IPRoyal vs NetNut: 2026 Head-to-Head Comparison
I’ve run scraping jobs, ad verification checks, and account-management workloads through both IPRoyal and NetNut over the past couple of years, and they answer two different questions. IPRoyal answers “how do I get proxy access without signing a contract or committing a minimum spend.” NetNut answers “how do I get the most stable, fastest residential-grade IP for a workload that has to run every day without babysitting.”
Both sell residential, datacenter, ISP (static residential), and mobile proxies, and on paper their feature lists overlap almost completely. The difference shows up in how each company sources its IPs and how it prices access to them. IPRoyal leans on a large opt-in network (its Pawns.app rewards program pays regular users to share idle bandwidth) plus pay-as-you-go billing with no forced monthly minimum. NetNut built its reputation on direct ISP peering instead of a peer-to-peer device network, which it markets as more stable and faster, but that stability comes with enterprise pricing and, on many plans, a minimum monthly commitment.
If you’re a solo operator or a small team testing a scraper before you know your real volume, that pricing gap matters more than any spec sheet. If you’re running a production pipeline where downtime or a flaky IP costs you more than the proxy bill itself, the calculus flips. Below is the full breakdown, plus my read on who should actually buy which one. For the individual writeups, see the full IPRoyal review and NetNut review, and browse more proxy comparisons on the blog.
TL;DR comparison table
| IPRoyal | NetNut | |
|---|---|---|
| Pricing model | Pay-as-you-go, no forced minimum | Plans with minimum monthly commitment on most residential tiers |
| Residential pricing | Lower entry price per GB, volume discounts at higher tiers | Higher entry price, positioned for bulk/enterprise usage |
| Proxy types | Residential, datacenter, ISP (static), mobile | Residential, datacenter, ISP (static), mobile |
| IP sourcing | Opt-in P2P network (Pawns.app) | Direct ISP peering (“static residential” model) |
| Best for | Solo devs, small teams, testers, budget-conscious scraping | Agencies, enterprises, high-volume production pipelines |
| Support | Live chat, ticketing, self-serve dashboard | Live chat plus dedicated account managers on larger plans |
| Free trial | Small free trial / low-cost test packages | Trial available on request, usually gated by sales |
| Target user | Cost-sensitive, flexible-volume users | Consistency-first, budget-flexible users |
IPRoyal at a glance
IPRoyal launched in 2019 and built its business around removing the two biggest friction points in the proxy market: forced subscriptions and opaque pricing. You can buy proxy traffic in small, fixed packages and top up as needed, without signing up for a recurring plan you have to remember to cancel. That alone makes it the easier provider to trial without commitment risk.
Its residential pool is sourced primarily through Pawns.app, an app that pays regular people to share unused bandwidth from their home connections. This is the same general model used by several large residential networks, and it’s how IPRoyal keeps its per-GB price down relative to providers that lease IP capacity through data-center-adjacent deals. On top of residential, IPRoyal sells:
- Datacenter proxies, for raw speed on targets that don’t fingerprint aggressively
- ISP (static residential) proxies, which pair a datacenter-level connection with an IP registered to a residential ISP, giving you a long-lived IP that still looks like a home connection
- 4G/5G mobile proxies, useful for anything that treats mobile carrier IPs as inherently more trustworthy
The dashboard is straightforward, there’s a Chrome extension for quick manual use, and their documentation covers rotation parameters, sticky session length, and authentication methods without much digging. The tradeoff is that support is mostly self-serve and ticket-based. If you need a dedicated account manager walking you through a large migration, IPRoyal isn’t set up for that at the lower tiers.
NetNut at a glance
NetNut, founded in Israel around 2017, made its name by rejecting the peer-to-peer residential model almost entirely. Instead of routing traffic through other people’s phones and laptops, NetNut peers directly with internet service providers, so a “residential” IP from NetNut is coming through actual ISP infrastructure rather than someone’s home router that might drop offline mid-session. That’s the core pitch, and it’s why NetNut markets itself on stability and speed rather than sheer pool size.
The product lineup mirrors IPRoyal’s: residential, static residential (their ISP proxy line), datacenter, and mobile. What’s different is who NetNut is built for. Pricing tiers assume a business use case, most residential plans carry a minimum monthly spend, and the sales process for anything beyond entry-level packages usually involves talking to someone rather than self-checkout. In exchange, you get plans with unlimited concurrent connections at higher tiers and, from my experience and consistent with what account teams tell prospective enterprise clients, faster support response times once you’re past the smallest packages.
NetNut is not the cheapest way to get a proxy. It’s the option for teams where the cost of a stalled scrape or a failed session is higher than the premium NetNut charges to reduce how often that happens.
head-to-head
IP pool size
IPRoyal advertises a larger raw residential IP count, a direct consequence of the opt-in device network model, more participating devices means more distinct IPs to rotate through. NetNut’s pool is smaller by design because it’s built from actual ISP partnerships rather than app installs, which caps growth at how many ISP relationships the company can maintain. For pure breadth (long-tail countries, less common city targets), IPRoyal usually has the edge. For confirming an actual current count, check each vendor’s own pricing page since both update these figures periodically and marketing numbers shift.
rotation control
Both platforms give you the standard controls: rotate on every request, or hold a sticky session for a set window before rotating. IPRoyal exposes this through API parameters and dashboard settings that are easy to script against. NetNut’s static residential line is built around the opposite default, an IP that holds until you explicitly release it, which is the point of that product tier. If your workflow needs frequent, granular rotation control across a large pool, IPRoyal’s tooling is more flexible out of the box. If you need one IP to behave consistently for hours or days, NetNut’s ISP proxies are the more natural fit.
geo coverage
Both vendors cover a wide range of countries, but the sourcing model shapes where the depth actually is. IPRoyal’s app-based network tends to have broader long-tail coverage because acquiring supply in a new country is a matter of app installs growing there. NetNut’s ISP-partnership model means deep, reliable coverage in markets where they’ve struck deals, generally strongest in the US and major European markets, with narrower depth outside those. If your target market is niche or emerging, test IPRoyal’s coverage there first. If you’re working US and EU targets, both are strong, and NetNut’s direct-ISP routing may hold up better under sustained load.
connection success rate
Both companies publish high success-rate figures on their marketing pages, and I’d treat those numbers as a starting point, not a guarantee, since success rate depends heavily on the target site’s own anti-bot posture, not just the proxy vendor. In practice, I’ve seen IPRoyal’s residential pool need more retry logic on tougher targets (major e-commerce sites with aggressive fingerprinting), while NetNut’s ISP-direct proxies tend to hold up more consistently on sites that specifically flag known datacenter or P2P-network ranges. Run your own test batch against your actual target before committing budget to either.
speed
This is NetNut’s strongest differentiator on paper: no P2P last-mile hop means less variance and generally lower latency, especially for sustained sessions. IPRoyal’s datacenter and ISP proxies are comparably fast, but its standard residential traffic can vary more since it’s routed through consumer-grade connections that aren’t guaranteed to be fast or even online at any given moment. For latency-sensitive work, ad verification pixels, real-time price monitoring, anything where a slow response breaks the workflow, NetNut’s architecture has a real structural advantage.
pricing per GB
IPRoyal wins this comparison outright for most buyers. Pay-as-you-go pricing with no forced minimum means you can start with a $7-10 test package and scale spend only as your actual usage grows. NetNut’s pricing is built around monthly plans with commitments that make sense once you’re moving meaningful volume every month, but that structure is a poor fit if you’re still validating a scraper or running an inconsistent workload. Check current numbers on each vendor’s pricing page directly, both change tier pricing periodically and neither publishes numbers I’d want to reprint here as fixed facts a year from now.
session persistence
NetNut’s static residential (ISP) line is purpose-built for long session persistence, an IP effectively stays yours for as long as your subscription covers it, which matters for workflows like maintaining logged-in sessions or managing accounts that need consistent IP history. IPRoyal’s ISP proxies do the same thing on a smaller scale, and its standard residential sticky sessions typically max out in the tens of minutes before rotating. If your use case is managing multiple long-lived accounts where IP consistency reduces flagging risk, this is where NetNut’s category strength shows up, and it’s worth reading how account operators think about this tradeoff over at multiaccountops.com’s blog, which covers IP consistency and multi-account risk in more depth than I’ll go into here.
concurrent connections
NetNut markets unlimited concurrent connections on its higher residential and ISP tiers, which is a meaningful advantage if you’re running large parallel scraping jobs and don’t want thread count to become the bottleneck. IPRoyal’s concurrency is generally tied to your plan and thread allocation, workable for most small-to-mid workloads but something to check against your specific plan before assuming unlimited parallelism. If your bottleneck is thread count rather than bandwidth, factor this into the decision directly rather than assuming pricing alone tells the full story.
use-case verdicts
Budget scraping for a solo dev or small team. IPRoyal wins. Pay-as-you-go with no minimum spend means you’re not locked into a monthly bill while you’re still figuring out how much proxy traffic your project actually needs.
Enterprise-scale data collection running daily in production. NetNut wins. The direct-ISP model reduces the variance that turns into engineering time spent debugging flaky connections, and unlimited concurrency on higher tiers removes a scaling bottleneck IPRoyal’s plan structure doesn’t fully solve.
Ad verification and brand protection monitoring. NetNut wins here too. Low-latency, stable sessions matter more than raw pool size when you’re checking whether an ad actually rendered correctly from a specific geo, and NetNut’s ISP-direct routing is built for exactly that kind of consistent, real-time check.
Managing multiple accounts (seller accounts, social profiles, sneaker or ticket bots) where consistent IP history matters. This one’s closer to a tie. NetNut’s static residential IPs give you the longest, most stable session persistence, but IPRoyal’s ISP proxies do the same job at a lower price point if your account count is small enough that you don’t need enterprise-scale concurrency. Worth pairing whichever you pick with a proper browser fingerprinting setup, which is covered well on antidetectreview.org’s blog if that’s part of your stack.
who should pick IPRoyal
Pick IPRoyal if you’re a solo operator, a small dev team, or anyone who wants to test a scraping or automation workflow before committing real budget. The pay-as-you-go model removes the risk of paying for a monthly plan you don’t fully use, and the proxy type lineup, residential, datacenter, ISP, and mobile, covers most use cases a smaller operation runs into. It’s also the more reasonable starting point if your workload volume is unpredictable month to month, since you’re not locked into a commitment sized for your busiest month.
who should pick NetNut
Pick NetNut if you’re running a production pipeline at real scale, where connection stability and speed translate directly into engineering hours saved or revenue protected. Agencies managing client scraping contracts, ad-verification teams checking creative across dozens of markets daily, and any business that can commit to a predictable monthly spend will get more value out of NetNut’s direct-ISP architecture and unlimited-concurrency tiers than they will out of chasing the lowest per-GB price elsewhere.
verdict overall
There’s no single winner here, it genuinely depends on where you are. If you’re price-sensitive, testing, or running variable volume, IPRoyal’s pay-as-you-go model and lower entry pricing make it the safer first purchase. If you’re past that stage and stability, speed, and concurrency are worth paying a premium for, NetNut is built for that workload specifically and the direct-ISP architecture (see how SOCKS5 proxy routing actually works at the protocol level if you want the technical background) earns its higher price tag. My own rule of thumb: start with IPRoyal to validate the workflow, then move to NetNut once your monthly volume and uptime requirements justify the commitment. For a deeper technical primer on how proxy servers route traffic in general, Cloudflare’s explainer is a solid neutral reference before you commit to either vendor’s marketing claims.
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 2026-07-18.