NetNut vs SOAX: 2026 Head-to-Head Comparison
I’ve run both NetNut and SOAX on real jobs, not just trial accounts spun up for a review. NetNut built its name on ISP-partnered static residential IPs, the kind of proxy that behaves like a home broadband connection but doesn’t sit behind someone’s laptop that might go to sleep mid-scrape. SOAX went the other direction: a peer-sourced residential and mobile network with a dashboard that lets you dial rotation, city, and ASN down to a fine grain, aimed at operators who want control more than raw uptime guarantees.
Neither is the wrong pick in a vacuum. The split that actually matters is what you’re doing with the proxy. If you’re pulling structured data at volume, day after day, and you need the connection to behave the same way every time, NetNut’s ISP proxies and datacenter tier tend to hold up better. If you’re doing anything that benefits from granular session control, tighter geo-targeting, or a lower entry price while you figure out your volume, SOAX is usually the more comfortable starting point.
This comparison walks through both vendors on pricing, pool size, rotation, geo coverage, speed, and concurrency, then gives a verdict per use case rather than a single blanket winner. Pricing figures below reflect what’s publicly listed at the time of writing, both vendors adjust plans periodically, so check the current pricing pages before committing to an annual contract.
TL;DR comparison table
| NetNut | SOAX | |
|---|---|---|
| Entry pricing | Higher entry point, better at volume; residential and ISP tiers priced per GB with steep volume discounts | Lower entry point, small trial packages available; per-GB cost stays flatter across tiers |
| IP pool | Smaller, ISP-partnered pool prioritizing static/quality IPs over raw count | Larger headline pool aggregated from multiple residential and mobile suppliers |
| Rotation control | Sticky sessions via API parameters, less granular UI-level control | Dashboard slider for session length, more granular targeting controls |
| Geo coverage | Strong in tier-1 countries (US, UK, EU) via direct ISP deals | Broader long-tail country coverage, better for hyper-local targeting |
| Best for | High-volume, steady scraping and enterprise data pipelines | Flexible, session-heavy work: checkout bots, ad verification, account management |
| Support | Dedicated account managers on enterprise plans | Live chat plus documentation, faster for self-serve troubleshooting |
| Target user | Data teams and enterprises with predictable, large monthly volume | Solo operators, agencies, and teams that need fine control on a smaller budget |
NetNut at a glance
NetNut’s pitch since it launched has been that it doesn’t route your traffic through random consumer devices the way most P2P residential networks do. A chunk of its residential IP pool comes from direct ISP partnerships, so the exit node is often a real ISP-assigned address sitting on stable infrastructure rather than someone’s phone that might drop off Wi-Fi mid-request. That architecture is why NetNut markets itself hard on uptime and static residential (they call this the ISP proxy tier) rather than pool size.
The product lineup covers residential, static residential (ISP), datacenter, and mobile proxies, sold through both self-serve dashboards and enterprise contracts. Pricing is tiered by monthly GB commitment, and the per-GB rate drops meaningfully once you’re buying in bulk, which is where NetNut becomes genuinely competitive against SOAX and other players. At low volume, though, NetNut’s entry pricing is noticeably higher than SOAX’s, and there’s less of a “try it for a few dollars” on-ramp. You can check current plans directly on NetNut’s site, and our full writeup is at proxyscraping.org/reviews/netnut.
Support on the higher tiers includes a dedicated account manager, which matters more than it sounds once you’re running a pipeline that can’t tolerate a support ticket sitting unanswered for two days. On lower self-serve tiers, expect standard ticket-based support rather than a named contact.
SOAX at a glance
SOAX’s whole design center is control. The dashboard exposes rotation interval, sticky session duration, country, region, city, and even ISP/ASN targeting in a way that’s genuinely more granular than most competitors, including NetNut. You can hold a session for as short as a few seconds or as long as 30 minutes, which is useful for anything that needs to look like a single continuous visit (checkout flows, account logins) without paying for a fully static IP.
The pool itself is larger by headline count than NetNut’s, sourced from a mix of residential and mobile suppliers across a wide country list. That breadth is genuinely useful if your targeting needs are unusual, smaller countries or specific cities that bigger vendors treat as an afterthought. SOAX also sells datacenter and mobile proxies alongside residential, and entry pricing is friendlier: smaller packages and short trial options make it easier to test before committing to volume. Pricing and current packages are on SOAX’s site, and our full review is at proxyscraping.org/reviews/soax.
Where SOAX trades off against NetNut is consistency at the very top end. Because more of the pool leans on peer-sourced residential IPs rather than ISP-hosted ones, you’ll see more variance in connection quality across nodes, which matters if your workload can’t tolerate retries.
Head-to-head
IP pool size
SOAX wins on raw numbers. Its aggregated residential and mobile pool is advertised as larger than NetNut’s, and the breadth shows up most in long-tail geo coverage rather than in the big countries where most scraping traffic already concentrates. NetNut deliberately keeps its ISP-partnered pool smaller because the tradeoff is quality control: fewer duplicate exit nodes, less exposure to already-blacklisted addresses that get recycled through P2P networks. If your targets are mainstream (US, UK, DE, major EU markets), pool size stops being the deciding factor and quality per node matters more.
Rotation control
SOAX, clearly. The dashboard slider for sticky session length, combined with granular city and ASN targeting, gives you a level of control that NetNut doesn’t expose in its interface. NetNut supports session persistence through API parameters (holding a session ID in the username string is the standard approach across the industry), but it’s a developer-facing mechanism, not a dashboard control. If you need to tune rotation cadence without touching code, SOAX is the more comfortable tool.
Geo coverage
Both cover 100+ countries, but the shape of that coverage differs. NetNut’s strength sits in tier-1 markets where its ISP deals are concentrated, meaning connections in the US, UK, and major EU countries tend to be more reliable. SOAX’s broader supplier mix gives it an edge in smaller or less common markets, useful for anything doing local search verification or ad checks outside the usual English-speaking targets. Neither vendor discloses exact per-country IP counts publicly in a way that’s independently auditable, so treat any specific country-level number either vendor quotes as a vendor claim, not an audited figure.
Connection success rate
This is where NetNut’s architecture pays off. Because a large share of its residential traffic routes through ISP-hosted infrastructure rather than consumer devices, success rates on first-attempt requests tend to run higher and more consistently, especially for long-running sessions. SOAX’s residential network, being more peer-sourced, will show more variance node to node, some exit points are fast and clean, others need a retry. For high-retry-tolerant workloads (rotating scrapers that treat failures as cheap and move on) this doesn’t matter much. For anything where a failed connection burns a session you can’t easily replace (a checkout attempt, a login flow), the extra consistency on NetNut’s side is worth the premium.
Speed
NetNut’s ISP and datacenter tiers are generally faster and more predictable, since traffic isn’t hopping through a residential ISP’s last-mile connection to a home router. SOAX’s residential and mobile proxies are subject to more real-world variance, mobile proxies in particular ride actual carrier networks, so speed depends on the exit device’s radio conditions at that moment. If raw throughput and low latency matter more than IP authenticity, NetNut’s datacenter tier or ISP proxies are the faster option in practice.
Pricing per GB
SOAX is cheaper to start. Small packages and trial pricing mean you can validate a workflow for a few dollars before committing. NetNut’s entry pricing sits higher, but the per-GB rate compresses fast once you’re buying in bulk, and NetNut’s flat-rate or unlimited-IP monthly plans can end up cheaper than SOAX’s metered-GB model if your usage is steady and high. Translation: SOAX for testing and small-to-mid volume, NetNut for locked-in, predictable, high-volume spend. Check both vendors’ current pricing pages before assuming last year’s numbers still hold, proxy pricing moves with bandwidth costs and competitive pressure.
Session persistence
SOAX’s granular sticky-session slider is the more flexible tool for anything short of fully static. NetNut’s ISP proxy tier, though, offers something SOAX’s rotating residential pool can’t easily match: a genuinely static, dedicated IP for as long as you lease it, not a “sticky for up to 30 minutes” approximation. If your use case needs the exact same IP for days or weeks (long-lived account war履up, persistent monitoring), NetNut’s static residential tier is built for that specifically. If you need flexible, tunable session length that resets frequently, SOAX’s control panel wins.
Concurrent connections
NetNut’s enterprise plans are built around high thread counts for large-scale scraping operations, and that’s reflected in how the product is marketed to data teams running big pipelines. SOAX supports concurrency too, but scaling thread counts on lower self-serve tiers can get expensive faster than on NetNut’s volume-discounted enterprise contracts. If you’re running thousands of concurrent threads against a fixed monthly budget, get a quote from both before deciding, concurrency limits and their pricing impact aren’t always obvious from the public plan pages.
Use-case verdicts
Large-scale web scraping and data pipelines. NetNut wins here. Steady, high-volume workloads reward the lower per-GB cost at scale and the higher first-attempt success rate that ISP-hosted proxies provide. Fewer retries at scale means real savings on both bandwidth and pipeline runtime. See our related guide on scraping LinkedIn at scale for how proxy choice affects a specific high-friction target.
Sneaker, ticket, and retail checkout automation. SOAX wins. These workflows live and die on how granular your session control is, you need a session that persists exactly as long as the checkout flow takes, then rotates cleanly for the next attempt. SOAX’s sticky-session slider and city-level targeting fit this better than NetNut’s more developer-facing session API.
Social media and multi-account management. SOAX, generally, though it’s close. Managing many accounts safely usually means pairing a proxy with an anti-detect browser profile per account, and that stack benefits from SOAX’s finer-grained city and ASN control to make each profile look like it’s coming from a distinct, plausible location. If you’re building out that kind of setup, antidetectreview.org’s blog covers the browser side of that pairing in more depth than I can here.
Local search and SEO rank tracking. NetNut edges ahead. Rank tracking benefits from a consistent, static-feeling IP per location rather than one that rotates mid-check, and NetNut’s ISP proxy tier is built for exactly that kind of long-lived, location-stable connection.
Who should pick NetNut
Pick NetNut if you’re running a data pipeline with predictable, high monthly volume and can commit to a plan that rewards bulk pricing. Pick it if connection consistency matters more than raw pool size, if a failed request costs you real time or money, the extra reliability of ISP-hosted proxies pays for itself. And pick it if you specifically need a static residential IP that behaves the same way for days or weeks at a stretch, that’s a tier SOAX doesn’t really compete on.
Who should pick SOAX
Pick SOAX if you’re starting out and want to validate a workflow before committing real budget, the entry pricing and trial packages make that cheap. Pick it if your work depends on granular session and geo control, checkout bots, ad verification, or account management workflows where the dashboard-level rotation slider genuinely changes what you can build. And pick it if your targets skew toward less common countries or cities where SOAX’s broader supplier mix gives you options NetNut’s more concentrated ISP deals don’t cover.
Verdict overall
There isn’t a single winner here, and I’d be lying if I told you there was. NetNut is the better tool for high-volume, steady, reliability-sensitive work, the kind of job where a lower failure rate compounds into real savings over a month of runtime. SOAX is the better tool for anything that needs fine control over sessions and geography, and it’s the friendlier place to start if you don’t yet know how much volume you’ll actually need.
If I had to generalize: NetNut is an infrastructure decision, something you commit to once your workload is defined and predictable. SOAX is an operator’s tool, something you reach for because you need to shape exactly how a connection behaves on a per-session basis. Read both reviews, NetNut and SOAX, against your actual target list before signing an annual contract with either. And if you want a broader comparison across the proxy market before narrowing down, our blog has more head-to-heads like this one, including Decodo vs Smartproxy, which is a useful pricing benchmark against a third option.
One caveat that applies to both vendors equally: how you use a residential or mobile proxy network can run into a target site’s terms of service, and in some jurisdictions, into broader data protection law. This isn’t legal advice, if you’re scraping personal data or operating in a regulated industry, talk to a lawyer familiar with your jurisdiction. The FTC’s business guidance blog is a reasonable starting point for US-focused general reading on data collection practices, and the MDN documentation on proxy servers and tunneling is worth a read if you want to understand what’s actually happening at the protocol level when you route through either vendor’s network.
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 2026-07-19.