Best Residential ProxiesHow to Choose One That Holds Up

A residential proxy routes your request through an IP address that an internet service provider handed to a real household. To the site you hit, the traffic looks like it came from an ordinary person on a home connection, not from a server in a rack. That single property, real-user trust, is the whole reason residential proxies exist and the reason they cost more than the datacenter alternative.

The market is crowded, the marketing is loud, and almost every "best residential proxies" list is a ranked leaderboard padded with pool-size numbers and starting prices that went stale the week they were published. This is not that. It is a fair survey of providers that are genuinely notable in this space, what each is actually known for, the proxy types it sells, and the kind of buyer it suits, framed by a short section on how to judge any of them yourself. If you are still deciding whether residential is even the right tier, the tradeoff against datacenter is laid out in datacenter vs residential proxies.

How to choose a residential proxy

Before any vendor name matters, decide what "good" means for your workload. The same provider that carries a high-volume scraping job can be the wrong fit for a single geo-checked price feed, so fix your requirements first, then score providers against them. These are the axes that actually separate a fit from a regret.

• Pool quality over pool size. A headline "tens of millions of IPs" number tells you little about whether those IPs clear your specific targets. What matters is the success rate on the domains you actually scrape, and the only honest way to learn it is a trial run of a few thousand requests through your real workload. Treat advertised success percentages as marketing until your own run confirms them, and check the provider's current pool claims rather than trusting any figure printed in an article.
• Rotation control. Some jobs need a fresh IP per request to spread load; others need a sticky session that holds one IP through a multi-step flow. A good provider gives you both, plus control over rotation interval, through configuration rather than a support ticket. If you mostly need rotation, rotating residential proxies covers how that model behaves in practice.
• Geo targeting. If you need data as a user in a specific country, region, or city sees it, the exit IP's location matters as much as its trust tier. Confirm the provider genuinely covers the places you need at the granularity you need, not just "195 countries" in the abstract.
• Pricing model. Residential is usually billed by bandwidth (per GB), which quietly punishes retries and heavy pages. A few providers bill per request instead, which maps more cleanly to scraping. Read the minimums too: a low per-GB rate behind a steep monthly commitment can cost more than a higher rate with no floor.
• Ethical sourcing. Residential IPs belong to real people, so the pool is only defensible if those people opted in knowingly and are compensated. Pools assembled from bundled SDKs or compromised devices are a liability you inherit the moment you route through them. Ask where the IPs come from; a vendor that cannot answer clearly has answered.
• Integration and support. The simplest setups expose one endpoint that fronts the whole pool, so you point your client at a single host and the provider handles rotation behind it. Documented libraries in your language, a real free trial, and support that is engineers rather than a ticket queue all matter more the day a target changes its defenses.

Notable residential proxy providers

These are providers worth knowing in the residential space, described by what they are genuinely known for rather than ranked against each other. Pool sizes, country counts, and prices change constantly, so treat the descriptions as positioning and verify current specifics on each vendor's own pricing page before you commit.

Bright Data

Bright Data (formerly Luminati) is one of the largest networks in the category and is positioned squarely at the enterprise end. It sells rotating and static residential, datacenter, ISP, and mobile pools with deep geo targeting down to city and ASN level, HTTP(S) and SOCKS5 support, and a stack of higher-level scraping products layered on top. Its strengths are coverage and reach on the hardest targets; the tradeoffs are bandwidth-based pricing, meaningful minimums, and a billing model complex enough that your effective cost is hard to predict. It fits well-funded teams with sustained, large-volume needs far better than a weekend project.

Oxylabs

Oxylabs is the other heavyweight enterprise operator, with a large residential pool plus datacenter, ISP, and mobile options, broad country coverage, and city and ASN geo targeting over HTTP(S) and SOCKS5. It is known for high-quality pools and for serving large organizations, and like its peer it pairs that with managed scraping APIs for teams that want the outcome rather than the raw IPs. Expect enterprise-grade pricing and minimums to match. A strong fit for high-volume, demanding workloads; overkill for small or occasional jobs.

Smartproxy

Smartproxy (now often branded Decodo) built its reputation as a more approachable, mid-market residential provider. It centers on rotating residential proxies with user-pass and IP authentication, country and city targeting, and a clean dashboard, and has expanded into datacenter and other pool types over time. The appeal is a gentler on-ramp than the enterprise operators with solid support and self-serve setup, which makes it a common pick for teams scaling up from a first scraping project rather than running one from day one. Check its current pool size and geo coverage directly, since both have grown.

Soax

Soax is known for flexible, granular targeting and for offering both residential and mobile pools. Its calling card is fine-grained geo control (country, region, city, and carrier or ISP level) with automatic rotation, which makes it a fit for jobs where the exact exit location matters as much as the trust tier. It supports HTTP(S) and SOCKS5 and tends to offer flexible billing periods. Worth a look when geo precision is the requirement; confirm current pricing, which sits toward the higher end.

IPRoyal

IPRoyal positions itself as a value-oriented provider with a transparent take on sourcing: its residential pool is built on an opt-in model where contributors are paid for sharing their connection. It offers rotating and static residential, datacenter, and mobile options, with pay-as-you-go residential bandwidth that does not expire on some plans, which appeals to buyers with bursty or unpredictable usage. A reasonable fit for smaller teams and budget-conscious projects that still want to ask the sourcing question and get a clear answer.

NetNut

NetNut differentiates on architecture: it sources a large share of its residential addresses directly from ISP partners rather than only from peer-to-peer device pools, which it pitches as more stable and consistent than a purely rotating consumer network. It offers rotating residential, static residential (ISP), and mobile options with geo targeting, and leans toward business and enterprise customers who value reliability and speed. Consider it when session stability and consistent performance rank above the lowest possible price.

GeoSurf

GeoSurf has long been associated with geo-targeting quality, with residential IPs sourced across a wide range of locations and city-level targeting that made it a recurring choice for ad verification and localized testing. It offers rotating and static residential over HTTP(S) and SOCKS5 with a straightforward dashboard. Its pool is smaller than the enterprise giants, and pricing has historically sat on the higher side, so it suits buyers who specifically value location control and are willing to pay for it. Verify that it still covers the regions you need.

Shifter

Shifter (formerly Microleaves) is known for the backconnect model, where you connect to a gateway and the residential IP rotates behind it. Historically it sold by port with unlimited bandwidth rather than per GB, which is an unusual and sometimes attractive billing shape for high-throughput jobs that would otherwise rack up bandwidth charges. It suits buyers who want unmetered rotation and can live with less granular control; check current geo coverage and rotation options, both of which have shifted over the years.

Stormproxies

Stormproxies is a smaller, budget-leaning provider that sells rotating residential and datacenter proxies, typically by port with options aimed at web scraping and SEO tasks. Its pool is modest next to the enterprise networks, but it is inexpensive and simple to start with, which makes it a reasonable entry point for light or hobby-scale work. As with any low-cost option, trial it on your real target and weigh transparency before scaling spend.

Proxy-Cheap

Proxy-Cheap competes, as the name says, on price, offering rotating and static residential alongside datacenter, mobile, and ISP options at low entry points. It is a budget-tier choice that can deliver real value for smaller projects, with the usual caveat for the cheaper end of the market: pool quality, sourcing transparency, and support depth vary, so trial it harder than you would a premium provider and weight sourcing ethics heavily before committing volume.

Crawlbase Smart AI Proxy

Crawlbase sits in the managed, smart-routing category rather than the raw-pool one. Smart AI Proxy is a single rotating endpoint that fronts datacenter, residential, and mobile exits at once: instead of buying one pool and hoping it fits every target, you point your client at one host and the routing matches the IP type to the request, rotating per request and retrying on blocks server-side. It is billed per request rather than per GB, so retries and heavy pages do not quietly inflate the bill, and there is a free tier to test your real target before you pay. Where it is deliberately not the answer: if you need raw residential IPs to wire into your own custom rotation system, a backconnect pool gives you a level of low-level control a managed endpoint abstracts away. For teams who want clean exits without operating pool infrastructure, that abstraction is the point.

Providers at a glance

A compact summary of the survey above. Read it as positioning, not a scoreboard, and confirm current pool sizes, geo coverage, and pricing on each vendor's own site.

Residential is not always the right answer

It is worth saying plainly, because most roundups will not: residential proxies are not the safe default, they are a specific tool for targets that fight datacenter traffic. Trust costs both money and speed, so a tolerant site (a public catalog, documentation, a light-defense page) clears fine on a cheap datacenter pool, and paying for residential bandwidth there is wasted spend. The discipline is to buy exactly as much trust as the target demands: start low, confirm with a real run, and escalate to residential only when datacenter actually gets blocked. For the full mapping of workloads to proxy types, the best proxy for web scrapers walks each scenario, and the broader vendor rubric lives in how to evaluate a proxy provider.

When residential is the right call, the same advice applies to picking among the providers above. Shortlist by category (enterprise pool, value reseller, or managed service), trial two or three on your own target, and model the true cost as cost-per-successful-request including retries. The cheapest headline rate rarely wins that calculation, and the line between residential and the static ISP tier trips up a lot of buyers, so it is worth reading ISP vs residential proxies before you commit if your work involves logged-in sessions.

Frequently Asked Questions (FAQs)

What is a residential proxy?

A residential proxy routes your request through an IP address that an internet service provider assigned to a real household device, such as a home computer or phone. Because the exit IP belongs to a genuine consumer connection, the target site sees ordinary user traffic rather than a server in a datacenter, which makes the request far harder to flag as automated. If you want the underlying mechanics, what is a proxy server covers how that indirection works.

What is the best residential proxy provider?

There is no single best one, only the right fit for your target, volume, budget, and rotation needs. Enterprise operators like Bright Data and Oxylabs win on coverage and the hardest targets, mid-market and value providers suit smaller or bursty projects, and a managed service is the lowest-effort route. Shortlist by category, trial two or three on your real workload, and pick by measured cost-per-successful-request rather than any published ranking.

Are residential proxies legal?

Residential proxies are legal in themselves; legality turns on how the pool is sourced and what you do with it. Using them for legitimate work like price monitoring, market research, or location testing is generally fine, while using them to commit fraud or break into systems is not. The sourcing side matters too: a pool built from IPs obtained without genuine user consent is a liability, which is why ethical sourcing belongs on your evaluation checklist.

How are residential proxies different from datacenter proxies?

Datacenter proxies exit from cloud and hosting IPs, which makes them fast and cheap but easy to flag, since their ranges belong to known hosting networks. Residential proxies exit from real ISP-assigned home IPs, so they read as ordinary users and survive defenses that drop datacenter traffic, at the cost of lower speed and higher price. The full comparison, including when each is the right choice, is in datacenter vs residential proxies.

Can I get residential proxies for free?

Free residential proxies exist, but they are a poor idea for any real work: they tend to be slow, unreliable, and risky, with no guarantee about how the IPs were sourced or what the operator does with your traffic. A safer way to test without paying is a provider with a genuine free tier on a paid product, which lets you measure performance on your own target before committing, without the security exposure of an anonymous free list.

Are residential proxies hard to detect?

They are harder to detect than datacenter proxies because the exit IP is a real ISP-assigned address tied to a physical location, so a simple ASN lookup will not unmask them. They are not invisible, though: behavioral analysis, request fingerprinting, and reputation scoring can still flag automated patterns regardless of the IP. On the toughest targets a managed service that also handles fingerprints and retries usually clears more reliably than rotating the IP alone.

BA

Bilal Ahmed

Software Engineer · Crawlbase

Software engineer who wrote some of the most-read pieces on the Crawlbase blog, covering web scraping, proxies, and data tooling.