ProxyEmpire vs ScrapingBee: 2026 Head-to-Head Comparison
ProxyEmpire vs ScrapingBee: 2026 Head-to-Head Comparison
ProxyEmpire and ScrapingBee solve adjacent problems but approach them from very different angles. ProxyEmpire is a proxy network: you buy bandwidth across residential, mobile, datacenter, and ISP IP pools, then route your own requests through them. ScrapingBee is a scraping API: you send it a URL, it handles the browser rendering, proxy rotation, and anti-bot evasion, then hands you back HTML or a screenshot. They overlap when you need to scrape the web, but diverge sharply the moment you need raw IPs for non-scraping tasks like ad verification, brand monitoring, sneaker copping, or multi-account management.
I run operations that touch both ends of that spectrum, based out of Singapore. For pure scraping pipelines where I want JavaScript rendering handled upstream, ScrapingBee is a genuinely clean abstraction. For anything requiring persistent sessions, mobile IPs, or control over what headers and fingerprints I send, ProxyEmpire is the tool. The wrong pick here costs you money and time, so let me lay out exactly where each one wins.
The short verdict: ProxyEmpire is the better choice if you need raw proxy bandwidth with flexible rotation and pool diversity. ScrapingBee is the better choice if you want to outsource browser rendering and anti-bot logic to an API and move fast on scraping use cases. For teams doing both, the tools are complementary, not mutually exclusive.
TL;DR comparison table
| Feature | ProxyEmpire | ScrapingBee |
|---|---|---|
| Product type | Proxy network (raw IPs) | Scraping API |
| IP types | Residential, mobile, datacenter, ISP | Residential + datacenter (managed internally) |
| Pricing model | Per-GB bandwidth | Per-API-credit |
| Entry price | ~$15/GB residential | $49/mo (150,000 credits) |
| Mobile proxies | Yes, first-class | No |
| JS rendering | No (proxy only) | Yes (headless Chrome) |
| Session control | Sticky + rotating, custom duration | Sticky sessions via parameter |
| Geo targeting | Country, state, city, ASN | Country level |
| Concurrent connections | Unlimited (plan-dependent) | Concurrent threads per plan |
| Target user | Operators needing raw proxy control | Developers wanting scraping-as-a-service |
| Support | 24/7 live chat | Email + docs |
ProxyEmpire at a glance
ProxyEmpire launched with a strong focus on mobile proxies, which was a smart differentiator because mobile IPs are expensive and hard to source cleanly. The network covers residential, mobile (4G/5G), datacenter, and ISP proxy types under one dashboard. Bandwidth pricing as of mid-2026 runs roughly $15-40/GB depending on IP type, plan size, and whether you’re on pay-as-you-go or a committed monthly plan. Mobile proxies sit at the higher end of that range for obvious infrastructure reasons.
The rotation controls are a genuine strength. You can configure sticky sessions from one minute up to 24 hours, mix rotating and sticky endpoints across the same account, and target by country, state, city, or ASN. The ASN-level targeting is useful when you need to appear to come from a specific carrier or ISP rather than just a country. Geo coverage spans 150-plus countries with reasonable depth in Southeast Asia, which matters to me personally. The dashboard is functional if unremarkable: you generate endpoints, set rotation parameters, copy credentials, and go. There is no browser automation layer, no JavaScript rendering, no built-in CAPTCHA solving. What you get is bandwidth, and the quality of that bandwidth.
The mobile proxy offering is where ProxyEmpire earns its place in the market. Genuine 4G/5G IPs from real devices have a fundamentally different trust score with most anti-bot systems compared to residential IPs on home broadband. If you run operations that involve platforms with aggressive device-fingerprint detection, the mobile pool is worth the premium. For background on how carrier-grade NAT and mobile IP assignment work at a protocol level, the IETF RFC 6888 on carrier-grade NAT explains why mobile IPs behave differently from residential ones at the network layer.
ScrapingBee at a glance
ScrapingBee is not a proxy provider in the conventional sense. You do not get an endpoint to plug into your browser or request library. Instead, you call their REST API with a target URL, and they return the rendered HTML. The service handles proxy selection, rotation, headless Chrome rendering, and basic CAPTCHA solving internally. This abstraction is genuinely valuable if you are building a scraper and do not want to manage the proxy infrastructure yourself.
Pricing runs on credits. The Freelance plan starts at $49/month for 150,000 credits. A basic request without JavaScript rendering costs one credit. Enabling JavaScript rendering costs five credits. Requests routed through premium proxies cost 25 credits each. The math means that a heavily JS-dependent scrape with premium proxies at scale gets expensive fast, but for lighter workloads or prototyping, the entry price is reasonable. ScrapingBee’s documentation lays out the full credit cost table per feature combination.
The built-in headless Chrome support is the main reason to choose ScrapingBee over a raw proxy. Sites that load product prices, inventory counts, or user content via client-side JavaScript are invisible to a simple HTTP request. ScrapingBee renders them server-side on your behalf. You can also capture screenshots, extract structured data, and set custom headers and cookies through API parameters. What you cannot do is bring your own fingerprint config, route persistent sessions through specific IPs for extended durations, or use mobile IPs. The proxy layer is opaque, which is a deliberate design choice that trades control for simplicity.
Head-to-head
IP pool size
ProxyEmpire claims over 5.3 million residential IPs and a dedicated mobile pool spanning dozens of countries. Pool size numbers from any vendor should be taken with some skepticism since they measure available IPs differently (total vs active vs unique per day), but the mobile pool in particular is harder to fake since you can verify carrier attribution on requests.
ScrapingBee does not publish pool size figures, because the pool is an internal implementation detail. You are buying rendered pages, not IP access. If a particular IP gets blocked during your session, their system rotates automatically. You have no visibility into or control over which IP serves your request.
Winner: ProxyEmpire. If pool size and IP type diversity matter to your use case, it is not a contest.
Rotation control
ProxyEmpire gives you explicit control: sticky session duration, per-request rotation, or a mix. You can hold a session for up to 24 hours on residential or mobile IPs, which is essential for checkout flows, login sessions, or any workflow that requires maintaining state across multiple authenticated requests.
ScrapingBee offers a session_id parameter that maintains the same proxy for up to five minutes across requests. That covers most single-domain scrape sessions but is not sufficient for long-lived authenticated sessions.
Winner: ProxyEmpire for granular control. ScrapingBee’s session handling is adequate for stateless scraping.
Geo coverage
ProxyEmpire covers 150-plus countries with city and ASN-level targeting available on residential and ISP pools. The Southeast Asia coverage, including Singapore, Thailand, Indonesia, and Vietnam, is solid. Mobile coverage skews toward higher-income markets where device penetration is strongest.
ScrapingBee offers country-level targeting across a reasonable range of markets. No state, city, or ASN-level targeting is available through the API.
Winner: ProxyEmpire for granularity. ScrapingBee is fine for country-level geo tasks.
Connection success rate
This is the axis where ScrapingBee has a structural advantage for scraping use cases specifically. Because they control the full stack including the browser fingerprint, TLS handshake, and rendering layer, their success rate on anti-bot-protected sites tends to be higher out of the box than you would get from raw residential proxies with a plain HTTP client. Cloudflare-protected sites in particular are a common failure point for raw proxy setups, and ScrapingBee has dedicated infrastructure to handle these.
ProxyEmpire’s mobile IPs perform better than residential on fingerprint-sensitive platforms, but you still own the responsibility for your own user-agent strings, TLS parameters, and browser fingerprinting. If you are using Playwright or Puppeteer behind ProxyEmpire, you can get comparable results, but it requires more setup.
Winner: ScrapingBee for out-of-the-box anti-bot bypass on scraping tasks. ProxyEmpire with a hardened browser stack can match it, but that is additional engineering work.
Speed
ProxyEmpire’s latency depends on which pool you use and where the target site is. Datacenter IPs are fastest, ISP and residential in the middle, mobile at the slowest end due to carrier network variability. From Southeast Asia, latency to US residential endpoints is typically 150-300ms, which is normal for the geography.
ScrapingBee adds latency on top of the proxy latency because the request goes through their rendering server first. A JavaScript-rendered request can take two to ten seconds depending on page complexity. For real-time use cases, this is a dealbreaker. For batch scraping jobs running overnight, it is largely irrelevant.
Winner: ProxyEmpire for raw speed. ScrapingBee trades speed for rendering capability.
Pricing per GB
ProxyEmpire residential bandwidth runs approximately $15-30/GB at mid-tier plans. Mobile is $25-45/GB. ISP proxies sit in the $2-8/GB range. These are competitive figures for the industry.
Comparing ScrapingBee on a per-GB basis is awkward since you buy API calls, not bandwidth. A rendered page call might transfer 500KB of HTML but cost you five credits, which at $49 for 150,000 credits works out to fractions of a cent per rendered page. On lightweight scraping jobs, ScrapingBee is extremely cost-efficient. On high-volume crawls pulling large pages through JS rendering with premium proxies, costs compound quickly.
Winner: Depends on use case. For pure bandwidth throughput, ProxyEmpire. For per-page scraping economics at moderate volume, ScrapingBee can be cheaper when you factor in the savings on your own proxy and browser infrastructure.
Session persistence
ProxyEmpire supports sessions up to 24 hours on residential and mobile pools. This is a first-class feature, not an afterthought. You can run authenticated workflows, maintain shopping carts, or hold logged-in states across a full business day on a single sticky IP.
ScrapingBee’s five-minute session window is designed for scraping workflows, not persistent session management. It is not a tool for maintaining long-lived authenticated sessions.
Winner: ProxyEmpire, and it is not close for session-heavy workflows.
Concurrent connections
ProxyEmpire does not publish a hard concurrent connection cap for most plans; limits are bandwidth-driven rather than connection-count-driven. Enterprise plans explicitly support high concurrency.
ScrapingBee caps concurrent threads by plan tier. The Freelance plan allows five concurrent requests. The Startup plan allows 25. Business allows 100. For high-parallelism scraping jobs, you need to size your plan accordingly.
Winner: ProxyEmpire at scale. ScrapingBee’s concurrency limits can be a bottleneck on high-throughput scraping pipelines.
Use-case verdicts
Multi-account operations and platform automation. If you run multi-account workflows on social platforms, e-commerce marketplaces, or ad networks, you need raw proxy control, persistent sessions, and ideally mobile IPs. ScrapingBee does not serve this use case at all. The multiaccountops.com blog covers the tooling and proxy combinations that operators use in practice for these workflows. ProxyEmpire wins here clearly.
Quick-start web scraping with JavaScript rendering. If you are building a scraper for a JS-heavy site and want to move fast without setting up Playwright infrastructure and a proxy rotation layer, ScrapingBee is the faster path to working code. The API is well-documented and the credit model makes cost predictable at low to medium volumes. ScrapingBee wins here.
Ad verification and brand monitoring. These tasks require accessing content from specific geos, sometimes specific cities or ASNs, to verify that ads are displaying correctly or that brand assets are being used appropriately. You need real IPs with legitimate carrier attribution, not a rendered scraping API. ProxyEmpire wins here.
High-volume data collection at scale. For industrial-scale scraping where you are pulling millions of pages per day, you will eventually need raw proxy access regardless of starting with an API. ScrapingBee’s per-credit costs become significant at that volume. At scale, ProxyEmpire’s bandwidth model is more economical if you are running your own browser automation stack. ProxyEmpire wins for sustained high-volume work.
Who should pick ProxyEmpire
Pick ProxyEmpire if you need proxy infrastructure rather than a scraping service. Specifically: teams running persistent session workflows, mobile IP-dependent automation, ad verification, sneaker or e-commerce automation, brand monitoring across specific geos, or any use case where you need to control the full request stack including headers, TLS, and browser fingerprints. Also a strong pick if you are already running Playwright, Puppeteer, or a custom HTTP client and just need clean residential or mobile bandwidth behind it.
The learning curve is minimal if you have worked with any proxy provider before. The mobile proxy offering is a genuine differentiator. You can read the full breakdown in the ProxyEmpire review on proxyscraping.org.
Who should pick ScrapingBee
Pick ScrapingBee if your primary use case is web scraping and you want to minimize infrastructure overhead. It is the right tool for developers who want to scrape data from JS-rendered pages without maintaining a Playwright cluster or debugging anti-bot failures. The API-first approach means you can integrate it into a Python or Node script in under an hour.
It is also a good fit for smaller teams or solo operators who are scraping at moderate volume and want predictable costs. The credit model makes budgeting straightforward. If your scraping needs grow beyond the Startup or Business plan limits, that is usually a signal to revisit whether you want to build your own proxy-plus-browser infrastructure, but ScrapingBee is a valid starting point. Full details are in the ScrapingBee review on proxyscraping.org.
For readers who run antidetect browser setups and want to pair them with proxy infrastructure, the comparison perspective at antidetectreview.org is worth a look for context on how proxy type selection interacts with browser fingerprinting.
Verdict overall
These two products are not natural competitors in the traditional sense. ProxyEmpire is a proxy network. ScrapingBee is a scraping API that happens to use proxies internally. The comparison is most useful for operators who are choosing between “build my own scraping stack with raw proxies” and “use a managed scraping API.” That is a real decision point.
If I had to pick one for a new project today, I would start with ScrapingBee if the project is scraping-only and I want to move fast, then migrate to a raw proxy setup like ProxyEmpire when volume justifies the infrastructure investment. For anything outside of scraping, including multi-account ops, mobile automation, or geo-targeting work, ProxyEmpire from day one.
Neither tool is clearly superior across the board. The right answer depends on what you are actually building, how much control you need over the proxy layer, and how much operational complexity you are willing to absorb in exchange for lower per-request costs at scale. The proxyscraping.org blog covers more comparisons in this space if you are evaluating other providers alongside these two.
One thing I will say clearly: do not use ScrapingBee as a general-purpose proxy provider. It is not designed for that. And do not use ProxyEmpire if you want to avoid managing your own browser automation stack and just need pages rendered. Match the tool to the actual problem.
Written by Xavier Fok
disclosure: this article may contain affiliate links. if you buy through them we may earn a commission at no extra cost to you. verdicts are independent of payouts. last reviewed by Xavier Fok on 2026-05-19.