Proxys.io Review 2026: Pricing, Features & Support Tested

Proxys.io is a proxy rental service founded in 2016, now registered in the UK, offering datacenter, residential, ISP, and mobile proxies across HTTP and SOCKS5 protocols in more than 240 countries.

The platform stands out for its entry-level IPv6 pricing and its pay-per-traffic residential model, which makes it accessible for buyers who don’t need a fixed monthly IP allocation.

I tested four proxy types across latency, anonymity, and detection resistance to find out whether those claims hold up under real conditions.

Pros and Cons

Rating Breakdown

Scoring a proxy service requires a different lens from hosting. There is no uptime SLA to measure and no panel to benchmark. What matters is how well each proxy type performs its core job: masking your origin, passing geo-checks, and staying online reliably.

The scores below reflect what I found across four tested proxy configurations.

Plans and Pricing

Proxys.io structures its pricing around proxy type rather than a tiered plan model. Each category (datacenter IPv4, shared IPv4, residential, IPv6, mobile) is priced independently, and within each category the price per IP varies by country, with more popular locations costing more than less-requested ones.

Residential proxies are billed by traffic consumed rather than per IP, which makes them more practical for buyers who need occasional anonymity rather than a full-time pool of dedicated IPs.

Free trial: No standard free trial is listed. The FAQ notes that first-time users can request a test proxy by contacting support, subject to eligibility and excluding temporary email addresses.

Money-back guarantee: Proxys.io offers a 24-hour refund window from the time of payment. Eligible reasons include the proxy failing to connect, being broken, or not fitting your use case for any reason. The resolution can be either a replacement of the non-working proxies or a full money-back refund. Requests must go through live chat or email at mail@proxys.io within that window.

Payment methods:

• Stripe (Visa and Mastercard, foreign and Russian cards)
• Cryptocurrency: USDT, Bitcoin, Ethereum
• Alipay

Billing insights:

• The bulk discount banner that appears when selecting a proxy type bumps quantity on the same type rather than letting you mix types, which benefits volume buyers of identical IPs rather than buyers building a varied portfolio
• Residential proxies renew on traffic consumed, not by calendar date, so there is no automatic monthly charge unless you purchase additional traffic manually
• Proxy subscriptions can be extended from the account dashboard before or shortly after expiry without losing the assigned IP

Features

• Individual and shared IPv4 datacenter proxies
• Residential proxies with pay-per-traffic billing
• IPv6 proxies via IPv4 tunnel entry
• HTTP, HTTPS, and SOCKS5 protocols supported
• IP address authorization as credential alternative
• Telegram bot for proxy account management
• Address export in multiple file formats
• Configure up to 100 residential geo sheets
• API access for automated proxy management

Performance

Testing a proxy service is a different exercise from benchmarking a VPS. There are no CPU scores or disk throughput numbers here.

What matters is latency, anonymity integrity, and how each proxy type holds up under detection tools that buyers’ target sites will also use.

I tested four proxy configurations across three test categories: speed and latency via curl, anonymity and leak testing via browserleaks.com and ipleak.net, and fraud risk scoring via Scamalytics.

Proxies tested:

Speed and Latency

I ran each proxy through two curl requests per protocol against httpbin.org/ip, recording connection time and time to first byte (TTFB).

TTFB is the most useful metric here. It reflects how quickly the proxy passes a request and receives a response, which is what buyers actually feel during use.

Results:

The US and Germany datacenter IPv4 proxies performed at a broadly similar level on HTTP, averaging around 2.1s TTFB for clean runs.

SOCKS5 added roughly 0.8s overhead on the US proxy compared to HTTP, which is expected given the protocol’s additional handshake steps. The Germany proxy’s first HTTP run produced a 33.5s spike before returning to 1.48s on the second attempt.

That kind of variance on back-to-back runs from the same proxy signals load issues on that server rather than a network routing problem, and it’s something buyers running latency-sensitive tasks should factor in.

The IPv6 proxy was the most problematic. Two of four requests either timed out or returned a 504 Gateway error. The two that did complete had TTFB values of 34s and 13.8s respectively, neither of which is usable for any serious application. One run did eventually confirm the exit IP (181.214.x.x), proving the tunnel works in principle, but the instability rate in a four-request test is too high to recommend IPv6 for anything time-critical.

The residential proxy posted the cleanest pair of results at 2.51s and 1.69s, but followed those with two consecutive 503 errors. Two successful requests and two failures in four tries is not a reliable baseline.

Geo-Location Accuracy

This is the most significant finding from the entire test run, and buyers who purchase specific country IPs for geo-targeting need to read this carefully.

The US IPv4 proxy did not resolve to the United States on any of the three tools I tested. BrowserLeaks and Scamalytics both placed it in Panama; ipleak.net showed United Kingdom.

All three identified the ISP as HIVELOCITY, Inc., which is consistent with a hosting infrastructure company that has nodes in multiple locations. The IP itself resolves to a HIVELOCITY subnet registered in Panama.

The Germany proxy fared better but still showed a split result. ipleak.net returned Germany, but BrowserLeaks and Scamalytics both placed it in the Netherlands, with the city showing as Amsterdam. The ISP on those two tools was Accelerated IT Services GmbH, not HIVELOCITY.

For buyers whose use case requires a confirmed US or German exit IP, the actual geolocation of what gets assigned matters more than the country label in the portal. Both proxies connected successfully and provided consistent IP masking, but the country label in the purchase form does not guarantee that geo-detection tools will agree with it.

After documenting this finding, I contacted Proxys.io support via live chat to request a replacement under the 24-hour guarantee. The full exchange is worth documenting.

I sent the first message at 23:45 and was connected to an agent at 23:49. His first response offered a troubleshooting explanation and linked to an article on geolocation database discrepancies.

I shared a timestamped browserleaks.com screenshot confirming the IP still showed Panama City at the time of that conversation, and pushed for the replacement. The agent follow-up was direct: “I apologize, I didn’t notice the incorrectness of the data.” The new IP appeared in my dashboard by 00:04.

Total time from first message to confirmed working US IP: 19 minutes.

The replacement IP (102.129.x.x) resolved correctly across all three tools I re-checked. BrowserLeaks confirmed United States, California, Los Angeles, with ISP listed as IPXO under the HIVELOCITY network.

ipleak.net confirmed United States, California, Los Angeles.

Scamalytics returned a fraud score of 0/100 (Low Risk) with the location confirmed as Los Angeles, California. The replacement also improved on the original’s fraud score, which had been 25/100 (Medium Risk) on the same tool.

Two things this exchange confirms for readers. First, the original IP assignment was wrong. The agent said so explicitly.

Second, the replacement mechanism works and was honored outside the stated 24-hour window. If your assigned IP does not resolve to the purchased country, contact support, share a screenshot, and ask for a replacement by subnet. The process took 19 minutes in this test, and the outcome was correct.

Anonymity and Leak Testing

I ran each proxy through browserleaks.com and ipleak.net to check for WebRTC leaks and DNS exposure.

WebRTC leaks:

On the first test run for each datacenter proxy and the residential proxy, ipleak.net flagged active WebRTC leaks, exposing the real source IP (41.XX.XXX.134) alongside the proxy IP.

On subsequent runs after adjusting browser settings, the leak did not reappear. This is a browser-level issue rather than a proxy-level one: WebRTC bypasses proxy settings by design, and no proxy type, including residential, can block it without additional configuration.

Buyers who don’t know this will assume the proxy is protecting them fully when it isn’t.

DNS leaks:

All four proxy types showed DNS leaks on ipleak.net, with between 17 and 23 DNS servers exposed per test.

A buyer using these proxies for anonymous browsing without also running a DNS-over-HTTPS resolver or a VPN-style DNS override will have their DNS queries visible to any monitoring tool that checks for this.

These findings reflect default client behavior rather than a Proxys.io-specific failure. SOCKS5 connections made with remote resolution enabled (the socks5h:// scheme in curl and most proxy tools) resolve hostnames on the proxy side, which prevents this leak path. Buyers should configure remote DNS resolution or a DNS-over-HTTPS resolver; the product pages would benefit from explaining this.

Detection Resistance

I checked each proxy IP against Scamalytics, which scores IPs from 0 (lowest risk) to 100 (highest risk) based on traffic patterns and infrastructure classification.

The US IPv4 scored medium risk with a confirmed datacenter and server flag.

Sites that screen for datacenter traffic will recognize and potentially block this IP.

The Germany proxy scored better at 0 but was flagged as an anonymizing VPN rather than a server, which is a different signal that some anti-fraud systems handle differently.

The IPv6 tunnel IP scored 0 and was clean across all external blacklists despite being flagged as a datacenter server.

The residential IP confirmed what it should: The residential IP resolved to a genuine US cable ISP with a Cable/DSL connection type and no datacenter or server flags. On ipleak.net, the residential proxy registered under a different residential ISP on the second check, confirming rotation.

These are real home ISP connections and would pass detection checks that datacenter IPs fail. For buyers whose task requires residential-grade trust, the proxy worked as intended when it connected successfully.

Overall Verdict on Performance

The datacenter IPv4 proxies performed adequately for basic latency on HTTP, averaging around 2.1s TTFB, but the geo-location discrepancies are a real problem for buyers targeting specific countries. The US proxy resolves to Panama or the UK depending on the tool; the Germany proxy splits between Germany and the Netherlands.

Neither is consistent, and buyers relying on country-level geo-targeting should verify their assigned IP before building workflows around it. The IPv6 proxy showed too much instability across four requests to recommend for production use.

The residential proxy passed detection tests cleanly when it connected, but two consecutive 503 errors in the same test session suggest availability issues that need improvement. DNS leaks and WebRTC exposure affected all proxy types, which is a standard proxy limitation rather than a Proxys.io-specific failure, but it is something the product pages should disclose.

Ease of Use

Setting up and managing proxies on Proxys.io is largely uncomplicated, though the experience differs noticeably between proxy types.

Datacenter orders are fast and credential delivery is clean. Residential proxies, on the other hand, add a configuration layer that first-time users won’t anticipate. I started where every new user does: the registration flow.

1. Registration

Proxys.io doesn’t push account creation upfront. The homepage leads directly to a “Buy Proxy” page, and you can begin a purchase without an existing account.

When checking out as a new user, a single email field appears in the payment panel; your account is created from that email during the transaction. There’s no separate registration page, no phone verification, and no ID check.

After completing the first purchase, I was dropped directly into the account dashboard, already logged in, with my order showing as Active.

A welcome email from mail@proxys.io arrived shortly after, containing three things that matter:

• Login email (the address used at checkout)
• Password (auto-generated and delivered here, not set during signup)
• API key (ready to use without any additional steps in the portal)

The email also includes a link to a Telegram bot, which appears to be an alternative support channel not prominently advertised on the site.

One small note: the email closes with a Russian-language sentence despite the account being registered in English. It’s the same localization gap I spotted later in the dashboard, and it suggests the product’s English layer sits on top of a Russian-first codebase.

The welcome email means you don’t need to set a password or dig into account settings before you can get back in after closing the browser. Your credentials arrive in your inbox, unprompted, before you’ve even had time to think about it.

I found the registration approach refreshingly minimal. Most proxy services gate you behind a form before you can even see pricing; here, you’re checking out within two clicks of the homepage, and your login details follow by email. With that done, I moved on to placing the rest of my orders.

2. Ordering & Provisioning

The buy page organizes proxy categories into collapsible sections, which works well given how many product types exist.

The “Fast buy” form at the top handles most purchases with four fields:

Several things about the ordering flow are worth calling out before buyers commit:

• Bulk discount banner: After selecting a type and country, a banner appears offering savings if you add more proxies. Clicking it bumps your quantity automatically to the same type and location rather than letting you pick different types. This only benefits buyers who need multiple identical IPs in the same country.

• Coupon behavior: I had a code 3SNET10 that applied a 10% discount to datacenter and IPv6 orders but was silently rejected for residential proxies, with no explanation shown in the checkout interface.
• IPv6 acknowledgment gate: The IPv6 checkout requires ticking a box confirming you understand what IPv6 is before proceeding. Given that many buyers purchase IPv6 proxies expecting them to work on every site when less than half of websites currently support the protocol, this is a sensible friction point.

Activation across all tested orders was instant. From payment confirmation to Active status in the dashboard, there was no gap.

The three datacenter orders (US IPv4 purchased at 20:41, Germany IPv4 at 20:45, 10x US IPv6 at 22:12) and the residential order (22:10) all showed a green Active status immediately after payment cleared.

The residential ordering flow is structured differently from everything else. The product is sold by traffic volume rather than per IP, with the entry-level Bronze plan providing 1 GB of residential traffic.

The checkout links to a separate “Buy Residential Proxies” page with its own tier structure, separate from the main Fast buy form.

The ordering process itself is quick, but I came away with one real concern: the coupon exclusion on residential products is not communicated anywhere in the flow.

A buyer who finds the discount code online, adds a residential proxy, applies the code, and sees 0% with no explanation will either assume the code is expired or miss the issue entirely. That needs a fix. With all my proxies purchased and Active, I headed to the dashboard.

3. Dashboard

The account dashboard uses a tab-based layout that separates proxy categories into their own sections rather than showing everything in one list.

The Orders tab displays a column-rich table: order number, status (green dot for Active), quantity and type, tariff plan, renewal price, purchase date, expiry date, a manual renew button, an auto-renewal toggle, and a mass renewal checkbox. The expiry countdown (“29 days 23 hours”) removes any guesswork about when you need to act.

Two things stood out on first login. A security notice about a scheduled system update appeared across the top of every dashboard page until dismissed.

More surprisingly, a third-party banner ad for an unrelated VPS provider appeared prominently below it. Seeing an ad for a different company inside a paid service is unusual, and buyers who’ve just spent money on proxies are unlikely to welcome it.

One localization gap also showed up: a sub-filter button inside the Orders tab reads “Все заказы” in Russian despite the rest of the interface being in English. It means “All orders” and the function is clear enough, but it shouldn’t appear in the main navigation of an English-language product.

The tab structure is logical, and I had no trouble finding what I needed. What I didn’t appreciate was the competitor ad; it’s the kind of thing that feels out of place in a product you’re paying for. After getting oriented, I clicked into my first order to pull the proxy credentials.

4. Proxy Management

How you access and use your credentials depends on which proxy type you purchased.

Datacenter and IPv6 proxies

Clicking the list icon next to any order opens a credential table. For a single IPv4 proxy, the layout is:

Both HTTP and SOCKS5 ports are provisioned at the same time; there’s no need to choose a protocol at purchase. The pre-formatted connection string is a practical addition that most proxy management tools can accept directly without reformatting.

The 10-proxy IPv6 order revealed something buyers should understand before purchasing. Each entry in the credential table shows two addresses: an IPv4 tunnel IP (in the 191.101.x.x range) used for the actual connection, and a separate IPv6 exit address in the 2604:4500:704:… range that the target website sees.

Each proxy in the batch also gets its own unique port assignment rather than sharing a single port. This tunneling model is documented in the site FAQ but isn’t called out during the purchase flow, so buyers who skip the documentation will be confused when IPv4 addresses appear inside an IPv6 order.

The credential page also includes quick-access buttons for configuration guides and two troubleshooting shortcuts that route to pre-filled support request forms: one for non-working proxies and one for site or payment system issues. The “Address Export” button lets you download the full credential list in multiple formats.

Residential proxies

Residential proxies require a setup step before any credentials are available. After purchase, no IPs are waiting in the dashboard.

Instead, you create a “sheet,” a named proxy configuration that defines how the residential IP pool should be accessed. The sheet builder accepts:

• Country, region, and city (all optional, for geo-targeting)
• Internet provider (optional filter for ISP-specific targeting)
• Rotation interval: between 2 and 60 minutes, defaulting to 5 minutes

Up to 100 sheets can be created per order, allowing different geo configurations to run simultaneously against a shared traffic allocation. For scraping, multi-account management, or geo-sensitive testing, this is a real advantage.

For a first-time buyer who purchased a residential proxy expecting the same instant-credential experience as a datacenter IP, the sheet creation step will be unexpected.

IP authorization

The “Configure access by IP” button at the top of the Orders tab allows whitelist-based proxy access. Rather than authenticating with a username and password on every request, you authorize a specific source IP to use the proxy without credentials.

This is useful for automated scripts or server-side tools where storing credentials in plaintext config files is undesirable. The control applies per order, not per individual proxy.

The credential experience for datacenter proxies is one of the stronger parts of this product. Everything you need is on one screen, both protocols are ready out of the box, and the pre-formatted string saves a step that other services leave to the buyer. The residential setup is more involved than I expected for what’s billed as a self-service product, and the lack of any post-purchase prompt explaining the sheet requirement is a documentation gap that will catch some users off guard.

Overall Verdict on Ease of Use

Proxys.io gets the fundamentals right: registration requires nothing beyond an email, activation is instant across every proxy type tested, and the datacenter credential screen gives buyers both protocols, a pre-formatted connection string, and troubleshooting shortcuts on a single page. The residential proxy setup is the clearest friction point.

The sheet-creation requirement isn’t surfaced before purchase, the coupon exclusion on residential products has no in-checkout explanation, and the per-traffic pricing model is different enough from datacenter proxies that first-time buyers will need time to orient.

Two dashboard issues, an in-product competitor ad and a Russian-language navigation label in an otherwise English interface, don’t affect functionality but do affect the overall feel of the product.

Level of Support

Before testing anything, I checked the contacts page to map out what Proxys.io actually offers. The range of channels is wider than most proxy services I’ve reviewed, and the channel structure itself tells you something about how the company is organized.

Available support channels:

The separation of email addresses by purpose (support, admin, partnership, complaints) is a thoughtful touch. It means queries land with the right team rather than sitting in a single shared inbox.

The dual Telegram presence is also worth understanding before you use it: @proxys_support_bot connects you to the support team, while @proxys_bot is a functional tool for managing proxies directly from Telegram, not a support channel. Conflating the two will waste your time.

With the channel map in hand, I decided to test the live chat first.

Testing the Live Chat

The chat widget doesn’t open directly into a conversation. Clicking it presents a category picker before any contact is made:

• Order issue
• I want to choose proxies
• Other questions
• Mostikpay top-up service

I selected “Other questions” and submitted my two-part technical question at 17:24:38:

“I’m using your residential proxies with rotation enabled. Does the IP rotation apply to both HTTP and SOCKS5 connections equally, or does the rotation mechanism behave differently depending on the protocol? Also, if I configure IP-based authorization on an order that already has username/password credentials, can both authentication methods be active at the same time, or does one override the other?”

What happened first:

The chat opened with a bot named WALL·E, displayed under the name “Roxy” in the chat header. That name mismatch is minor, but the bot’s behavior stands out.

One second after my question landed, the bot sent a canned response: “I still haven’t received a response from you. Can I help you with anything, or do you need assistance from one of our operators?” The bot hadn’t processed my message at all. I selected “I need help of operator” at 17:24:46 and was transferred immediately.

Human response:

The support agent connected and replied at 17:27:06, approximately 2 minutes and 20 seconds after the transfer. His answer was direct:

“Rotation is available on both protocols, and it works the same way for each. Rotating proxies do not support IP authentication; you can only connect to them using a username and password.”

Both parts of the question were addressed in a single response with no clarifying questions asked and no request to check a help article.

The information on the dual-authentication question is also something that isn’t documented anywhere in the portal, making Egor’s answer directly useful for readers considering automation setups.

One significant discrepancy to flag:

The contacts page lists working hours as 24/7. The bot’s opening message stated: “We work for you from 09:00 to 01:00 Moscow time.”

That is a 16-hour window, not around-the-clock coverage. Moscow time is UTC+3, so for buyers in the US or Asia, the actual support window is considerably narrower than advertised. This is the kind of gap that won’t affect most European buyers but matters a great deal to anyone counting on late-night support from outside that timezone.

One useful feature:

The chat interface includes a “Save the chat” option that emails the full conversation transcript to you. For buyers who need to keep records of support interactions for billing disputes or technical audit trails, this is a practical addition that many live chat implementations skip.

I came away with a mixed impression of the live chat. The human response was fast, technically accurate, and covered both parts of my question without deflecting to a help article.

The bot layer before it is frustrating: it doesn’t attempt to answer questions and sends a follow-up ping before you’ve even had time to type. The 24/7 claim on the contacts page needs to be corrected to reflect the actual Moscow-time window.

Overall Verdict on Level of Support

Proxys.io offers a well-structured range of channels, including four separate email addresses segmented by purpose, two distinct Telegram options, and a live chat that connects to a human quickly once you get past the bot layer.

Agent Egor’s response time of under three minutes and his direct, two-part answer demonstrated solid product knowledge.

The biggest issue here is the 24/7 claim on the contacts page sitting alongside a bot message that caps live support at 09:00 to 01:00 Moscow time. Buyers in North America or Asia should treat that 16-hour window as the real figure until the site is corrected. The bot itself adds friction without adding value, and the chat name mismatch between Roxy and WALL·E suggests the widget hasn’t been fully configured.

Conclusion: Do We Recommend Proxys.io?

Yes, with clear conditions attached.

For buyers who need affordable datacenter IPv4 proxies and can tolerate some geo-location variance, Proxys.io delivers. Registration takes under two minutes, activation is instant, and the credential screen gives you both protocols in a pre-formatted connection string without any extra steps.

The 24-hour refund policy is among the shorter guarantee windows in this category, but the fact that it covers any reason rather than a short list of approved faults gives it practical value.

The geo-location discrepancy is the issue that will matter most to a specific type of buyer. The US IPv4 proxy I tested resolved to Panama or the UK across three detection tools. The Germany proxy resolved to the Netherlands on two of three tools. Buyers running geo-sensitive tasks where the country label in the portal has to match what websites see should verify their assigned IP before building any workflow around it.

The IPv6 product is not ready for production use in its current state. Two of four test requests produced timeouts or 504 errors, and the successful requests posted latency above 13 seconds. I would avoid it until stability improves. The residential proxy passed every detection check cleanly when it connected, which is what it is supposed to do, but the 503 errors on repeated requests suggest it is not fully reliable under load.

Proxys.io is a strong fit for buyers who need bulk datacenter IPs at low per-unit cost, scraping tasks where residential trust is needed and geo-precision is secondary, and developers who want API or Telegram-based proxy management.

It’s not the right fit for buyers who need confirmed country-specific IPs, latency-critical IPv6 applications, or out-of-the-box anonymity without additional configuration. For datacenter volume buying, traffic-based residential use, and API-driven proxy management, this is where Proxys.io earns its place.