Node4 vs AggProxy: which is better in 2026
Node4 vs AggProxy in 2026: owned datacenter IPs, residential, billing models and a checklist to verify before buying. Pick by workload. Verdict first.
Choose Node4 if you need datacenter, shared or rotating proxies on IP blocks the provider owns, plus residential coverage in 170+ countries, with public terms you can read before you buy. Choose AggProxy if its own listing beats Node4 on the one thing your workload depends on, whether that is a country, a protocol or a billing model. Verify that on their site first.
TL;DR
- Node4 vs AggProxy comes down to IP ownership, country coverage and how rotating traffic is billed.
- Node4 datacenter, shared and rotating IPs sit in three countries: the United States, Italy and Spain.
- Node4 residential covers 170+ countries through an upstream supplier, not owned blocks.
- Test any provider's exit IP and sticky session yourself before committing traffic.
Why this matters
Most proxy comparisons fail the same way. They rank on headline price and ignore what the traffic will do: which country it needs to exit from, how long a session must hold, and whether billing is by gigabyte, by IP or by connection.
This page compares Node4 and AggProxy on those axes in 2026. Everything stated about Node4 comes from its published product terms. Nothing here asserts specifics about AggProxy's network, pricing or performance, because the useful move is to check those on AggProxy's own pages against the same list. Where a cell in the table says "verify", that is the question to answer before you pay anyone. The AggProxy domain now presents itself as Yilu Proxy; confirm which brand your account or listing is under before comparing terms.
The axis of difference is simple. Node4 is built around a small set of clearly described products with owned datacenter space and a resold residential layer. Whether AggProxy fits better depends on where your targets are and how you want to be billed.
At a glance
| Dimension | Node4 | AggProxy |
|---|---|---|
| Best for | Developers and teams doing scraping, automation and data collection who want plain product terms | Verify: does its positioning match your workload? |
| Product types | Datacenter, residential, shared, rotating (HTTP and SOCKS5) | Verify: list of proxy types offered |
| Datacenter IP ownership | Owned blocks | Verify: owned, leased or reseller-sourced |
| Datacenter geography | United States, Italy, Spain (3 countries) | Verify: countries per product |
| Residential coverage | 170+ countries, sourced upstream and resold | Verify: countries and sourcing model |
| Protocols | HTTP and SOCKS5 | Verify: HTTP, HTTPS, SOCKS5 per product |
| Rotating billing | Rotating Unmetered sold by concurrent connections | Verify: per GB, per IP, per port or per connection |
| Rotating sticky sessions | One exit held up to 30 minutes from first assignment | Verify: maximum duration and how it is measured |
| Pricing model | Public pricing | Verify: public or behind a sales form |
The AggProxy column is a checklist. Fill it from AggProxy's pages, then score both columns against your workload.
Node4 is the clearer choice for owned datacenter space
Node4 runs its datacenter, shared and rotating datacenter products on IP blocks it owns. Those blocks are located in the United States, Italy and Spain. That is three countries, not 170.
Ownership matters for one practical reason: you know who controls the address space. When an IP is flagged, there is one operator to deal with, not a chain of resellers.
The pool is thousands of owned IPs. That is enough for most scraping and automation jobs that target US or southern European sites. It is not the right tool if your targets need exits in Japan or Brazil from a datacenter range.
Verdict: Node4 wins if your targets are in the US, Italy or Spain, or if you do not care where a datacenter exit sits. For a wider view of the category, see this ranking of datacenter proxy providers.
What to verify at AggProxy: whether its datacenter IPs are owned or sourced, and in which countries. If a provider cannot state either plainly, treat that as an answer.
Residential coverage: read the sourcing line
Node4 residential is a separate product available across 170+ countries. Those addresses are not owned by Node4. They come from an upstream supplier and are resold, which is how residential proxies work across the industry.
That has one consequence worth stating: residential quality and pool health depend on the supplier layer, and no one operating a resold residential product controls it fully. Judge it by testing, not by the country count.
The country count still matters. If you need exits in dozens of markets for ad verification or localized price checks, 170+ is a large menu. If you only need three markets, it is irrelevant and you should compare on per-market quality instead. A separate write-up covers residential proxy providers in more detail.
Verdict: Node4 offers broad residential reach. Whether it beats AggProxy depends on the specific countries you need, which you can only settle by testing both from those countries.
What to verify at AggProxy: the country list, the sourcing model, and whether the provider says plainly that residential IPs are sourced rather than owned. Any provider that claims to own residential IPs at scale deserves a follow-up question.
HTTP and SOCKS5: a tie on paper
Node4 supports HTTP and SOCKS5 across its products. Most serious providers do. This is table stakes in 2026, not a differentiator.
The real difference is in authentication and tooling. Check whether each provider supports username and password auth, connecting from a registered IP address, or both, because that decides how easily the proxy drops into your scraper, browser automation or CI job.
Verdict: A tie until AggProxy's protocol and auth options are confirmed. If SOCKS5 is a hard requirement, confirm it per product, not per provider.
Rotating traffic: billing model decides the bill
Rotating proxies are where two providers with the same headline features produce very different invoices. The unit of billing changes everything.
Node4 sells Rotating Unmetered by concurrent connections. You buy a connection count, and bandwidth is not the meter. If your job is many small requests across many workers, that maps cleanly to how you think about the workload.
Other models bill per gigabyte, which favors light payloads and punishes large pages or media. Some bill per IP or per port, which favors long-lived sessions. None of these is universally better. The question is which one matches your traffic shape.
Sticky sessions follow the same rule. On Node4's rotating gateway, a sticky session holds one exit for up to 30 minutes, measured from first assignment, not from the latest request. If you have a login flow that takes 40 minutes, that window is too short, and you should design around it or pick a different approach. Test any provider's stated session length yourself. The guide to rotating proxy APIs for developers goes deeper on rotation mechanics.
Verdict: Node4 is the better fit for high-concurrency, bandwidth-heavy jobs where per-gigabyte billing would dominate cost. AggProxy may win for small, light-payload jobs if its billing is per gigabyte and cheap for your volume. Run the arithmetic with your own payload size.
Test both from the terminal
Do not trust a country menu. Confirm the exit yourself.
curl -x http://USER:PASS@HOST:PORT https://api.ipify.orgThat returns the exit IP. Look it up in two independent geolocation databases. If they disagree with each other or with the provider's claim, note it.
Then check session holding:
import time, requests
proxy = 'http://USER:PASS@HOST:PORT'
proxies = {'http': proxy, 'https': proxy}
seen = set()
for i in range(10):
ip = requests.get('https://api.ipify.org', proxies=proxies, timeout=15).text
seen.add(ip)
time.sleep(60)
print(seen)On a sticky endpoint, the set should contain one address for the first ten minutes. On a rotating endpoint, expect several. Run the same script against both providers with the same target and the same hours of the day, then compare success rates on the sites you actually scrape.
Pricing: compare models, not numbers
Node4 publishes its pricing, so you can read it before you talk to anyone. That is the baseline to hold AggProxy to: can you find the price of what you need without filling out a form?
Three models cover most of the market:
- Per IP. Predictable for datacenter and static use. You know the monthly cost before you send a request.
- Per gigabyte. Flexible for light or bursty work. It gets expensive with heavy pages and cheap with API responses.
- Per connection or port. Predictable for concurrency-driven jobs. Bandwidth stops being a cost variable.
The tradeoff is predictability against flexibility. Pick the model whose meter matches the thing your job does most. For a broader look at how providers stack up on cost, see the ranking of providers by price.
One caution applies to both vendors. A low headline rate says nothing about cost per successful request. If a cheaper proxy gets blocked twice as often, the real price per useful page is higher.
Support, trials and friction
Check three things on each provider before you commit:
- Can you sign up and test without a sales call?
- Is there a refund window or trial, and what are its exact terms?
- Are authentication methods and endpoints documented with copy-paste examples?
Node4's approach is to keep terms public so a developer can evaluate without a conversation. Hold AggProxy to the same bar. If any answer requires a call, budget the time.
Scorecard
| Dimension | Winner |
|---|---|
| Owned datacenter IP space | Node4 (documented) |
| Datacenter countries beyond US, Italy, Spain | Verify AggProxy |
| Residential country reach | Test both in your target markets |
| HTTP and SOCKS5 support | Tie until verified |
| High-concurrency rotating billing | Node4 for bandwidth-heavy jobs |
| Light-payload per-GB jobs | Verify AggProxy's rate against your volume |
| Public pricing | Node4 (documented) |
The honest read: Node4 has clear, documented strengths, and AggProxy is undetermined until you check its pages against this list. Do not let anyone, including this page, tell you the outcome of a test you have not run.
Final verdict
Choose Node4 if:
- Your datacenter targets are in the United States, Italy or Spain, or the exit country does not matter.
- You want owned IP blocks and a plain description of what you are buying.
- Your rotating workload is concurrency-heavy and per-gigabyte billing would punish you.
- You need residential across a wide country list and accept that it is sourced upstream.
Choose AggProxy if:
- Its listing shows the exact country and protocol you need and Node4's owned blocks do not cover it.
- Its billing meter fits your traffic better after you run the arithmetic on your own payload size.
- It clears the sourcing, pricing and session checks above with plain answers on its own site.
Node4 is the safer pick in 2026 when documentation and ownership matter most; AggProxy earns the switch only when it beats that on your specific workload.
FAQ
Is Node4 or AggProxy better in 2026?
Neither wins in general. Node4 is stronger for owned US, Italian and Spanish datacenter IPs and public terms. AggProxy is better only if its listing beats Node4 on your required country, protocol or billing model.
Where are Node4's datacenter proxies located?
Node4 datacenter, shared and rotating datacenter proxies run on owned IP blocks in the United States, Italy and Spain. Residential is a separate product with 170+ countries.
Does Node4 own its residential IPs?
No. Node4 residential addresses come from an upstream supplier and are resold. Only the datacenter, shared and rotating datacenter blocks are owned by Node4.
How long does a Node4 sticky session last?
On the rotating gateway, a sticky session holds one exit IP for up to 30 minutes, measured from first assignment rather than the latest request. Plan multi-step logins around that window.
How is Node4 Rotating Unmetered billed?
It is sold by concurrent connections, not by gigabytes. That makes cost predictable for high-concurrency jobs with large payloads.
How do I verify a proxy's location?
Request an IP echo service through the proxy, then look up the returned address in two independent geolocation databases. Compare the result to the provider's claim.
What should I check before switching from AggProxy to Node4 or back?
Confirm country coverage, IP sourcing, protocol support, billing meter, session length and whether pricing is public. Then run the same test script against both.
One last thing
The best value is the option with the lowest cost per successful request on your target site, not the lowest sticker rate. Run a one-hour test on both providers against your real URLs, log status codes, and divide spend by successful responses. That single number ends most vendor debates.