWNER)
└── tools/local-ports.ts → Local Controller (UNIFI_LOCAL_URL + LAN)
helpers/resolver.ts → hostName ↔ ID mapping
Built on @us-all/mcp-toolkit:
extractFields— token-efficient response projectionsaggregate(fetchers, caveats)— fan-out helper forsummarize-site/site-health-timelinecreateWrapToolHandler—X-API-KEYredaction +ConnectorError/UniFiErrorextraction- Retry: 3 attempts, exponential backoff (1s → 2s → 4s) + jitter, 30s Cloud Connector timeout
Limitations
- Read-only — UniFi API keys don't support write yet (Full Access role greyed out in GA).
- Rate limit — 10,000 req/min on stable v1; 100 req/min on Early Access.
- Cloud Connector partial proxy — Network integration API works; legacy paths return 404; event logs/syslog not exposed.
- ISP Metrics — may return 404 depending on account/plan.
Tech stack
Node.js 22+ • TypeScript strict ESM • pnpm • @modelcontextprotocol/sdk • zod v4 • dotenv.
License
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