Xquik: A Twitter API for Search, Scraping, Automation, and MCP

Xquik started with four jobs. Search tweets. Collect replies. Monitor keywords. Publish approved responses.

The official route forced a Twitter API pricing decision before product validation. Scraping avoided that decision, then created recurring maintenance work.

Sessions expired. Pagination stalled. Response shapes changed. Successful requests still missed data.

Calling an endpoint was easy. Trusting the result was harder.

Xquik is an independent X/Twitter API alternative for developers and agents. It combines search, extraction jobs, monitors, webhooks, and connected-account actions behind one contract.

Twitter Search Needs More Than One Page

Twitter search is often the first integration job. Most examples stop after one response.

Production code needs filters, stable identifiers, cursors, and a clear completion signal.

Xquik’s Twitter search API accepts standard X search syntax through the q parameter. It also accepts structured filters.

Those filters cover authors, dates, languages, media, engagement, and conversation IDs. Search supports Latest and Top ordering.

Developers can use advanced Twitter search operators without rebuilding query strings manually. Xquik can also resolve a post ID or pasted address.

This Node.js example shows how to search tweets and collect every returned page.

async function collectTweets(query) { const tweets = []; let cursor; do { const params = new URLSearchParams({ q: query, queryType: "Latest", language: "en", minFaves: "5", replies: "include", retweets: "exclude", limit: "100", }); if (cursor) { params.set("cursor", cursor); } const response = await fetch( process.env.XQUIK_API_BASE + "/x/tweets/search?" + params, { headers: { "x-api-key": process.env.XQUIK_API_KEY, "xquik-api-contract": "2026-04-29", }, }, ); if (!response.ok) { throw new Error(JSON.stringify(await response.json())); } const page = await response.json(); tweets.push(...page.tweets); cursor = page.has_more ? page.next_cursor : undefined; } while (cursor); return tweets; }

The contract header enables normalized response fields. List responses use has_more and next_cursor.

Pass cursors back unchanged. An empty filtered page can still have more results.

Store X identifiers as strings. JavaScript cannot safely represent every large numeric ID.

The loop is deliberately dull. Pagination is a bad place for clever code.

Coverage is harder.

Reply trees contain direct responses, nested branches, and several rankings. One timeline rarely exposes the whole conversation.

Xquik’s complete reply mode returns rows with coverage diagnostics. These include reported totals, collected totals, attempted strategies, and cursor failures.

If coverage remains too low, the API returns 424. It does not quietly label the result complete.

I prefer a loud failure here. Missing rows otherwise enter a database as facts.

A Twitter Scraper API Should Return a Dataset

A tweet scraper returns pages. A reliable Twitter data workflow needs job state.

It needs targets, result limits, progress, retries, storage, and export. Large runs also need an estimate before execution.

Xquik runs bulk collection as extraction jobs. A job can collect posts, replies, quotes, reposts, and media.

Other jobs collect Twitter followers, Twitter following relationships, lists, communities, spaces, threads, and articles.

Each extraction follows the same lifecycle:

1. Estimate the requested work.

2. Create the job with a result limit.

3. Poll until completion or failure.

4. Read the rows or export them.

The estimate validates the targets and requested size. A 202 response means work started, not finished.

Completed jobs can export CSV, XLSX, JSON, Markdown, PDF, or text.

This is the difference between a Twitter scraper and managed extraction. The API keeps state between requests.

That state matters when a collection takes longer than one request. It also helps workers resume without starting again.

A Twitter scraper API should make incomplete work visible. It should never hide missing pages behind a successful response.

Twitter Automation Should Use Events

Polling works during a demo. It becomes expensive and fragile once missed runs matter.

Every loop needs a watermark. Every consumer needs deduplication. Short intervals spend requests on unchanged data.

Xquik has account monitors and keyword monitors. Active monitors check every second.

Account monitors watch selected post and profile changes. Keyword monitors accept standard X search queries.

Matching activity becomes a stored event. Applications can read events through REST or receive signed webhooks.

For brand monitoring, use Twitter search for the initial backfill. Let a keyword monitor handle new matches.

The Twitter webhook receiver should save each delivery ID before processing. Classification and LLM calls belong in a queue worker.

Xquik signs every delivery with HMAC-SHA256. The signed input contains the timestamp, nonce, and untouched request body.

import { createHmac, timingSafeEqual } from "node:crypto"; function verifyXquikWebhook(rawBody, headers, secret) { const timestamp = headers.get("X-Xquik-Timestamp"); const nonce = headers.get("X-Xquik-Nonce"); const signature = headers.get("X-Xquik-Signature"); if (!timestamp || !nonce || !signature) { return false; } const age = Math.abs(Date.now() - Number(timestamp)); if (!Number.isFinite(age) || age > 5 * 60 * 1000) { return false; } const signed = timestamp + "." + nonce + "." + rawBody; const digest = createHmac("sha256", secret) .update(signed) .digest("hex"); const expected = Buffer.from("sha256=" + digest); const received = Buffer.from(signature); return ( expected.length === received.length && timingSafeEqual(expected, received) ); }

The receiver must also reject recently used nonces. A short-lived key store handles replay protection.

Xquik records delivery attempts and their status. An inactive webhook must pass a test before resuming.

That sounds mundane until a certificate expires at 3am.

Automatic Twitter Posting Needs Durable Writes

Automatic Twitter posting has an uncomfortable failure mode.

Suppose a request times out after X accepts the post. A blind retry can publish it twice.

The same risk applies to replies, follows, likes, reposts, messages, and profile changes.

Xquik stores every write as a durable action. Each write requires an Idempotency-Key.

Generate one key for one intended action. Reuse it only for an identical retry.

Identical input returns the original action. Different input with that key returns 409.

Some writes finish immediately. Others return 202 while confirmation continues.

Accepted writes include a status location and polling delay. Poll until terminal becomes true.

Do not create another write while the first remains nonterminal.

The response separates retryable from safeToRetry.

retryable means another attempt may succeed. safeToRetry means Xquik dispatched nothing.

An ambiguous write may require account-state verification. A timeout alone cannot answer that question.

Twitter automation gets dangerous when write requests forget their history.

Twitter MCP, SDKs, and API Access

Developers searching for a Twitter API key often assume they need official credentials.

Supported Xquik read calls do not require a Twitter developer account. Create an Xquik API key instead.

Account-only reads and write actions still require a connected X account.

Xquik also supports OAuth 2.1. It uses authorization code flow with PKCE.

The hosted Twitter MCP integration exposes two tools. explore searches the endpoint catalog. xquik executes authenticated calls.

Generated tool code cannot read files or contact arbitrary network targets. MCP calls use the normalized API contract.

Agents can search, extract, monitor, compose drafts, and use connected accounts. Write access still needs human judgment.

Finding a write route does not mean an agent should run it.

Xquik publishes an OpenAPI 3.1 contract. Generated SDKs cover TypeScript, Python, Go, Ruby, Java, Kotlin, C#, and PHP.

REST works for direct calls. SDKs add types. Twitter MCP fits agent work. Webhooks handle events.

Developers comparing Twitter API docs can map existing jobs through the OpenAPI contract.

Twitter API Pricing, Cost, and Limits

Twitter API pricing can shape a product before users validate it. That order felt backward to me.

The real Twitter API cost includes access, engineering time, retries, missing rows, exports, and support.

Xquik supports monthly plans and prepaid usage. Eligible reads can use prepaid credits without a subscription.

There is no free Twitter API tier in Xquik. I would rather say that plainly.

Cheap access that fails during normal work is not cheap. A free Twitter scraper needing weekly repairs is not free either.

Exact prices are absent because they change. Compare current plans against the actual workload.

Teams comparing X API pricing should also test pagination and error behavior. A small headline price can hide a large maintenance bill.

Twitter API limits matter too. Check result caps, cursor behavior, and Twitter API rate limits.

Xquik returns structured errors. A 429 response includes retry guidance through Retry-After.

Xquik remains a third-party dependency. Source changes can affect latency and availability.

It cannot return private, deleted, protected, restricted, or unavailable content. It does not replace every official X API endpoint.

It is not an advertising API. It may also be excessive for one occasional lookup.

I will not claim every request beats every alternative. Performance depends on the query, volume, operation, and source state.

The speed claim I can defend is integration speed.

How to Evaluate an X API Alternative

Do not choose an X API alternative from a feature table.

Pick one real job. Use normal queries and realistic limits.

Follow every cursor. Record duplicates and missing fields. Compare the final dataset against the source.

Test invalid input and rate limiting. Interrupt a write after dispatch. Replay a webhook delivery.

Measure engineering time and total spend. Then inspect the failure path.

Did the API explain what happened? Did it preserve enough state for safe recovery?

That test tells me more than an endpoint count.

Xquik FAQ

Can Xquik Search Tweets?

Yes. The search endpoint supports X query syntax, structured filters, ordering, and cursor pagination.

Is Xquik a Twitter Scraper API?

Yes. Xquik supports direct reads and tracked extraction jobs. Use jobs for bounded datasets and exports.

Do I Need a Twitter API Key?

Use an Xquik API key for supported read calls. You do not need a Twitter developer account.

Does Xquik Support Twitter MCP?

Yes. The hosted MCP server supports endpoint discovery and authenticated API execution.

How Does Xquik Handle Twitter API Pricing?

Xquik offers monthly plans and prepaid access for eligible reads. It has no free API tier.

I built Xquik for developers replacing fragile scraping systems. Describe missing operations as concrete jobs.

Give me the input, expected output, and acceptable failure behavior. That is better than “add more endpoints.”

Xquik is an independent third-party service. Not affiliated with X Corp. “Twitter” and “X” are trademarks of X Corp.