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WebScraping.AI alternatives

The first 12 comparable products for 100,000 JavaScript-rendered pages a month at a 95% success rate. Sorted by the published bill and amount, never by who pays us; the full category route includes every relevant product.

Exact12 substitutions priced2 cheaper than WebScraping.AILatest recorded source date 2026-07-26

The datum line

$99.00What the rechecked WebScraping.AI price gives for this job. Older prices do not produce comparative deltas.

The substitution

Pages per month100,000
JavaScript renderingrequired
Assumed success rate95%
Alternatives without a total0

Priced alternatives

HasData$99.00same bill. cheapest way to buy that: Business, 1,000,000 included = $99.00 per monthOlostep$99.00same bill. 100,000 of the included allowance goes unused, 50% of what you buyScrape.do$99.00same bill. 750,000 of the included allowance goes unused, 60% of what you buyScrapeOwl$99.00same bill. 473,684 of the included allowance goes unused, 47% of what you buyBrowserCloud$19.00−80.00 vs WebScraping.AI. 14,737 of the included allowance goes unused, 12% of what you buyScrappa$50.00 prepaid−49.00 vs WebScraping.AI. 80,000 of the included allowance goes unused, 44% of what you buyScrapingBot$99.00same bill. 573,684 of the included allowance goes unused, 52% of what you buyScraping Robot$180.00+81.00 vs WebScraping.AI. cheapest way to buy that: Business pay-as-you-go, pay as you go at $0.0018 per unit = $180.00 per monthBrowsable$249.00+150.00 vs WebScraping.AI. 19,737 of the included allowance goes unused, 16% of what you buyScrapingAnt$249.00+150.00 vs WebScraping.AI. 2,000,000 of the included allowance goes unused, 67% of what you buyDecodo Web Scraping API$49.00Older price; excluded from rankings. 63,000 of the included allowance goes unused, 39% of what you buyScrapeOps$99.00Older price; excluded from rankings. cheapest way to buy that: 1M, 1,000,000 included = $99.00 per month

See all 39 products in this category →

Why teams leave WebScraping.AI

WebScraping.AI’s monthly credits translate into very different request counts. The current pricing table assigns one credit to a non-rendered datacenter request, five to rendered datacenter, ten to non-rendered residential, twenty-five to rendered residential, and fifty to stealth requests. AI extraction adds five credits. A workload that shifts from static datacenter pages to stealth plus extraction can consume fifty-five times as much balance per call, so raw request volume is not a sufficient plan forecast. (WebScraping.AI, retrieved 2026-07-27; WebScraping.AI AI extraction, retrieved 2026-07-26.)

Source disagreement is the second switching trigger. The documentation credit summary lists lower JavaScript and residential costs than the current pricing table. The public pages also do not publish annual prices, fixed overage prices, or a rollover rule. Failed requests do not consume credits, and plan concurrency is published, but procurement still needs the live table confirmed before committing a high-share rendered or residential workload. (WebScraping.AI, retrieved 2026-07-27; WebScraping.AI documentation, retrieved 2026-07-26.)

Alternatives worth considering

  • ScrapeOwl: Consider it when the application can use explicit basic, rendered, residential, and rendered-premium totals plus a published billable-status table. ScrapeOwl supports selectors, custom JavaScript, screenshots, country selection, and sessions, but it does not offer the same additive AI extraction operation. (ScrapeOwl documentation, retrieved 2026-07-27.)

  • ScrapingBot: Look here when AI extraction, browser rendering, stealth, Google Search, screenshots, scenarios, and social endpoints should share one account. Its public homepage and documentation disagree on plan allowances, and failure billing is unpublished, so it replaces one source conflict with another commercial uncertainty. (ScrapingBot, retrieved 2026-07-27; ScrapingBot documentation, retrieved 2026-07-27.)

  • ScrapingBee: Consider it when the main request classes for rendering, premium routing, stealth, screenshots, extraction, Google, and commerce targets need a mature public credit guide. Monthly credits do not roll over, and JavaScript is enabled by default unless disabled, so mode control remains important. (ScrapingBee credit guide, retrieved 2026-07-26.)

  • ScraperAPI: Look here when standard pages, JavaScript, premium routing, stealth, screenshots, and named targets fit a monthly plan. Its documentation defines credit costs and chargeable response statuses. Lower plans stop at their allowance unless upgraded, which differs from any unverified WebScraping.AI overage behavior. (ScraperAPI pricing, retrieved 2026-07-26; ScraperAPI credit rules, retrieved 2026-07-26.)

  • ScrapeLens: Consider it when the useful capability is scripted waits and clicks plus selector-defined structured output rather than natural-language AI extraction. JavaScript handling and proxy rotation are included in its request workflow, but failure billing, credit expiration, and public rate limits are unstated. (ScrapeLens documentation, retrieved 2026-07-27.)

Who should stay with WebScraping.AI

Stay when the application uses the incumbent’s combination of rendered HTML, datacenter or residential routing, geotargeting, stealth treatment, prompt-based extraction or summarization, and the hosted MCP integration. Failed requests are free, plan cards publish concurrency, and the current pricing table exposes the principal mode combinations. If the dashboard confirms those current debits and the measured mix fits the monthly allowance, keeping retrieval and AI output in one request can be simpler than joining a scraper to a separate extraction model. (WebScraping.AI, retrieved 2026-07-27; WebScraping.AI AI extraction, retrieved 2026-07-26; WebScraping.AI documentation, retrieved 2026-07-26.)

What the alternatives do not replace

The basic-page list does not include every WebScraping.AI addition. ScrapeOwl substitutes selector extraction for AI output. ScrapingBee and ScraperAPI expose their own modes and target products. ScrapingBot adds different search and social endpoints, while ScrapeLens uses a scripted extraction model. None automatically preserves the hosted MCP connection, prompt semantics, output schema, current concurrency, or the incumbent’s failed-request rule. Compare a measured matrix of static, rendered, residential, stealth, and AI calls after resolving the documentation conflict. (WebScraping.AI, retrieved 2026-07-27; ScrapeOwl documentation, retrieved 2026-07-27; ScrapingBot documentation, retrieved 2026-07-27.)