How to Integrate Lovable with Buildium

Log in to your Buildium account and navigate to Settings (click your account name in the top right) → API Access. If you don't see API Access in Settings, your plan may not include API access — check that you're on Buildium's Essential, Growth, or Premium plan, as the free trial may not include API access. On the API Access page, click 'Create API Key'. Give it a descriptive name like 'Lovable Integration'. Buildium generates a client ID and client secret pair, or in some account configurations, a single API key string. Copy these values — the secret is shown only once in some configurations. Buildium's API uses HTTP Basic Authentication where the username is your client ID and the password is your client secret, encoded as Base64 in the Authorization header. The API base URL is https://api.buildium.com/api/v1. Review Buildium's API documentation at developer.buildium.com to understand the available endpoints and their response formats before building the Edge Function.

In Lovable, click the '+' button next to the Preview panel to open the Cloud tab, then navigate to Secrets. Add your Buildium credentials: - BUILDIUM_CLIENT_ID: your Buildium API client ID - BUILDIUM_CLIENT_SECRET: your Buildium API client secret Buildium uses HTTP Basic Auth with client ID as username and client secret as password. The Edge Function constructs the Authorization header by Base64-encoding 'clientId:clientSecret'. Some Buildium accounts use a single API key instead — if your account provided a single key string, store it as BUILDIUM_API_KEY and adjust the Edge Function authentication accordingly. Buildium's API base URL is always https://api.buildium.com/api/v1, so there's no need to store it as a secret. However, if Buildium provides you with a sandbox environment URL during development, store that as BUILDIUM_BASE_URL and switch it to the production URL before launch.

Create the Edge Function that proxies Buildium REST API requests. Buildium's API is well-documented and follows standard REST conventions: GET for reading resources, POST for creating, PUT/PATCH for updating, and DELETE for removing. All responses use JSON with consistent field naming. The function accepts an endpoint path and operation from the frontend, constructs the full Buildium URL, adds the Basic Auth header, and returns the response. Adding pagination support is important — Buildium paginates list responses with pagesize and pagenumber parameters, returning a totalCount and totalPages in the response. Buildium's API supports several useful query parameters for filtering: getProperties accepts orderBy and status, getTenants accepts unitId and buildingId filters, and getWorkOrders accepts status and propertyId filters. Building these filters into your Edge Function's parameter handling lets your React components efficiently query exactly the data they need.

1// supabase/functions/buildium-proxy/index.ts
2import { serve } from "https://deno.land/std@0.168.0/http/server.ts";
3
4const corsHeaders = {
5  "Access-Control-Allow-Origin": "*",
6  "Access-Control-Allow-Headers": "authorization, x-client-info, apikey, content-type",
7  "Access-Control-Allow-Methods": "POST, OPTIONS",
8};
9
10serve(async (req: Request) => {
11  if (req.method === "OPTIONS") {
12    return new Response("ok", { headers: corsHeaders });
13  }
14
15  try {
16    const clientId = Deno.env.get("BUILDIUM_CLIENT_ID");
17    const clientSecret = Deno.env.get("BUILDIUM_CLIENT_SECRET");
18    const authHeader = `Basic ${btoa(`${clientId}:${clientSecret}`)}`;
19
20    const { endpoint, method = "GET", params, body } = await req.json();
21
22    let url = `https://api.buildium.com/api/v1${endpoint}`;
23    if (params && method === "GET") {
24      url += "?" + new URLSearchParams(Object.entries(params).map(([k, v]) => [k, String(v)])).toString();
25    }
26
27    const response = await fetch(url, {
28      method,
29      headers: {
30        "Authorization": authHeader,
31        "Content-Type": "application/json",
32        "Accept": "application/json",
33        "x-buildium-api-version": "v1",
34      },
35      ...(body ? { body: JSON.stringify(body) } : {}),
36    });
37
38    const data = await response.json();
39    return new Response(JSON.stringify(data), {
40      status: response.status,
41      headers: { ...corsHeaders, "Content-Type": "application/json" },
42    });
43  } catch (error) {
44    return new Response(JSON.stringify({ error: error.message }), {
45      status: 500, headers: { ...corsHeaders, "Content-Type": "application/json" },
46    });
47  }
48});

With the Edge Function deployed, open the Lovable chat and describe the dashboard components you want. Provide the Buildium endpoint paths and field names from the Buildium API documentation — the key endpoints and their fields are well-documented at developer.buildium.com. Buildium's property objects include: id, name, address, type (Residential, HOA), status, and related units. Unit objects include: id, buildingId, unitNumber, address, status, rentAmount, and deposit. Tenant objects include: id, firstName, lastName, email, phone, and leaseId. Lease objects include: id, unitId, tenantIds, startDate, endDate, monthlyRent, securityDepositAmount, and status. For a property management dashboard, the most useful views are: all properties with unit counts and occupancy rates, vacancy list showing unoccupied units, upcoming lease expirations (leases ending in the next 60-90 days), rent collection status for the current month (tenants with outstanding balances), and open maintenance requests by property. Lovable generates the React components, data fetching logic, and UI for each of these views. Provide the relevant Buildium field names in your prompt to ensure Lovable generates correct data access code.

Maintenance request management is one of the highest-value features in a custom property management portal. Tenants submit requests through the Lovable portal, which creates work orders in Buildium. Property managers update work order status in Buildium, and the status syncs back to the tenant's portal view. Buildium's work orders API accepts: POST /workorders with body including title, description, priority (Low, Normal, High, Emergency), assignedAccountId (vendor), scheduledDateTime, and propertyId. To link a work order to a specific unit, include the unitId. The API returns the created work order with an auto-generated ID that tenants can use to track status. For a complete maintenance workflow, the tenant portal needs: a form for submitting new requests (creates a Buildium work order), a list of the tenant's open and recent requests (GET /workorders filtered by unitId), and status display showing the current work order status, vendor if assigned, and scheduled date. The property manager side needs: a full work order queue filtered by property or status, the ability to update work order status and assign vendors, and notes for communicating back to tenants. For complex maintenance workflows involving vendor management and cost tracking, RapidDev's team can help design the full Buildium integration architecture.