TenantCloud MCP Server
Click on "Deploy Server".
Wait a few minutes for the server to deploy. Once ready, it will show a "Started" state.
In the chat, type
@followed by the MCP server name and your instructions, e.g., "@TenantCloud MCP Serverwho owes rent?"
That's it! The server will respond to your query, and you can continue using it as needed.
Here is a step-by-step guide with screenshots.
tenantcloud-client-ts
TypeScript client library and MCP server for TenantCloud, a rental property management platform. A port of yllibed/TenantCloudClient (C#/.NET), extended well beyond parity.
This is not an official TenantCloud product. TenantCloud does not provide a public API; this library works against their internal endpoints and can break whenever TenantCloud changes their frontend. Use at your own risk.
Packages
Package | npm | Description |
| API client: typed sub-clients for messaging, maintenance, financials, and leasing; paginated sources with fluent filters; generic JSON:API CRUD; token stores (OS credential store, file); CDP-based browser auth | |
| MCP server (stdio) exposing TenantCloud to AI agents (Claude Desktop, Claude Code, Cursor), with a |
Related MCP server: Buildium MCP Server
Quick start
Client library
npm install tenantcloud-clientimport { TcClient, SecureTokenStore } from "tenantcloud-client";
import { CdpTokenProvider } from "tenantcloud-client/cdp";
const provider = new CdpTokenProvider({
tokenStore: new SecureTokenStore(),
allowInteractiveLogin: true,
});
const tc = new TcClient(provider);
// Reads with fluent filters
const user = await tc.getUserInfo();
const tenants = await tc.contacts.onlyTenants().getAll();
const overdue = await tc.transactions.forCategory("income").forStatus("with_balance").getAll();
// Typed sub-clients
const threads = await tc.messaging.threads("tenant");
await tc.messaging.sendMessage(threads.items[0].id, "Hi!");
const request = await tc.maintenance.create({ title: "Leaky faucet", property_id: 123 });
// First contact with a lead (creates their message thread)
const thread = await tc.leasing.openLeadThread(leadId);
await tc.messaging.sendMessage(thread.id, "Thanks for your interest!");
// Any other endpoint via generic JSON:API CRUD
const tasks = tc.resource("/tasks", "task");
await tasks.create({ title: "Call plumber" });MCP server
One command (needs Node 20+):
npx tc-mcp install claude-code # or: claude-desktopRestart Claude Code and ask things like "who owes rent?", "message the lead who inquired yesterday", or "create a maintenance request for unit 3B". The first time, the agent notices you are not signed in and offers to open a TenantCloud sign-in window (normal password + 2FA); tokens go to your OS credential store. To sign in ahead of time instead: npx tc-mcp login.
Hosted server (Claude on web, teams)
For teammates on claude.ai, tc-mcp serve runs a multi-user remote server: OAuth 2.1 in front (claude.ai custom connector flow, email + invite code), an encrypted per-user TenantCloud token vault in Postgres, and per-person pairing via tc-mcp login --remote. Each teammate's tool calls run under their own TenantCloud account and permissions.
Each company hosts its own instance (fork or clone this repo - there is no shared multi-company server by design). Step-by-step Railway guide, including CLI commands and troubleshooting: docs/DEPLOY_RAILWAY.md.
MCP tools
68 tools across seven areas, plus resources tc://guide, tc://catalog, tc://property/{id}, tc://unit/{id}, tc://contact/{id}:
Core reads:
get_user_info,list_contacts,list_properties,list_units,list_transactions,list_leasesMessaging:
list_message_channels,list_threads,find_threads,list_messages,send_message,message_lead(first contact with a lead: creates their thread and sends in one step),mark_thread_readMaintenance:
list_maintenance_requests,get_maintenance_request,create_maintenance_request,update_maintenance_request,resolve_maintenance_request,list_inspectionsFinancials:
get_transaction_statistics,create_transaction,update_transaction,delete_transaction,list_recurring_transactions,list_payments,list_reconciliation_accounts,owner_balancesLeasing:
get_lease,update_lease,list_lease_notices,list_applications,list_screenings,list_leads,create_leadPortfolio:
list_property_keys,create_property_key,update_property_key,delete_property_key(Keys & Locks - door/lockbox codes);list_equipment,create_equipment,update_equipment,delete_equipmentEscape hatch:
tc_request(any of the ~1100 cataloged endpoints; seetc://catalog)
Tool responses resolve foreign-key IDs to human-readable names via an entity cache, and messenger payloads are slimmed so they fit agent context windows.
How authentication works
TenantCloud has no OAuth or API keys. The CDP token provider:
Returns the in-memory token if its JWT is still valid
Loads from the token store, refreshing via
POST /auth/tokenif expiredConnects to a running Chromium browser (debug port 9222) and extracts
access_token/fingerprintfrom localStorage and thetc_refresh_tokencookie of anapp.tenantcloud.comtabIf allowed, launches a temporary browser window for interactive login and polls until you finish signing in
Development
npm install
npm run build # tsc --build for both packages
npm test # vitest (unit + MCP in-memory transport tests)
TC_AUTH_TOKEN=<jwt> npm test # also runs live API integration testsSee SPEC.md for design decisions and the documented internal API surface (~1100 endpoints, discovered from the SPA bundle; full list in docs/api-catalog.txt).
License
MIT. Portions derived from yllibed/TenantCloudClient, copyright Carl de Billy, MIT.
This server cannot be deployed
Maintenance
Related MCP Connectors
Property management AI: work orders, vendors, appliances, and triage for Claude and ChatGPT.
- PayRentOAuthcom.payrent
Connect AI assistants to PayRent to manage landlord portfolios, confirming changes first.
- mcp-serverOAuthcom.make
Give your AI agents the tools to build, manage, and run automation workflows.
Vacation rental discovery, direct booking, and property protection for AI agents.
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- AlicenseCqualityDmaintenanceEnables interaction with Buildium property management software through natural language, supporting operations on associations, leases, rentals, tenants, and more.815MIT
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- AlicenseNot gradedqualityBmaintenanceEnables AI assistants to operate property management systems via natural language, covering repair orders, owner info, payments, notices, and inspections. Features a full agentic workflow with human-in-the-loop and observability.MIT