Every social media API is a cage. Twitter charges $42,000 a year for enterprise access. Instagram's Basic Display API is being killed off. LinkedIn's API requires a company page and a review process that takes weeks. TikTok's API gives you read access to your own videos and basically nothing else. Facebook's Graph API has more deprecated endpoints than active ones.

So we did the obvious thing: we gave the AI a browser and told it to figure it out.

The Nuclear Option: A Real Browser

SynaBun doesn't wrap APIs. It doesn't scrape HTML with regex. It launches an actual Chromium instance through Playwright — a real, headed browser window you can watch in real time — and lets your AI click, scroll, type, and read like a human who happens to process information at machine speed.

You log into Twitter once. The session persists. Next time Claude needs to check your mentions, it doesn't need credentials, tokens, or OAuth flows. It opens the browser, navigates to your notifications tab, and reads. The cookies are already there. The session is already warm. It's the same browser profile every time.

This is not headless scraping running in the background hoping nobody notices. This is a visible Chrome window with your actual logged-in sessions, sitting right there on your screen (or your VPS), doing exactly what you'd do — just faster and without the doom-scrolling existential dread.

20 Tools That Read the Internet Like a Human

Here's where it gets fun. We built 20 dedicated extraction tools that know the DOM structure of each platform. They're not generic "read the page" scrapers. Each one is hand-tuned to parse the exact data you'd want from that specific platform view.

Twitter / X — 3 Tools

browser_extract_tweets parses every visible tweet on any page — your timeline, search results, someone's profile. It pulls author, handle, full text, timestamp, URL, and the full engagement stack: replies, reposts, likes, views. Want to know which of your tweets actually performed this week? Navigate to your profile, extract, done. No API key, no rate limit, no $100/month subscription.

The general browser tools handle the rest. Composing tweets, replying, navigating between feeds — that's just clicking and typing in a browser, which the AI already knows how to do.

TikTok — 4 Tools

This is where most automation tools tap out. TikTok's official API is hilariously limited. SynaBun doesn't care.

browser_extract_tiktok_videos pulls feed videos with handles, captions, likes, comments, saves, shares, and music info. browser_extract_tiktok_search parses search results. browser_extract_tiktok_profile grabs the full creator profile — name, bio, followers, following, likes, plus the entire video grid. And browser_extract_tiktok_studio reads your TikTok Studio dashboard: titles, dates, privacy settings, and performance stats for every video you've posted.

You can tell Claude "check how my last 5 TikToks performed and compare engagement rates" and it will open TikTok Studio, extract the data, and give you a breakdown. Try doing that with the official API. Actually, don't. You'll be filling out partnership applications until 2027.

Instagram — 5 Tools

Five extraction tools covering the full Instagram experience: browser_extract_ig_feed for your home feed, browser_extract_ig_profile for any profile (bio, stats, post grid, story highlights), browser_extract_ig_post for single posts with full comment threads (including pagination), browser_extract_ig_reels for reel metrics and audio info, and browser_extract_ig_search for explore and hashtag results.

The fun part: because SynaBun has persistent memory, your AI can track engagement trends over time. "Compare my Instagram reach this week vs last week" isn't a single extraction — it's your AI remembering what it extracted last time and running the same check again. Memory plus browser is a monitoring system that builds itself.

LinkedIn — 8 Tools

LinkedIn is the platform that goes hardest on restricting programmatic access. Their API requires OAuth, company page verification, and gives you approximately nothing useful without a partner agreement. SynaBun logs in like a human and reads everything.

browser_extract_li_feed — feed posts with full engagement data. browser_extract_li_profile — headline, location, connections, experience, education, skills. browser_extract_li_post — single post with comments. browser_extract_li_notifications — notification feed with timestamps and read status. browser_extract_li_messages — your full messaging inbox. browser_extract_li_search_people — people search results. browser_extract_li_network — connections and suggestions. browser_extract_li_jobs — job listings with title, company, location, salary, and posted date.

Eight tools. Zero API applications. Your AI can monitor your professional network, track who's posting what, watch for job opportunities, and keep up with messages — all from a single browser session.

Facebook — 1 Tool

browser_extract_fb_posts handles feeds, groups, and Pages. Author, text, timestamp, post URL, reactions — the full metadata. Facebook's Graph API has been in a state of perpetual deprecation since 2018. The browser doesn't care about API versions.

WhatsApp — 2 Tools

browser_extract_wa_chats reads the WhatsApp Web sidebar — chat name, last message, time, unread count, muted/pinned status. browser_extract_wa_messages extracts messages from an open conversation with sender, time, date, direction, and content.

Your AI can check if you have unread messages, summarize a conversation, or monitor a group chat for specific topics. It's WhatsApp Web — the AI just reads what's on screen.

The Part Nobody Talks About: Persistent Sessions

Here's what makes this actually useful instead of just technically impressive. SynaBun's browser maintains a persistent Chrome profile. When you log into Instagram today, that session is still alive tomorrow. And next week. And next month.

Most browser automation demos show you a login flow. Cool. Now do that 400 times because your session keeps expiring and your cookies keep getting cleared and the platform's bot detection flags you for logging in from a "new device" every single time.

SynaBun's sessions persist because it's literally the same browser. Same profile directory, same cookies, same local storage. Platforms don't flag it because from their perspective, nothing changed. You logged in on Chrome. You're still logged in on Chrome.

What You Can Actually Do With This

Here's where it stops being a feature list and starts being useful:

Daily engagement summary. "Check my Twitter, Instagram, and LinkedIn. Summarize what performed well and what didn't." Three platform navigations, three extractions, one coherent summary. Takes about 30 seconds.

Competitor monitoring. "Go to @competitor's TikTok profile and tell me their top-performing videos this month." Extract, sort by engagement, done.

Content scheduling reconnaissance. "Check what times my LinkedIn posts get the most engagement." Your AI extracts your post history, cross-references timestamps with engagement data, and tells you when to post. Not from a third-party tool's database — from your actual data.

DM triage. "Check my WhatsApp and LinkedIn messages. Anything urgent?" Two extractions, quick scan, answer.

Hashtag research. "Search Instagram for #buildinpublic and show me the top posts." Navigate, search, extract. No third-party hashtag tool subscription.

The compounding effect comes from SynaBun's memory. Every extraction can be remembered. Your AI builds a longitudinal dataset about your social presence over time, entirely from browser observations. No CSV exports, no API integrations, no third-party dashboards. Just an AI that remembers what it saw last time and can compare.

The Honest Limitations

It's a browser. It's subject to everything a browser is subject to.

If a platform redesigns their DOM structure, extraction tools need updating. We've tuned them for current layouts and they're resilient to minor changes, but a major platform redesign requires a tool update. That said, this is true of every scraping approach — at least ours updates in one place in the MCP server, not across a distributed infrastructure.

Speed is human-speed. The browser navigates, waits for pages to load, scrolls to load lazy content. It's not going to extract 10,000 tweets in a second. It's going to extract what's visible on screen, scroll, and extract more. For monitoring and analysis workflows, this is fine. For bulk data harvesting, use an API (and pay the premium).

And the obvious one: don't be a jerk with it. These tools give your AI the same access you have as a logged-in user. Use a dedicated account, don't spam, don't scrape people's private data to build marketing databases. The tools are powerful precisely because they operate like a real user — abuse them and you'll get treated like an abusive user.

Why Browser Beats API

APIs are contracts. The platform decides what you can access, how often, and at what price. They can change the terms whenever they want, revoke access overnight, or simply stop maintaining endpoints.

A browser is a window. You see what any user sees. Platforms can change their UI, but they can't stop you from reading a webpage — that's literally what the web is for. Browser automation is more fragile than APIs for individual page structures, but more resilient as a strategy because the underlying capability — "read what's on screen" — can never be revoked.

SynaBun bets on the browser. Twenty extraction tools, six platforms, zero API keys, zero monthly fees, zero permission requests. Your AI opens Chrome, logs in, and the entire social internet is readable.

Just like it is for you. Except it doesn't get distracted by cat videos.

Well, we haven't tested that part thoroughly.

SynaBun's social media tools ship with the MCP server. Install SynaBun, open a browser session, log into your platforms, and start asking your AI questions about your social presence. The browser is already there. The tools are already there. The only thing missing is the login cookie — and you only need to create that once.