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This guide compares twscrape and Xquik on specific X tasks. It covers tweet search, follower exports, and account or keyword monitors. It also covers publishing, webhooks, and app or agent connections.
Verify the current twscrape license, features, and limits before you build on it. Check them in the official repository.

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Quick answer

Choose twscrape when

You want a Python library or CLI. You can supply authorized X/Twitter accounts. You can also maintain sessions, rate limits, storage, and exports yourself.

Choose Xquik when

You need tweet search, follower exports, or write actions from one product. Or you need 1-second monitors, signed webhooks, SDKs, or MCP from that product.

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Source-backed twscrape scope

twscrape’s official GitHub README describes it as a Twitter GraphQL API implementation. Per the README, it uses SNScrape data models. Installation uses pip install twscrape, and development installs can point at the GitHub repository. The README lists search, async/await functions, and a login flow with email verification. It also lists raw Twitter API responses and SNScrape models. The README says twscrape requires authorized X/Twitter accounts to work with the API. It documents adding accounts with cookies or login credentials. It also documents login and relogin CLI commands and account status inspection. The README also covers account database selection and optional manual email verification. The usage examples cover search tabs for Top, Latest, and Media. They cover tweet details, retweeters, tweet replies, and user lookup by login or ID. Others cover following, followers, verified followers, subscriptions, user tweets, user replies, and user media. More examples show list timelines, trends, and raw responses. They also show converting Tweet and User models to dict or JSON. The CLI docs cover search, tweet details, replies, retweeters, and user lookup. They cover user media, following, followers, verified followers, subscriptions, user timelines, and trends. They also cover one-document-per-line stdout output, raw output, desired limit, and per-endpoint pagination behavior. The README limitations say request limits reset every 15 minutes per endpoint. They add that each account has separate limits by operation. They also say user_tweets and user_tweets_and_replies can return about 3,200 tweets maximum. They also note that rate limits may vary by account age and status.

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Scrape Twitter in Python with no X account

twscrape runs on X accounts you add with cookies or passwords. Xquik runs each request on Xquik’s infrastructure. You add no X account and no cookies. So no account of yours can get banned.
The SDK reads X_TWITTER_SCRAPER_API_KEY. Each returned tweet costs 1 credit.

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Comparison

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Operating model

Compare twscrape and Xquik by output, cost, and handoff. The twscrape project is an open-source library. It targets developers who want to build and maintain their own X data pipeline. Xquik gives teams hosted API keys, exports, monitoring, support, and billing.

Hosting

twscrape requires a self-hosted library and ongoing maintenance. Xquik provides a hosted API and dashboard.

Operational work

With twscrape, teams handle retries, storage, exports, and uptime. Xquik handles exports, uptime, and support.

Ownership fit

Choose twscrape for full code ownership. Choose Xquik for hosted endpoints without building them first.

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What to test in Xquik

For API comparisons, price the whole task. Include endpoint access, pagination, retries, storage, exports, alerts, webhooks, SDKs, and maintenance. Choose Xquik when you need all of them from one product.

Tweets, followers & exports

23 extraction tools cover tweets, replies, quotes, reposts, and likes. They also cover followers, following, verified followers, communities, lists, Spaces, articles, and search. Export results to CSV, JSON, XLSX, Markdown, or API responses.

Automation & writes

18 X write actions run from connected accounts. They cover tweets, media uploads, likes, retweets, follows, DMs, profile updates, and community actions.

Monitoring & delivery

Account and keyword monitors check active streams every 1 second. Store events, poll them, or deliver them through signed webhooks.

Developer tools

Choose REST, an SDK, MCP, or pay-per-use reads. Credit records show each request’s cost.

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What to verify in a trial

1

Run the real task

Use a real task. Try a keyword search, follower export, media upload, DM, account monitor, or webhook delivery. Compare outputs, not feature labels.
2

Inspect the output

Confirm returned data, pagination, retry behavior, webhook payloads, and export formats. Also confirm how much code each call needs. Then compare total cost for the same task. Count access, included volume, top-ups, and engineering time.
3

Check the next integration

Decide where the result goes next. Pick CSV, JSON, webhook, SDK call, MCP tool, dashboard review, or another API.

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Migration path

Start with one API-backed task. Compare output shape, latency, pagination, retries, exports, and alert delivery in Xquik. Keep the current integration running during that comparison. Keep the test small. Use 1 task, 1 output, 1 cost model, and 1 owner for the output. Switch only when the Xquik output matches the required records. It must also reduce integration work or cost. twscrape is free to use. You still run, maintain, and monitor it. Price the real workload. On Xquik, Starter is USD 20/month with 140,000 credits. Top-ups are USD 0.00015/credit. Webhook and stored-event management cost no credits. Active monitors bill only while enabled.

Xquik API overview

Review REST API authentication, endpoint groups, and response patterns.

Integration guide

Map dashboard tools to REST calls, signed webhooks, exports, and MCP tools.

Pricing & billing

Check included credits, top-ups, free operations, and active monitor billing.

Official twscrape site

Verify current product details before making a final decision.