Web Scraping Use Case

Residential Proxies for Web Scraping

Use real residential IPs to collect public web data at scale, reduce blocks, rotate requests, and access localized content without exposing your main infrastructure.

Rotating residential IPs
Country-level targeting
Sticky sessions
HTTP, HTTPS & SOCKS5
Built for scalable scraping
The problem

Why web scraping fails
without reliable proxies

Scraping from a single server IP or a datacenter range quickly hits walls — bans, CAPTCHAs, rate limits and missing localized data. Here's what breaks first.

Repeated requests look suspicious

Sending hundreds of requests from a single IP is the fastest way to trigger bans, throttling and CAPTCHAs.

Datacenter IPs are easier to detect

Many websites flag known datacenter ranges automatically and serve degraded or empty results.

Localized content needs local IPs

Pricing, SERPs and product availability often depend on visitor location — a single origin sees only one version.

Scaling needs request distribution

Large crawls require a wide IP surface so traffic stays distributed instead of pounding a single endpoint.

Rate limits break long jobs

Per-IP rate limits stall scrapers that try to keep up with thousands of pages on a fixed schedule.

Inconsistent data hurts pipelines

When some requests get blocked and others go through, downstream analytics and dashboards become unreliable.

The solution

Scrape public data through residential IPs

Residential proxies route requests through real ISP-connected IPs, helping scraping systems appear closer to natural user traffic — so you can reduce IP-based blocks and access localized public pages reliably.

What residential proxies do

Real ISP IPs that distribute your traffic naturally

Instead of hammering targets from a single origin, requests are spread across millions of residential connections. The result: better request distribution, fewer IP-based blocks, and accurate localized responses for public pages.

  • Reduce IP-based blocks on stricter targets
  • Improve request distribution and stability
  • Access public pages from specific locations
  • Support compliant scraping workflows
  • Automatic IP rotation

    Distribute requests across the residential pool to keep traffic naturally spread.

  • Sticky sessions when needed

    Keep the same IP for multi-step flows like pagination, carts or login-free dashboards.

  • Country, region and city targeting

    Access public pages exactly as they appear from your chosen geography.

  • Isolated scraping infrastructure

    Route scraping traffic through proxies instead of exposing your origin servers.

  • Reliability at scale

    Run large parallel jobs without choking on per-IP limits or single-server bottlenecks.

  • Compliance-friendly workflows

    Designed for collecting public information while respecting site policies and rate limits.

Use cases

Built for workflows that actually run

From Fortune 500 data platforms to lean growth teams, the same endpoint adapts to dozens of different jobs.

Search engine result monitoring

Track SERPs from any market and capture localized rankings, snippets and SERP features.

Price monitoring

Watch price changes across e-commerce, marketplaces and travel platforms in real time.

Product availability tracking

Detect stock levels, restocks and out-of-stock signals across catalog pages at scale.

Competitor research

Aggregate public competitor pages for pricing, positioning and assortment intelligence.

Travel fare aggregation

Collect public flight, hotel and rental fares across regions for comparison engines.

Market research

Build datasets from public sources to validate trends, demand and category dynamics.

Review monitoring

Track public reviews and ratings across stores, marketplaces and directory sites.

Localized content checks

Compare how landing pages, banners and offers render in different countries.

Public directory data

Collect openly listed business directory data with location-aware browsing.

SEO and rank tracking

Run distributed rank checks across keywords, locations and devices with stable IP pools.

Features

Everything a serious data team needs

Purpose-built infrastructure for high-volume scraping, automation, price intelligence and ad verification — without the operational headache.

Rotating residential IPs

Automatically change IPs between requests to spread traffic across the residential pool.

Sticky sessions

Keep the same IP for session-based tasks like pagination, carts or multi-step flows.

Geo targeting

Access country, state or city-specific content when location affects how the page renders.

Multiple protocols

Support HTTP, HTTPS and SOCKS5 to fit any scraping tool, library or automation framework.

Scalable bandwidth

Handle larger scraping jobs without relying on a single server IP or bottlenecked egress.

Authentication options

Use username/password or IP whitelist depending on your infrastructure preferences.

API-friendly setup

Plug in to Puppeteer, Playwright, Python requests, Node.js, Scrapy or any custom crawler.

Bandwidth usage analytics

Track daily traffic consumption in your dashboard with a clear chart of bytes used over the last 20 days.

Unlimited concurrent sessions

Run thousands of parallel workers without per-session caps, so you can scale crawls horizontally.

How it works

From sign-up to first request
in 3 steps

Zero infrastructure to provision, no long onboarding call. Start routing real residential traffic in minutes.

01Step 1

Choose your target location

Pick the country or region that matches your scraping task — useful when localized content affects the page.

02Step 2

Configure your proxy endpoint

Add the proxy host, port and credentials to your scraper, then pick rotating IPs or sticky sessions for the job.

03Step 3

Collect public data reliably

Run your scraper with better request distribution, location control and infrastructure isolation from your origin.

Integrations

Works with your existing
scraping stack

Drop residential proxies into the tools you already use — from headless browsers to ETL workers and custom crawlers.

scraper.js · Node.js + AxiosExample
const axios = require("axios");

const response = await axios.get("https://example.com", {
  proxy: {
    host: "proxy.example.com",
    port: 8000,
    auth: {
      username: "USERNAME",
      password: "PASSWORD",
    },
  },
});

console.log(response.data);
Puppeteer / PlaywrightDrive headless Chromium with proxy auth and per-context routing.
Python RequestsSet the proxies dict per session for quick scraping scripts and notebooks.
ScrapyWire proxies into middlewares for distributed crawling at scale.
Node.js AxiosPass proxy host, port and auth directly into Axios request configs.
Browser automation toolsConnect any Selenium, WebdriverIO or Cypress-based stack via standard proxy auth.
Custom data pipelinesPlug residential routing into your ETL workers and queue-based crawlers.
Comparison

Residential vs datacenter
proxies for web scraping

Both proxy types have a place. Residential proxies typically win on stricter, geo-sensitive targets. Datacenter proxies stay attractive for fast, low-risk jobs.

IP source
Residential
Real ISP-connected IPs from consumer devices
Datacenter
Server-hosted IPs from cloud providers
Detection risk
Residential
Lower IP-based block risk on stricter sites
Datacenter
Higher block risk on protected targets
Best for
Residential
Public web scraping, localized data, sites with strict rate limits
Datacenter
Simple scraping, low-risk targets, internal testing
Cost
Residential
Higher cost per GB
Datacenter
Lower cost per GB
Geo targeting
Residential
Strong country, region and city targeting
Datacenter
Limited geographic realism
Scalability
Residential
Distributed pool ideal for parallel scraping
Datacenter
Fast but easier to flag at scale
Session support
Residential
Rotation and sticky sessions both supported
Datacenter
Rotation supported, less natural traffic profile
Industries

Built for teams that depend on
web data

From SEO and ecommerce to AI training, residential proxies power the data layer behind modern web operations.

SEO teams

Track rankings, SERP layouts and competitor visibility across markets.

Ecommerce teams

Monitor pricing, assortment and stock across categories and regions.

Market research teams

Build datasets from public sources to validate market trends.

Data intelligence teams

Power analytics products with structured public web data.

Travel platforms

Aggregate fares, availability and policies across travel suppliers.

Lead generation teams

Collect publicly listed business data for outreach pipelines.

AI data collection teams

Source training and evaluation data from openly available pages.

Developers and automation teams

Build crawlers, monitors and integrations on a stable proxy backbone.

Responsible use

Scrape responsibly

Our residential proxies are intended for lawful, ethical and compliant data collection. Use them only for accessing publicly available information, respect website terms, rate limits, robots.txt where applicable, privacy laws and platform rules.

  • Do not collect private or sensitive data without permission
  • Respect rate limits and website policies
  • Avoid abusive request patterns
  • Follow applicable data protection laws
  • Use proxies as infrastructure, not as a way to attack or abuse websites
FAQ

Frequently asked questions

Can't find what you're looking for? Our engineers are happy to answer anything from ethics to architecture.

Yes. Residential proxies are useful for scraping public web data because they distribute requests across real ISP-connected IPs, reduce IP-based blocks, and support location-specific data collection.

Yes. Residential proxies can be configured in browser automation tools like Puppeteer and Playwright, as well as custom Node.js, Python, Scrapy, and API-based scraping systems.

Use rotating proxies for broad crawling and large request volumes. Use sticky sessions when a task requires the same IP across several steps, such as pagination, login-free sessions, or multi-page workflows.

For many scraping tasks, residential proxies are more reliable because they use real ISP-connected IPs. Datacenter proxies are cheaper and fast, but they are often easier for websites to identify and block.

Yes. Geo-targeted residential proxies help access public content as it appears from specific countries, regions, or cities.

Web scraping rules depend on the website, data type, jurisdiction, and use case. Always collect only public data, follow applicable laws, respect website terms, and avoid collecting personal or sensitive information without permission.

Web scraping ready · from $1 / GB

Start scraping with reliable residential proxies

Run scraping jobs with rotating residential IPs, location targeting, sticky sessions, and infrastructure built for public web data collection.

No contracts Pay-as-you-go 210+ countries