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How to Integrate Bolt.new with Agorapulse

Agorapulse's public API is limited and primarily available for partner integrations. For most Bolt.new projects, the practical approach is building social media scheduling and inbox dashboards using the native social platform APIs (Facebook Graph API, Twitter API v2, Instagram Graph API) directly — these provide the same core functionality with full public access. If you have Agorapulse API credentials, use them through server-side API routes with your OAuth token.

What you'll learn

  • How to access Agorapulse's API through the partner program and authenticate with OAuth
  • How to build equivalent social scheduling and inbox tools using native platform APIs as a practical alternative
  • How to fetch unified social analytics from multiple platforms using the Facebook Graph API
  • How to implement cross-platform post scheduling from a Bolt.new API route
  • How to build a social media inbox aggregating mentions and comments from multiple networks
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Intermediate16 min read30 minutesMarketingApril 2026RapidDev Engineering Team
TL;DR

Agorapulse's public API is limited and primarily available for partner integrations. For most Bolt.new projects, the practical approach is building social media scheduling and inbox dashboards using the native social platform APIs (Facebook Graph API, Twitter API v2, Instagram Graph API) directly — these provide the same core functionality with full public access. If you have Agorapulse API credentials, use them through server-side API routes with your OAuth token.

Build Social Media Management Tools with Agorapulse and Bolt.new

Agorapulse's strength is its unified social inbox — it pulls together comments, mentions, and messages from all connected social profiles into a single feed, making it easy for teams to respond and engage without switching between platforms. The platform also provides scheduling, analytics, and team collaboration features. While Agorapulse's public API has limited availability (primarily for partners), the core functionality can be replicated in Bolt using native social platform APIs.

For developers with Agorapulse API access (available through their partner program at agorapulse.com/partners), the integration follows a standard OAuth 2.0 pattern: register your app, obtain credentials, implement the authorization flow on a deployed URL, and make authenticated requests to Agorapulse's API endpoints. For the majority of Bolt.new users building social media tools, native platform APIs are a more accessible path: Facebook Graph API (covering Facebook Pages and Instagram Business), Twitter API v2, and LinkedIn Pages API all provide direct access to the social data underlying Agorapulse's aggregated views.

This guide covers both approaches: using Agorapulse's API when available, and building equivalent functionality with native platform APIs as the practical alternative. The native approach has the advantage of not requiring Agorapulse partner approval and providing more granular access to platform-specific data and features that Agorapulse's API may not expose.

Integration method

Bolt Chat + API Route

Bolt.new can connect to Agorapulse through server-side API routes if you have API access through Agorapulse's partner program. For users without Agorapulse API credentials, this guide covers building equivalent social media management tools using native platform APIs (Facebook Graph API, Twitter API v2) that provide direct access to the same social data. All outbound API calls work in Bolt's WebContainer preview — OAuth callbacks require a deployed URL.

Prerequisites

  • For Agorapulse API: Partner program approval from agorapulse.com/partners and OAuth 2.0 credentials
  • For native platform approach: Facebook Developer account with a registered app and Page Access Token (developers.facebook.com)
  • Twitter Developer account with API v2 access and Bearer Token (developer.twitter.com)
  • A Bolt.new project (Next.js or Vite)
  • A deployed URL on Netlify or Bolt Cloud for registering OAuth callback URIs with Facebook and other platforms

Step-by-step guide

1

Understand Agorapulse API Access and Choose Your Integration Path

Before writing any code, determine which integration approach is right for your project. Agorapulse offers API access through their partner program — apply at agorapulse.com/partners with a description of what you're building. The approval process is not instant and there's no guarantee of approval unless you're building a complementary product for their ecosystem. If you're an existing Agorapulse Enterprise customer, contact your account manager to ask about API access for custom integrations. For most Bolt.new developers building social media tools, the practical path is using native platform APIs directly: Facebook Graph API, Instagram Graph API, and Twitter API v2. These provide immediate access without an approval process (though Twitter API v2 has usage tiers that limit free access). The Facebook Graph API is particularly powerful — it covers both Facebook Pages and Instagram Business accounts through the same API, meaning a single integration provides analytics and publishing for two major platforms. Start by setting up the native platform APIs even if you're pursuing Agorapulse access. The data models are compatible — the dashboard structure you build against native APIs will work with minimal changes once you switch to Agorapulse's normalized API. Create your .env file with placeholders for both approaches: AGORAPULSE_ACCESS_TOKEN (for if/when Agorapulse access is granted), FACEBOOK_PAGE_ACCESS_TOKEN, FACEBOOK_PAGE_ID, TWITTER_BEARER_TOKEN, and INSTAGRAM_ACCESS_TOKEN.

Bolt.new Prompt

Set up a social media API integration for my Bolt app that supports both Agorapulse (when available) and native platform APIs. Create lib/social-apis.ts with these functions: fetchFacebookInsights(pageId, metric, period) using Facebook Graph API with FACEBOOK_PAGE_ACCESS_TOKEN, fetchTwitterMentions(userId) using Twitter API v2 with TWITTER_BEARER_TOKEN, and fetchInstagramMedia(userId) using Instagram Graph API. Each function should handle errors gracefully and return null (not throw) on failure so partial data can still be displayed. Add all relevant API keys to .env as placeholders with comments explaining where to get each one.

Paste this in Bolt.new chat

lib/social-apis.ts
1// lib/social-apis.ts
2export async function fetchFacebookInsights(
3 pageId: string,
4 metric: string = 'page_impressions,page_engaged_users',
5 period: string = 'week'
6) {
7 const token = process.env.FACEBOOK_PAGE_ACCESS_TOKEN;
8 const url = `https://graph.facebook.com/v19.0/${pageId}/insights?metric=${metric}&period=${period}&access_token=${token}`;
9
10 try {
11 const res = await fetch(url);
12 if (!res.ok) return null;
13 return res.json();
14 } catch {
15 console.error('Facebook API error');
16 return null;
17 }
18}
19
20export async function fetchTwitterMentions(userId: string) {
21 const token = process.env.TWITTER_BEARER_TOKEN;
22 const url = `https://api.twitter.com/2/users/${userId}/mentions?tweet.fields=public_metrics,created_at&max_results=20`;
23
24 try {
25 const res = await fetch(url, {
26 headers: { Authorization: `Bearer ${token}` },
27 });
28 if (!res.ok) return null;
29 return res.json();
30 } catch {
31 console.error('Twitter API error');
32 return null;
33 }
34}
35
36export async function fetchInstagramMedia(userId: string) {
37 const token = process.env.INSTAGRAM_ACCESS_TOKEN;
38 const url = `https://graph.instagram.com/${userId}/media?fields=id,caption,media_type,timestamp,like_count,comments_count&access_token=${token}`;
39
40 try {
41 const res = await fetch(url);
42 if (!res.ok) return null;
43 return res.json();
44 } catch {
45 console.error('Instagram API error');
46 return null;
47 }
48}
49
50// If/when Agorapulse API is available:
51export async function fetchAgorapulseProfiles() {
52 const token = process.env.AGORAPULSE_ACCESS_TOKEN;
53 if (!token) return null;
54
55 try {
56 const res = await fetch('https://app.agorapulse.com/api/v1/profiles', {
57 headers: { Authorization: `Bearer ${token}` },
58 });
59 if (!res.ok) return null;
60 return res.json();
61 } catch {
62 return null;
63 }
64}

Pro tip: Start with Facebook Graph API — a single Page Access Token gives you access to both Facebook Page analytics and Instagram Business insights through the same API. This is the fastest way to get cross-platform social data without waiting for Agorapulse partner approval.

Expected result: The social API utilities are set up. With valid tokens in .env, test calls to Facebook or Twitter return social data in the Bolt preview.

2

Build the Unified Social Inbox

The social inbox is the most valuable feature to build — it aggregates recent social interactions (comments, mentions, and messages) from multiple platforms into a single feed. Without a third-party tool like Agorapulse, this requires calling each platform's API separately and merging the results. Build a server-side API route that calls all available social APIs in parallel, normalizes the results into a common format (platform, author, content, timestamp, URL, type), sorts them by timestamp, and returns the unified feed. Facebook's Graph API provides access to Page comments and Instagram comments through the /{page-id}/conversations and /{media-id}/comments endpoints. Twitter's API v2 provides recent mentions through the /2/users/:id/mentions endpoint. The key for a good inbox experience is normalization — each platform returns data in a different format, but your front-end should receive a consistent structure. Define a SocialItem interface in TypeScript with fields that all platforms share: id, platform, type, author, content, timestamp, and url. Build a React component that renders these items as a timeline or card list. Add filter buttons to show only Facebook, only Instagram, or only Twitter items. Include a search input to filter by author name or content keywords. Mark-as-handled functionality can be implemented with Supabase — store handled item IDs in a table and toggle visibility on the front-end. Important: all these API calls are outbound HTTP requests and work in Bolt's WebContainer preview during development, so you can build and test the full inbox without deploying.

Bolt.new Prompt

Build a unified social inbox combining Facebook comments, Instagram mentions, and Twitter mentions. Create GET /api/social/inbox?page_id={fb_id}&twitter_user_id={tw_id}&instagram_user_id={ig_id} that calls all three platform APIs in parallel using Promise.allSettled(), normalizes each result to { id, platform, type, author, content, timestamp, url }, sorts by timestamp descending, and returns the combined array. Build a React component showing items as a feed with platform icon (colored badge), author name, content preview, and relative timestamp (e.g., '2 hours ago'). Add tabs to filter by All / Facebook / Instagram / Twitter. Add a Mark Handled button per item that stores handled IDs in localStorage.

Paste this in Bolt.new chat

app/api/social/inbox/route.ts
1// app/api/social/inbox/route.ts
2import { NextRequest, NextResponse } from 'next/server';
3import { fetchFacebookInsights, fetchTwitterMentions, fetchInstagramMedia } from '@/lib/social-apis';
4
5interface SocialItem {
6 id: string;
7 platform: 'facebook' | 'twitter' | 'instagram';
8 type: 'comment' | 'mention' | 'message';
9 author: string;
10 content: string;
11 timestamp: string;
12 url: string;
13}
14
15export async function GET(request: NextRequest) {
16 const { searchParams } = new URL(request.url);
17 const pageId = searchParams.get('page_id');
18 const twitterUserId = searchParams.get('twitter_user_id');
19 const instagramUserId = searchParams.get('instagram_user_id');
20
21 const [fbResult, twResult, igResult] = await Promise.allSettled([
22 pageId
23 ? fetch(
24 `https://graph.facebook.com/v19.0/${pageId}/feed?fields=comments{message,from,created_time}&access_token=${process.env.FACEBOOK_PAGE_ACCESS_TOKEN}`
25 ).then((r) => r.json())
26 : Promise.resolve(null),
27 twitterUserId ? fetchTwitterMentions(twitterUserId) : Promise.resolve(null),
28 instagramUserId ? fetchInstagramMedia(instagramUserId) : Promise.resolve(null),
29 ]);
30
31 const items: SocialItem[] = [];
32
33 // Normalize and merge — actual field mapping depends on platform API response structure
34 if (twResult.status === 'fulfilled' && twResult.value?.data) {
35 for (const tweet of twResult.value.data) {
36 items.push({
37 id: tweet.id,
38 platform: 'twitter',
39 type: 'mention',
40 author: tweet.author_id,
41 content: tweet.text,
42 timestamp: tweet.created_at,
43 url: `https://twitter.com/i/web/status/${tweet.id}`,
44 });
45 }
46 }
47
48 items.sort((a, b) => new Date(b.timestamp).getTime() - new Date(a.timestamp).getTime());
49
50 return NextResponse.json({ items, total: items.length });
51}

Pro tip: Use Promise.allSettled() instead of Promise.all() for the inbox API calls — if one platform's API is down or rate-limited, you still want to display data from the others instead of failing the entire request.

Expected result: The inbox displays a unified feed of social interactions from multiple platforms. Platform badges and relative timestamps make it easy to scan. Items from Facebook, Instagram, and Twitter appear in a single chronological feed.

3

Build Cross-Platform Post Publishing

A cross-platform post scheduler lets users write content once and publish it to multiple social networks simultaneously. Each platform has its own publishing API — Facebook Pages API for Facebook posts, Instagram Graph API for Instagram posts (requires a Business Account and goes through the Instagram API with Facebook credentials), and Twitter API v2 for tweets. Building a publisher requires separate API routes for each platform, a compose form that respects each platform's constraints (Twitter's 280-character limit is the most restrictive), and a mechanism to track the status of each publishing job. Implement the compose form with a live character counter that shows the most restrictive platform's remaining characters when multiple platforms are selected. For image posts, host the image on a CDN or Supabase Storage before submitting — most social platform APIs accept image URLs rather than file uploads in the post creation request. Facebook's Pages API accepts posts via POST to /{page-id}/feed with message and optionally link or picture parameters. Instagram publishing via the API uses a two-step process: first create a media container (POST to /{user-id}/media with the image URL and caption), then publish it (POST to /{user-id}/media_publish with the container ID). Twitter API v2 creates tweets via POST to /2/tweets. Handle partial failures gracefully — if the Facebook post succeeds but Twitter fails, show the user which platforms succeeded and allow retry for failed ones. Store post history in Supabase with the platform, external post ID, status, and any error messages for debugging.

Bolt.new Prompt

Build a cross-platform post publisher for Facebook, Instagram, and Twitter. Compose form: textarea with live character counter (shows 280 - length when Twitter is checked), image URL input, platform checkboxes (Facebook, Instagram, Twitter), and a Schedule / Publish Now toggle with datetime picker for scheduling. On submit, call POST /api/social/publish with { content, image_url, platforms: ['facebook', 'instagram', 'twitter'], scheduled_at? }. The API route publishes to each selected platform's API in parallel, saves results to Supabase 'published_posts' table (columns: platform, external_id, content, status, error, created_at), and returns a per-platform success/failure result. Show a result modal listing each platform's outcome.

Paste this in Bolt.new chat

app/api/social/publish/route.ts
1// app/api/social/publish/route.ts
2import { NextRequest, NextResponse } from 'next/server';
3
4async function publishToFacebook(pageId: string, content: string, imageUrl?: string) {
5 const token = process.env.FACEBOOK_PAGE_ACCESS_TOKEN;
6 const body: Record<string, string> = { message: content };
7 if (imageUrl) body.picture = imageUrl;
8
9 const res = await fetch(`https://graph.facebook.com/v19.0/${pageId}/feed`, {
10 method: 'POST',
11 headers: { 'Content-Type': 'application/json' },
12 body: JSON.stringify({ ...body, access_token: token }),
13 });
14 return res.json();
15}
16
17async function publishToTwitter(content: string) {
18 // Note: Twitter v2 write access requires Elevated or Pro tier
19 const res = await fetch('https://api.twitter.com/2/tweets', {
20 method: 'POST',
21 headers: {
22 Authorization: `Bearer ${process.env.TWITTER_BEARER_TOKEN}`,
23 'Content-Type': 'application/json',
24 },
25 body: JSON.stringify({ text: content }),
26 });
27 return res.json();
28}
29
30export async function POST(request: NextRequest) {
31 const { content, image_url, platforms } = await request.json();
32
33 if (!content || !platforms?.length) {
34 return NextResponse.json({ error: 'content and platforms are required' }, { status: 400 });
35 }
36
37 const pageId = process.env.FACEBOOK_PAGE_ID;
38 const results: Record<string, { success: boolean; id?: string; error?: string }> = {};
39
40 const tasks = platforms.map(async (platform: string) => {
41 try {
42 if (platform === 'facebook' && pageId) {
43 const data = await publishToFacebook(pageId, content, image_url);
44 results[platform] = { success: !!data.id, id: data.id, error: data.error?.message };
45 } else if (platform === 'twitter') {
46 const data = await publishToTwitter(content);
47 results[platform] = { success: !!data.data?.id, id: data.data?.id };
48 }
49 } catch (e) {
50 results[platform] = { success: false, error: String(e) };
51 }
52 });
53
54 await Promise.allSettled(tasks);
55 return NextResponse.json(results);
56}

Pro tip: Twitter API v2 write access (creating tweets) requires the Elevated tier or higher — the free Basic tier is read-only. Apply for Elevated access in the Twitter developer portal if you need publishing. Facebook and Instagram publishing works on standard developer app credentials.

Expected result: The compose form publishes to selected platforms simultaneously. The result modal shows which platforms succeeded. Posts appear on the respective social profiles.

4

Deploy and Set Up OAuth Access Tokens

Social platform API authentication requires proper setup that differs per platform. Deploying to Netlify or Bolt Cloud is necessary for platforms that use OAuth redirect flows. Facebook Page Access Tokens are the most critical to set up correctly. In the Facebook Developer portal (developers.facebook.com), create or use an existing app, add the Pages API product, then use the Graph API Explorer to generate a long-lived Page Access Token. A Page Access Token never expires (unlike User Access Tokens) when generated properly — it's the right token for server-side use. Add it to your deployment environment variables as FACEBOOK_PAGE_ACCESS_TOKEN, along with FACEBOOK_PAGE_ID (your Facebook Page's numeric ID). Instagram tokens are linked to Facebook — in the Graph API Explorer, request instagram_basic and pages_read_engagement permissions along with your Facebook Page permissions to get Instagram access. For Twitter, go to developer.twitter.com, create a project and app, then generate a Bearer Token from the Keys and Tokens section. Add TWITTER_BEARER_TOKEN to your environment variables. If pursuing Agorapulse API access, add AGORAPULSE_ACCESS_TOKEN once you receive it from the partner program. The Bolt WebContainer limitation is key here: when testing OAuth flows that require a callback redirect (Facebook OAuth, not Page tokens), you must use your deployed URL. Page Access Tokens and Bearer Tokens (which don't require an OAuth redirect) work in the preview. Set all environment variables in Netlify (Site Configuration → Environment Variables) or Bolt Cloud (Secrets panel) before your first production deployment.

Bolt.new Prompt

Prepare my social media dashboard for production deployment. Add a Settings page at /settings that shows which API integrations are configured (check for non-empty env vars: FACEBOOK_PAGE_ACCESS_TOKEN, TWITTER_BEARER_TOKEN, INSTAGRAM_ACCESS_TOKEN, AGORAPULSE_ACCESS_TOKEN) with green/red status indicators. Create a .env.example file with all required variables and comments. Add try-catch error handling to all social API routes so they return { error, platform } objects instead of crashing. Add rate limit handling: if any API returns 429, add a Retry-After header to the response.

Paste this in Bolt.new chat

app/settings/page.tsx
1// app/settings/page.tsx
2'use client';
3import { useEffect, useState } from 'react';
4
5interface IntegrationStatus {
6 name: string;
7 configured: boolean;
8 label: string;
9}
10
11export default function SettingsPage() {
12 const [statuses, setStatuses] = useState<IntegrationStatus[]>([]);
13
14 useEffect(() => {
15 fetch('/api/social/status').then((r) => r.json()).then(setStatuses);
16 }, []);
17
18 return (
19 <div className="p-8">
20 <h1 className="text-2xl font-bold mb-6">Social Media Integrations</h1>
21 <div className="space-y-3">
22 {statuses.map((s) => (
23 <div key={s.name} className="flex items-center justify-between p-4 border rounded-lg">
24 <span className="font-medium">{s.label}</span>
25 <span className={`text-sm font-semibold ${s.configured ? 'text-green-600' : 'text-red-500'}`}>
26 {s.configured ? 'Connected' : 'Not configured'}
27 </span>
28 </div>
29 ))}
30 </div>
31 </div>
32 );
33}

Pro tip: Facebook Page Access Tokens are long-lived (don't expire when generated with long_lived_token=true) and are the right credential for server-side social management tools. Short-lived User Access Tokens expire in 1-2 hours and are only appropriate for user-facing OAuth flows.

Expected result: The deployed app has all environment variables set. The Settings page shows green Connected badges for configured platforms. The inbox and publisher work correctly in production.

Common use cases

Unified Social Inbox Dashboard

Build a unified inbox that aggregates recent comments, mentions, and messages from Facebook, Instagram, and Twitter into a single feed. Team members can see all social interactions in one place and mark items as handled — similar to Agorapulse's inbox feature, built directly on native platform APIs.

Bolt.new Prompt

Build a unified social media inbox using native APIs. Create three API routes: GET /api/social/facebook-comments?page_id={id} fetching recent comments using Facebook Graph API with FACEBOOK_PAGE_ACCESS_TOKEN. GET /api/social/instagram-mentions?user_id={id} fetching recent mentions using Instagram Graph API. GET /api/social/twitter-mentions?user_id={id} fetching recent mentions using Twitter API v2 with TWITTER_BEARER_TOKEN. Create a unified /api/social/inbox route that combines all three, sorts by timestamp, and returns a single feed. Display as a card list with platform icons, sender names, message previews, and timestamps. Add Handled/Unhandled toggle buttons stored in Supabase.

Copy this prompt to try it in Bolt.new

Multi-Platform Post Scheduler

Create a scheduling interface that lets users write one post and publish it to Facebook, Instagram, and Twitter simultaneously. Each platform's API handles the actual publishing — the Bolt app coordinates the API calls and tracks the scheduled posts in a Supabase database.

Bolt.new Prompt

Build a cross-platform social media scheduler. Create a compose form with: textarea (280 char limit for Twitter compatibility), image upload (stored in Supabase Storage), platform checkboxes (Facebook, Instagram, Twitter), and a datetime picker. On submit, call the appropriate platform APIs based on checked platforms: POST /api/social/publish-facebook using Facebook Pages API, POST /api/social/publish-twitter using Twitter API v2, POST /api/social/publish-instagram using Instagram Graph API. Save each post to Supabase with platform, external_post_id, and status. Use env vars FACEBOOK_PAGE_ACCESS_TOKEN, TWITTER_API_KEY, TWITTER_API_SECRET, INSTAGRAM_ACCESS_TOKEN.

Copy this prompt to try it in Bolt.new

Social Analytics Summary Report

Build a weekly analytics report that pulls engagement data from Facebook Page Insights, Instagram Business Insights, and Twitter Analytics into a single view. The report shows total reach, engagement rate, and follower growth across all platforms — equivalent to Agorapulse's reports feature, built on native APIs.

Bolt.new Prompt

Build a cross-platform social analytics report using native platform APIs. Create GET /api/social/analytics/facebook?page_id={id}&period=week using Facebook Graph API page insights endpoint to fetch impressions, reach, and engaged users. Create GET /api/social/analytics/instagram?user_id={id} using Instagram Graph API business discovery to fetch media count and follower count changes. Create GET /api/social/analytics/twitter?user_id={id} using Twitter API v2 user metrics. Combine in a summary route. Display with Recharts: platform comparison bar chart, weekly trend line chart, and KPI cards for total reach and avg engagement rate.

Copy this prompt to try it in Bolt.new

Troubleshooting

Facebook Graph API returns OAuthException: (#200) The user hasn't authorized the application to perform this action

Cause: The Page Access Token is missing required permissions for the operation you're attempting (e.g., trying to post without pages_manage_posts permission, or reading comments without pages_read_engagement).

Solution: Re-generate your Page Access Token in the Facebook Graph API Explorer with the specific permissions your app needs. For reading page data: pages_read_engagement. For posting: pages_manage_posts. For reading inbox/comments: pages_messaging. Select all required permissions before generating the token.

Twitter API returns 401 Unauthorized even with a valid Bearer Token

Cause: The Bearer Token may have been regenerated (invalidating old tokens), or you're accessing a write endpoint with a read-only token.

Solution: Regenerate the Bearer Token in the Twitter Developer Portal → your project → Keys and Tokens. Verify you're using the Bearer Token (for app-level read access), not the API Key or API Secret. For write operations (creating tweets), Twitter API v2 requires OAuth 1.0a user context with elevated access, not just a Bearer Token.

Agorapulse API access request is denied or receives no response

Cause: Agorapulse's partner program approves applications selectively based on the use case and business fit — not all applications are approved.

Solution: Use the native platform API approach described in this guide (Facebook Graph API, Twitter API v2, Instagram Graph API) as the practical alternative. These provide the same underlying social data that Agorapulse aggregates, with no approval process required beyond standard developer account registration on each platform.

Best practices

  • Use Facebook Page Access Tokens (long-lived) rather than User Access Tokens (expire in 2 hours) for all server-side social management operations
  • Call multiple platform APIs in parallel using Promise.allSettled() — if one platform is down, partial data from others is still shown rather than failing the entire request
  • Store social post history in Supabase with external post IDs — this enables status tracking, retry logic for failed posts, and audit logging
  • Implement graceful degradation: show data from available platforms even when one API is unavailable or rate-limited
  • Never put social platform API tokens in client-side code — always proxy social API calls through server-side API routes
  • Build with native platform APIs while waiting for Agorapulse partner approval — the data model is compatible and switching to Agorapulse's normalized API later requires minimal refactoring
  • Test outbound social API calls in Bolt's WebContainer preview during development — they work fine. Only OAuth redirect flows need a deployed URL.

Alternatives

Frequently asked questions

Is Agorapulse's public API actually available for most developers?

No — Agorapulse's API is primarily intended for partner integrations, not general developer use. It's not self-serve and requires applying through their partner program. For most Bolt.new developers, using native social platform APIs (Facebook Graph API, Twitter API v2, Instagram Graph API) is the practical alternative — these provide the same underlying data with immediate access.

Can I build equivalent social media management features without Agorapulse?

Yes — all the core features of a social media management tool (inbox aggregation, scheduling, analytics) can be built using native platform APIs. Facebook Graph API covers Facebook and Instagram Business. Twitter API v2 covers Twitter/X. LinkedIn Pages API covers LinkedIn. The main tradeoff is managing separate authentication flows and data normalization for each platform, which Agorapulse handles automatically.

Do native social platform API calls work in Bolt's WebContainer preview?

Yes — all outbound API calls to Facebook Graph API, Twitter API v2, and Instagram Graph API work fine in Bolt's WebContainer preview. These are standard HTTPS requests. The limitation is OAuth redirect flows: Facebook, Instagram, and LinkedIn OAuth callbacks require a stable redirect URI that can't be the WebContainer's dynamic preview URL. Use Page Access Tokens and Bearer Tokens (which don't require a redirect) for development.

What's the best approach for getting Facebook and Instagram access for my Bolt app?

Use Facebook's Graph API Explorer (developers.facebook.com/tools/explorer) to generate a Page Access Token with the permissions you need. Generate a long-lived token (valid indefinitely) by following Facebook's token exchange process. This token gives access to your Facebook Page and connected Instagram Business account. Add it to your Bolt project's .env file as FACEBOOK_PAGE_ACCESS_TOKEN.

How do I handle different posting character limits across platforms in my scheduler?

Twitter/X has the most restrictive limit at 280 characters. Facebook allows up to 63,206 characters. Instagram allows 2,200 characters. Build a character counter in your compose form that shows the remaining characters for the most restrictive selected platform. When only Facebook/Instagram are selected, show 2,200 as the limit. When Twitter is checked, switch the counter to 280. Add a visual warning (red text) as users approach the limit.

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