ScrapingBee Alternative in 2026 — fastCRW [6.6 MB RAM, AGPL Self-Host, MCP]
Looking for a ScrapingBee alternative with self-host and AI-agent support? fastCRW is a Firecrawl-compatible web scraping API that runs in 6.6 MB RAM, hits 92% coverage at 833ms average latency on our 1,000-URL benchmark, and ships with a built-in MCP server.
Choose fastCRW when you want a Firecrawl-compatible scrape, crawl, and search API with AGPL self-host and built-in MCP rather than a managed HTML-rendering proxy.
Verdict
ScrapingBee is one of the cleanest managed HTML-rendering proxy services in the web scraping API category, and it has earned its reputation. The decision teams face in 2026 is not "is ScrapingBee good" — it is "is a managed proxy still the right shape for an AI-agent stack." fastCRW is built for the answer that says no.
Choose fastCRW when you want one Firecrawl-compatible API that does scrape, crawl, map, search, and JSON extraction with built-in MCP, and you want the option to self-host it on a small VPS for free under AGPL-3.0. The runtime story matters: fastCRW runs in 6.6 MB RAM, which lets a small team operate it without a dedicated infra hire.
Stay on ScrapingBee when you want a fully managed HTML-rendering proxy and you don't need search, MCP, or self-host. ScrapingBee is honest about being a proxy service first, and it gives you very fine-grained control over JS rendering, premium proxies, and request shape. fastCRW chooses a higher-level Firecrawl-compatible API and trades some of those low-level knobs for a simpler, faster shape.
What This Comparison Covers
- HTML rendering and JS-heavy page coverage
- Self-host story and runtime footprint
- AI-agent integration via MCP
- Pricing model at indie, SMB, and agent-fleet scale
- Search and crawl features beyond single-URL scraping
- Latency and reliability on the 1,000-URL benchmark
Head-to-Head
| Decision area | fastCRW | ScrapingBee |
|---|---|---|
| Search + scrape behind one API | Yes — /search returns ranked results with markdown | No — scrape only, search is a separate Google-search endpoint |
| Self-host shape | 6.6 MB single binary, AGPL-3.0 | Hosted-only managed proxy |
| MCP | Built-in MCP server | None first-party in our review |
| 1,000-URL benchmark | 92% coverage, 833ms avg latency | Not benchmarked under our framing — proxy-rendered timings vary by site |
| Pricing model | Credit pool across scrape, crawl, search | Around $49/mo for ~100k API credits at entry tier (verify on their pricing page) |
| Best fit | Firecrawl-compatible web scraping API for AI agents | Managed HTML-rendering proxy for traditional scrapers |
| License | AGPL-3.0 core | Proprietary hosted |
Why Teams Switch from ScrapingBee
- Single API surface for agent workloads. ScrapingBee gives you a great
/api/v1/scrape endpoint, but agents usually need search, crawl, map, and extract too. fastCRW puts all of those behind one Firecrawl-compatible API, which removes vendor sprawl. - Self-host without paying per credit. Teams with stable, predictable scraping volume save real money by running fastCRW on a small VPS. ScrapingBee has no self-host path, so every page is metered.
- MCP is first-party. Plugging a ScrapingBee key into Claude or Cursor requires a homemade tool wrapper. fastCRW exposes scrape and search as MCP tools out of the box.
- Runtime weight matters again. fastCRW's 6.6 MB single-binary footprint is small enough that a backend service can co-locate it without a sidecar. That makes private-deployment rollouts trivial.
- JSON extraction is part of the same call. fastCRW lets you pass an extraction schema to the scrape endpoint; ScrapingBee's extraction rules are a separate feature with their own request shape.
Where ScrapingBee Is Still Strong
- Pure managed HTML-rendering proxy — if all you want is "give me the rendered HTML of this URL," ScrapingBee is one of the cleanest answers in the category.
- Premium-proxy and residential passthrough — ScrapingBee bills these explicitly, which is honest and predictable for teams that need them.
- Fine-grained rendering knobs — wait_for, JS scenarios, custom headers, country selection are exposed at a granularity that long-time scraping engineers will recognize.
Where fastCRW Wins
- One Firecrawl-compatible API for scrape, crawl, map, search, and JSON extract.
- AGPL self-host in 6.6 MB RAM means a $5 VPS can replace a $49/mo plan for stable workloads.
- 92% coverage at 833ms average latency on the 1,000-URL benchmark.
- Built-in MCP server for native AI-agent integration.
- One credit pool across all endpoints — no separate billing line for "JavaScript rendering" or "premium proxy" surprises.
Pricing Comparison
| Tier | fastCRW | ScrapingBee |
|---|---|---|
| Free / trial | Free playground, generous trial credits | 1,000 free API credits, then metered |
| Indie / starter | Single credit pool across scrape and search | Around $49/mo for ~100k API credits (verify on their pricing page) |
| Scale | Credit packs and self-host (AGPL-3.0, free) | Higher-volume tiers around $99–$249/mo range (verify on their pricing page) |
| Self-host | Yes — single 6.6 MB binary, AGPL-3.0 | Not available |
The interesting line in this table is the self-host row. For any team with predictable monthly scraping volume, AGPL self-host is the cheapest possible web scraping API tier — the marginal cost is just the VPS bill.
Migration Path
fastCRW's request shape mirrors the Firecrawl scrape API, so a ScrapingBee migration is a small SDK swap rather than a re-architecture. Python:
import os
from firecrawl import FirecrawlApp # fastCRW is API-compatible
app = FirecrawlApp(
api_key=os.environ["FASTCRW_API_KEY"],
api_url="https://api.fastcrw.com",
)
# Equivalent of a ScrapingBee render_js=true call
result = app.scrape_url(
"https://example.com/dynamic-page",
formats=["markdown", "html"],
wait_for=2000,
)
print(result["markdown"])
TypeScript:
import FirecrawlApp from "@mendable/firecrawl-js";
const app = new FirecrawlApp({
apiKey: process.env.FASTCRW_API_KEY!,
apiUrl: "https://api.fastcrw.com",
});
const result = await app.scrapeUrl("https://example.com/dynamic-page", {
formats: ["markdown", "html"],
waitFor: 2000,
});
If you want JSON extraction (ScrapingBee's "extraction rules" equivalent), pass a JSON schema to the same endpoint instead of using a separate API.
Recommended Evaluation Flow
- Run your top 20 real target URLs in the playground — especially JS-heavy pages.
- Read the 1,000-URL benchmark for coverage and latency under load.
- Review the benchmark methodology so you can compare against your own ScrapingBee numbers fairly.
- Compare the scrape docs and search docs to see how fastCRW collapses ScrapingBee's separate scrape and Google-search endpoints into one API.
- If you ship an AI-agent stack, wire fastCRW in through the MCP docs.
- If your scraping volume is stable, model the AGPL self-host scenario — that's where fastCRW most clearly beats ScrapingBee's $49/mo+ pricing.
The honest framing: fastCRW is the right ScrapingBee alternative when you want one Firecrawl-compatible web scraping API with self-host and MCP. ScrapingBee remains a strong choice when you specifically want a managed HTML-rendering proxy with explicit premium-proxy billing.
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