IPRoyal Alternatives: 8 Compared for 2026

Four reasons cover almost all of it, and none of them is "the proxies are bad."

Per-IP quotas on the datacenter product. Dedicated IPs are addresses you keep. If the site you scrape counts requests per address, your identity count becomes your throughput ceiling. Buying more addresses to raise a request ceiling is a workable answer, just an expensive one, and past a certain scale people go looking for rotation instead.

Bandwidth arithmetic on the datacenter product. IPRoyal's datacenter proxies come with a per-proxy monthly traffic allowance pooled across the order under a fair usage policy, with a speed reduction past the limit and the option to buy more. That is a reasonable policy and generous for a lot of work. It bites in one specific case: high bytes per record. Rendered pages, images, PDFs and video assets burn the pool fast, and the only levers are more IPs or a top-up.

Residential cost at volume. Per-GB billing scales linearly forever. Somewhere between 100 GB and 1 TB a month, most teams start comparing rates seriously, and that is a market with a lot of competitors.

Product gaps rather than product faults. ASN-level targeting, an enterprise SLA with a named contact, a compliance report your security team asked for, or a scraping API richer than an unblocker endpoint. These are procurement reasons, not quality complaints.

Notice that reasons one and two are datacenter-specific and reason three is residential-specific. That is the whole argument for shortlisting by product line rather than by brand.

Open your invoice before you open a comparison table. IPRoyal's site lists five proxy lines and two APIs, and each one has a different set of credible replacements.

All product descriptions above were read off iproyal.com on 31 August 2026.

Two thirds of the bad switching decisions we hear about start right here, with someone replacing a category rather than a line item. If you are not certain which category your work needs in the first place, settle that before you shop: our comparison of residential vs datacenter vs mobile proxy types is a better starting point than any vendor page, because a category error costs more than a vendor error.

Network figures are vendor-published claims read on 31 August 2026, not measurements we ran.

On pricing, deliberately. We are not printing competitor prices in this post. Every vendor here reprices, runs promotions and moves tier boundaries, and a number copied into an article in August is misleading by October. Read each vendor's own pricing page on the day you buy, and price your own workload rather than the entry tier. For the reasoning behind the different models, we wrote it up in understanding datacenter proxy pricing models.

This is the section for people whose exit reason is a per-IP quota or a bandwidth top-up.

SparkProxy: rotation instead of addresses

SparkProxy inverts the datacenter billing unit. Instead of renting a set of addresses, you buy concurrent threads against a rotating pool published at 1M+ IPs across 80+ countries, with a separate USA pool of 50,000+ IPs. Bandwidth is unlimited on every plan, with no cap and no overage, so byte volume stops being coupled to identity count. There is a 24-hour free trial at 250 threads with no card required, which is enough to run a real sample against your own targets rather than a demo URL.

That helps in exactly one situation: your target throttles per IP, or your bytes per record are high or unpredictable. It helps not at all if you need a fixed address. We do not sell dedicated or static datacenter IPs, so if you allowlist proxy addresses on your own systems, or log into accounts through them, rotation is the wrong shape and IPRoyal's dedicated product is doing something for you that we cannot. The trade is laid out properly in shared vs dedicated datacenter proxies.

Three endpoints, one hostname:

# Rotating pool, a fresh exit IP per request
curl -x http://USER:PASS@gateway.sparkproxy.io:11000 https://ipinfo.io/ip

# Sticky exit, the same IP held for the session window
curl -x http://USER:PASS@gateway.sparkproxy.io:11002 https://ipinfo.io/ip

# SOCKS5 for tools whose proxy field prefers it (TCP only, no UDP relay)
curl -x socks5h://USER:PASS@gateway.sparkproxy.io:13000 https://ipinfo.io/ip

If your exit reason was the Web Unblocker rather than the proxies, the managed layer is the SparkProxy Scraping API, which handles rotation, headless Chromium rendering and stealth behind a single call:

curl -G "https://scrape.sparkproxy.io/api/v1" \
  -H "X-API-Key: $SPARKPROXY_API_KEY" \
  --data-urlencode "url=https://example.com/product/1" \
  --data-urlencode "render_js=true" \
  --data-urlencode "format=md"

Webshare: the free tier that makes evaluation cheap

Webshare publishes a permanent free allocation of 10 proxies with no card, which is unusual in this market and makes it the lowest-friction place to sanity check whether a datacenter IP even works against your target. Its published network spans 400K+ datacenter IPs, 80M+ rotating residential IPs and 195+ locations, with HTTP and SOCKS5 on the datacenter line and shared, private and dedicated tiers of the same product.

Where it fits an IPRoyal switcher: you want per-IP billing to stay per-IP, you want to keep buying addresses rather than threads, and you want a cheaper or larger static pool. Where it does not: there is no mobile line, so a mobile-heavy IPRoyal invoice cannot move here whole.

This is the section for people who like IPRoyal's shape and want the same shape elsewhere.

Decodo: the closest like-for-like on catalog

Decodo, formerly Smartproxy, publishes residential, static residential (ISP), mobile and datacenter proxies, a Site Unblocker, a Web Scraping API, a Fast Search API, a video downloader, a free AI parser and an MCP server. Residential is published at 125M+ IPs across 195+ countries with city, state and ASN targeting. ASN targeting is the specific capability that pulls people across, because IPRoyal publishes country, state and city on residential but not ASN.

If your reason for leaving is "I need one vendor for four proxy types plus an unblocker, and I want a bigger residential pool with finer targeting," this is the closest structural match on the list. Breadth is not the same as savings, though. Price your actual monthly GB and request volume on both, not the headline rate.

Proxy-Cheap: the same per-unit marketplace, different brand

Proxy-Cheap sells static residential IPv4 and IPv6, rotating residential, datacenter IPv4 and IPv6, and static and rotating mobile, published across 155M+ IPs in 180+ countries with HTTP, HTTPS and SOCKS support. Static and datacenter lines run on fixed terms per IP, rotating lines run pay as you go per GB. That is very close to how IPRoyal packages the same catalog.

Which makes it the honest recommendation for one particular switcher: the one whose complaint is a price or a specific location gap rather than a product model. You keep the mental model, the billing units and the small-order flexibility, and you change the invoice. IPv6 deserves a flag here. It is dramatically cheaper per address at most vendors and useless against any target that has not enabled IPv6, so verify with a real request before you buy a block of it.

This is the section for people leaving on procurement grounds rather than technical ones.

Bright Data: the catalog and the paperwork

Bright Data publishes 400M+ residential IPs and 1.3M+ ISP IPs alongside datacenter proxies, an Unlocker API, SERP API, Browser API, Crawl API, scraper endpoints, a dataset marketplace and a web archive. It states GDPR, CCPA and SEC alignment and an explicit KYC process.

That last part is the reason to move, and also the reason not to. If your legal or security team has questions about IP sourcing that a smaller vendor cannot answer with documents, this is where those questions get answered. If you want to be scraping in twenty minutes, the same KYC process is friction you did not have on IPRoyal. Both statements are true at once, and which one matters is a fact about your company rather than about the vendor.

Oxylabs: the enterprise middle path

Oxylabs publishes 175M+ residential IPs, 20M+ mobile IPs and 2M+ datacenter IPs across 188+ countries, with dedicated datacenter and dedicated ISP variants, plus a Web Unblocker, Web Scraper API, Fast Search API and headless browser. Its datacenter page advertises 5 free IPs to trial, which is a lower-commitment way in than a sales call.

Practically, Oxylabs is where an IPRoyal switcher lands when the requirement is an SLA, a support contact and a managed unblocker in one contract, without the full enterprise procurement cycle. We publish a direct SparkProxy vs Oxylabs comparison if you are weighing that specific pair for datacenter work.

This is the section where SparkProxy is not a candidate at all, so treat it as neutral territory.

SOAX: targeting granularity on residential and mobile

SOAX sells residential and mobile proxies with data collection products on top, published across 195+ locations. Its homepage pool counter rendered as a placeholder on the day we read it, so we are not quoting a number for it. The reason SOAX comes up in IPRoyal exit conversations is targeting depth on the residential and mobile lines, which matters for ad verification, app store checks and anything where the exit needs to look like a specific carrier or region rather than merely a country.

Rayobyte: static and rotating datacenter from one vendor

Rayobyte publishes residential at 40M+ IPs, static ISP at 400K+ IPs, static datacenter with unlimited bandwidth and unlimited connections, rotating datacenter, rotating ISP and mobile, plus a Web Unblocker, a Web Scraping API with a free monthly allocation, and a self-hosted scraping browser.

The useful quirk is that Rayobyte sells datacenter proxies in both shapes, static per IP and rotating per GB. If you genuinely do not know yet whether your target punishes IP reuse or IP churn, buying both models from one dashboard is worth more than a marginally better rate on the wrong one. If that question is still open for you, ISP proxies vs datacenter proxies is the shortest route to an answer.

Here is the detail that does not appear in any IPRoyal alternatives roundup we could find, and it is the most expensive thing on this page.

IPRoyal's pricing page states that residential traffic never expires, with no contracts and no restrictions on IP changes. Most per-GB competitors expire unused traffic at the end of a billing cycle, or tie the rate to a monthly commitment you have to keep hitting.

That changes what "cheaper per GB" means. Your real cost is not the published rate. It is:

effective cost per GB = amount you pay per cycle / GB actually consumed before expiry

Work an example with round numbers. You buy a 50 GB monthly plan and your usage is bursty: 45 GB in a launch month, 8 GB the next, 12 GB the one after. Across the quarter you paid for 150 GB and consumed 65. Your effective rate is 2.3 times the sticker. A never-expiring balance at a higher published rate can easily be the cheaper purchase for that pattern, because nothing evaporates on the first of the month.

So before you switch a residential line, answer three questions:

1. Is my monthly usage flat or bursty? Flat usage makes expiry harmless. Bursty usage makes it the dominant cost.
2. Does the new vendor expire unused GB, and on what clock? Ask support and get it in writing, because this often lives in the terms rather than on the pricing page.
3. Do I have an IPRoyal balance sitting in the account right now? Traffic that never expires is still yours. Spend it down before you cancel, not after.

None of this applies to the datacenter line, where the unit is an address or a thread rather than a gigabyte. It applies with full force to residential and mobile.

Switching vendors usually means switching billing models, and the new model has a different failure mode from the one you learned to manage.

Two failure modes are worth naming, because they are the ones people actually hit.

Per-GB shock after a datacenter contract. Teams moving from per-IP datacenter to per-GB residential frequently forget that a JavaScript-rendered page can be tens of times the bytes of the JSON endpoint behind it. The same crawl that cost nothing on unmetered datacenter IPs becomes the largest line on the invoice. Measure bytes per record before you sign; what is bandwidth in proxy services walks through how.

Idle capacity after a per-unit contract. Teams moving the other way, from per-unit to flat capacity, pay the same amount in a quiet month as a busy one. That is a feature if your load is steady or spiky, and waste if you crawl for three days a quarter.

Neither model is better. They are bets on different usage shapes, and you already know which shape yours is.

Assume nothing carries over except your target list. Work through this in order.

1. Overlap the contracts. Keep IPRoyal live for one billing cycle after the new vendor goes into production. A rollback path is worth the double payment for a month, and a residential balance that never expires is not wasted by waiting.
2. Re-derive your success baseline first. Log success rate, median latency and bytes per record on IPRoyal for a representative day. Without that number you cannot tell whether the new vendor is worse or your target simply changed.
3. Change one variable. Swap the proxy layer only. Do not ship a parser rewrite, a concurrency bump and a vendor change in the same deploy, because you will not know which one moved the numbers.
4. Check the auth method survives. IP whitelisting has to be re-registered from scratch at the new vendor, and whitelist changes are not always instant. If your scraper runs somewhere with a changing egress address, move to user and password auth during the migration rather than after it. Refresher: how proxy authentication works.
5. Re-check geo syntax. Country targeting is expressed differently by nearly every vendor: a username suffix at one, a query parameter at another, a separate endpoint at a third. A silently ignored country flag produces data that looks fine and is wrong.
6. Re-check session syntax. Session identifiers, session lifetimes and rotation intervals do not port. If your workflow depends on holding an IP across a login and a follow-up call, verify the new sticky behaviour explicitly and confirm the exit IP is identical both times. See what is a sticky session proxy.
7. Ramp, do not cut over. Run 10% of traffic on the new vendor for a few days, then 50%, then the rest. Block rates often only show up above a volume threshold.

The code side of step 3 is usually smaller than people expect, because a well-built scraper touches the proxy string in exactly one place:

import os
import requests

user = os.environ["PROXY_USER"]
password = os.environ["PROXY_PASS"]

# The only line that changes when you switch vendors.
PROXY = "http://%s:%s@gateway.sparkproxy.io:11000" % (user, password)

session = requests.Session()
session.proxies = {"http": PROXY, "https": PROXY}

resp = session.get("https://example.com/catalog", timeout=30)
print(resp.status_code, len(resp.content))

If your codebase has that string in more than one place, fix that before you migrate. It is the cheapest work in the whole process.

We would rather write this than pretend otherwise.

Stay if you use three or more of their lines. Consolidating residential, ISP, datacenter and mobile onto one login, one invoice and one support queue has real operational value. Splitting that across three vendors to save a percentage on one line is usually a bad trade once you count the admin.

Stay if your usage is bursty and you rely on non-expiring traffic. Covered above. It is a genuine structural advantage and plenty of alternatives do not match it.

Stay if city-level datacenter targeting is load-bearing. IPRoyal advertises state and city granularity on the datacenter line. SparkProxy targets at country level and says so plainly. If your work is localised pricing, regional inventory or local SERPs, country-level routing will not do the job and pool size does not fix it.

Stay if the complaint is one bad month. Block rates move because targets change their defences, not only because a pool degraded. Reproduce the problem across two weeks and two targets before you conclude the vendor is the variable.

Switch when a specific, repeatable constraint is costing you money: a per-IP quota you keep hitting, a bandwidth pool you keep topping up, a targeting capability that does not exist, or a compliance document that cannot be produced.

• Per-IP rate limits on datacenter work: SparkProxy for rotating threads with unmetered bandwidth, or Rayobyte if you want rotating and static from one dashboard.
• Bandwidth top-ups on datacenter work: SparkProxy, which publishes unlimited bandwidth with no overage, or Rayobyte static datacenter, published as unlimited bandwidth and connections.
• You want to keep buying addresses, just cheaper or larger: Webshare or Proxy-Cheap.
• Residential pool depth or ASN targeting: Decodo first, then Oxylabs or Bright Data.
• Mobile or carrier-level targeting: SOAX or Oxylabs.
• Compliance, KYC or a security review: Bright Data, with Oxylabs as the lighter-weight option.
• You just want a free tier to prove the concept: Webshare's 10 free proxies, Oxylabs' 5 free datacenter IPs, or SparkProxy's 24-hour 250-thread trial, none of which ask for a card.
• None of the above matches your reason: stay put and re-read the previous section.

One last piece of process. Do not decide this from anyone's table, including ours. Take your two hardest target URLs, push 500 requests through each shortlisted vendor, and record success rate, median latency and bytes transferred. An afternoon of measurement beats a month of comparison reading, and it is the only evidence that reflects your targets instead of someone else's.