Buy 5G and 4G LTE Rotating Mobile Proxies

Buy mobile proxies based on a network of thousands of real mobile devices and access to millions of mobile IPs.

Unlimited Data

Fair usage applies

Up to 100 Mbps

Depending on plan

50 locations

in the United States

Money Back

Guarantee

Beating every benchmark

Massively Scalable

Whether you need thousands of unique proxies, or terabytes of data, the Proxidize mobile proxy network can handle it all.

Dedicated Hardware

Based on Proxidize hardware that we develop, manufacture and manage in-house, ensuring we have 100% control over the entire supply chain.

HTTP and SOCKS

With support for both HTTP(s) and SOCKSv5 proxies, you can rest assured that the proxies will be easy to use.

Unlimited Data

Truly unlimited data that never stops. Enjoy full-speed browsing for all your key needs, and once you exceed the fair usage, you’ll stay connected, but you may be deprioritized.

Rapid IP Rotation

With near instant IP rotation, averaging 1-3 seconds, powered by a proprietary rotation mechanism, you will never have to worry about rotation downtime.

Instant Delivery

Zero setup time means your mobile proxies will be available instantly after purchase.

50+ Locations Across the US

We have partnered with dozens of data centers and dedicated hosts to ensure we are in almost every corner of the United States, with more countries available on request.

Any qualified entity can apply to become a Proxidize host via the Proxidize Hosting Program. Contact us to learn more.

Reassuringly Fast

With speeds averaging from 5-25 Mbps, and in some cases, up to 100 Mbps, you can be assured that you will never face an issue with the proxy speed. And if you have a specific speed requirement, we can always provide a custom speed SLA on request.

Near 100% Uptime

We have spent years perfecting our load balancing and fallback systems to guarantee a near 100% uptime experience. Even if an entire datacenter goes down, you will be switched to a different one automatically and with less than 30 seconds of downtime.

Mobile Proxies Pricing

1 Mobile Proxy

$59/month

5 Mobile Proxies

$295/month

10 Mobile Proxies

$590/month

15 Mobile Proxies

$885/month

20 Mobile Proxy

$1,180/month

40 Mobile Proxies

$2,360/month

60 Mobile Proxies

$3,540/month

80 Mobile Proxies

$4,720/month

Custom Plan

We can accommodate for any custom needs for number of proxies, price, locations, speeds, 4G or 5G, etc. Contact us for a custom plan.

Per GB Billing

Need per GB billing? Proxidize per GB mobile proxies start at $1/GB. Contact us for more details

Dozens of more features are coming soon.

City Selection

The ability to select a specific city and lock your proxies to it.

Available now on request.

Custom Speed

The ability to select a specific desired speed band for your proxies.

Available now on request.

Reseller Portal

Very soon you will be able to resell Proxidize proxies to anyone.

Available now on request.

More Countries

Need proxies in Canada, UK, Germany, or else? Those too are coming soon!

Available now on request.

Want more?

If you have any recommended features you would like to see, you can always request them via our public roadmap.

Frequently Asked Questions

How many times can I rotate my proxy IP?

You can rotate your proxy IP infinitely with a 5-minute cooldown. Meaning you can only rotate once every 5 minutes. Please contact us for custom or every request rotation.

Yes, every proxy buyer is required to undergo KYC verification, with no exceptions possible.

We allow all legal use cases, except those relating to the adult industry in any capacity.

Proxidize Proxies run on multiple nationwide premium mobile network operators. We never use MVNOs or resellers.

Currently mobile carriers are assigned randomly. Please contact us if you need a specific mobile carrier.

While city-level targeting is a feature that we plan to eventually implement for all customers, we can only offer this on a case-by-case basis as we’re currently focusing on providing reliable proxies across the US.

If you have a use case that requires city-specific proxies, please contact our team and we can discuss available options.

Yes, we offer bulk discounts when buying 100 or more proxies.

We have built an automated fallback system that constantly monitors the hardware, and if your current endpoint fails for any reason, you will be automatically switched to the next available one, without noticing any changes to your proxy details and in less than 30 seconds. During our testing, we found that this would only happen in extreme cases, typically once every 3-4 months or so.

Yes, please contact us if you need UDP over SOCKS and you have a qualified client for a custom plan

Yes, you can buy up to thousands of proxies in increments of 1. Please contact us if you don’t see your desired plan.

You can access all our locations by changing the IP which will change the location of your proxy. However, this will change soon and you will be able to lock into a specific city.

No, by their nature, mobile IP addresses are dynamic. Meaning there’s no guarantee that the IP will remain unchanged even if you don’t use the rotation functionality.

We only restrict access to any .gov website, other than that, you can access any website using your proxies.

Yes, Proxidize mobile proxies are truly unlimited and you will never be cut off for high data usage. However, the fair usage policy is 50 GBs per proxy per month, after which your proxy speed may be prioritized.

This deprioritization is always temporary and the speeds will reset on the next monthly billing cycle.

More About Mobile Proxies

What are mobile proxies?

Mobile proxies, also known as 4G proxies, are a popular choice among people who are active in web scraping and online automation spaces. As opposed to residential proxies, which source their IPs from those assigned to private homes by ISPs, and datacenter proxies, which source their IPs from cloud hosting platforms, mobile proxies source their IPs from those assigned by mobile carriers. This makes it appear as though the user is using a mobile device like a mobile phone, tablet, or dongle.

To be able to effectively explain how mobile proxies work, it’s important to take a moment to explain how mobile network infrastructure works. In this way, we can better understand how mobile proxies effectively leverage the inherent characteristics of mobile infrastructure.

Mobile Network Infrastructure
Mobile network IPs are much more dynamic than other types of IP, due largely to the fact that mobile devices move between cell towers so often. The network is arguably defined by its need to seamlessly assign and reassign IP addresses to devices in a resource-efficient way.

Residential IPs, by comparison, can be both static and dynamic. Even when they are dynamic they usually rotate IPs much less frequently — over the course of weeks, for example. Data center IPs are generally static.

As a consequence of this dynamic IP allocation — and the relatively high number of mobile devices on the network at any given time — mobile carriers need to make the most use of the finite, albeit large, pool of IP addresses they have assigned to them. Enter CGNAT, or carrier-grade network address translation.

With CGNAT, carriers are able to bundle multiple mobile devices onto a single public-facing IP address. Each device has a private IP for internal use within the network and is assigned a public IP that is shared among several devices when interacting with the internet. The experience for the user remains the same. By organizing the network this way, the carrier is able to maximize their use of IP addresses they have available to them (and combat IPv4 address exhaustion). If you want to know more about this topic, check out our article on public and private IP addresses.

Leveraging These Characteristics
Using a proxy server that routes its traffic through a mobile device gives it the characteristics unique to mobile IPs. By using a mobile network, a proxy is able to co-opt these factors, which makes them appear more authentic than their residential and data center counterparts.

This makes mobile proxies unique in several ways:

  • Dynamic IP Addresses: Mobile IPs are more likely to change, which makes IP rotation by a mobile proxy inherently less suspicious; a website cannot be sure the IP change is due to a device changing from one cell tower to the next. This makes a mobile IP much less likely to be banned.
  • CGNAT: The shared public IPs of mobile devices make a website much less likely to ban or rate-limit a user based solely on their IP, as they may inadvertently affect real users in the process. This also affords the proxy user an enhanced level of anonymity, as several other devices are using the same IP address.
  • Large IP Pool: Mobile carriers’ large IP pool is designed to handle frequent IP changes, which makes mobile proxies more reliable when rotating between IPs. Additionally, the frequent IP rotations mimic the behavior of legitimate users. This contributes to the proxy’s authenticity.
  • Perceived Authenticity: Unlike data center IPs, for example, mobile IPs are generally perceived to be more authentic and less likely to be used in automation, especially when using social media or browsing the internet. This makes a mobile proxy less likely to be flagged as suspicious.

Mobile proxies in general commonly use either HTTP or SOCKS protocols.

HTTP is the most common protocol, designed to handle any kind of web traffic, like web pages and resources. It works via TCP/IP in a request-response model, where a request is forwarded to a server, and the server sends a response back. The receiver and recipient are only connected for the duration of the request or response, disconnecting in between (stateless connection). By using an HTTP mobile proxy, you introduce that proxy server as an intermediary between your device and the end destination. Your request is forwarded to the proxy who sends it to the server on your behalf, receives the response on your behalf, and then sends it back.

An HTTPS mobile proxy does all the things an HTTP proxy does with the added benefit that it can encrypt the data between your device and the proxy. This has broad implications that we’ve covered in an article about HTTP proxies.

By comparison, SOCKS is specifically a proxy protocol that can handle any type of network traffic, including HTTP but also FTP, and SMTP as well. SOCKS proxies only relay the data between your device and the destination without modifying the content. They also maintain the connection between your device and the server for the length of the session. Importantly, SOCKS5 mobile proxies handle both TCP and UDP, the latter of which is faster. Finally, SOCKS proxies support ways of securing your proxy via authentication, which lets you control access to them.

Mobile proxies come in a variety of types which can be divided into the types of mobile network that they use and which protocols they use. The familiar terms 3G, 4G/LTE, and 5G are different generations of mobile network technology. Each subsequent generation offered improvements in speed, latency, and capacity.

A mobile proxy will naturally be limited to and defined by the specific generation of network technology it’s using. This will have a knock-on effect on what the proxy can be used for. The same is true of the protocol a mobile proxy uses, i.e. an HTTP mobile proxy will not be able to encrypt the data to and from the client.

Mobile Proxies by Network Technology

  • 3G Proxy: Third generation mobile network technology, or 3G, was introduced in the early 2000s, offering speeds we scoff at today — between 200kbps and 3Mbps. That being said, 3G still made basic mobile internet browsing and video calling possible in a way it hadn’t been before.
    3G mobile proxies, therefore, are slower than their counterparts but are more cost-effective. 3G technology is also fairly ubiquitous across the world. Best suited for web browsing, sending emails, and accessing social media sites, 3G mobile proxies may struggle with volume. Due to its relatively high latency, 3G proxies will likely struggle with streaming anything but standard definition (with buffering).
  • 4G Proxy: Fourth generation mobile network technology followed 3G in the late 2000s, offering more than double the speeds of its predecessor. Mobile users were suddenly able to browse the internet from their phones at speeds between 10Mbps to 100Mbps. This introduced the ability to stream in HD, video call, and game online. According to a Statista study on the market share of mobile technologies by generation, 4G accounted for 60% of all mobile internet traffic in 2022.
    As a result of this higher speed and lower latency, 4G mobile proxies or LTE mobile proxies are significantly more robust in terms of the tasks they can handle. Additionally, 4G networks are common and reliable in most cities internationally.
  • 5G Proxy: Fifth generation was introduced in the early 2010s and represented yet another leap forward. With an exponential increase in speeds — now between 1Gbps and 100 Gbps — mobile internet infrastructure was finally able to keep up with anything the internet has to offer.
    5G mobile proxies are the highest performing of their type, able to handle even the most intensive usage. 5G proxies’ exceptionally high speeds and low latency make them very reliable and facilitate anything from 4K streaming to real-time applications.
    One caveat of 5G mobile proxies is that 5G isn’t widespread yet, only accounting for 12% of the market share in 2022, according to the same study. This is projected to grow to 54% by 2030.

Mobile Proxies by Protocol

  • HTTP Proxy: HTTP mobile proxies, given that they are specifically designed to handle HTTP, are well-suited to handle web traffic and web scraping. They should be considered the default choice; they’re straightforward and simple.
  • HTTPS Proxy: HTTPS mobile proxies are able to do everything an HTTP proxy does with the added benefit of being able to encrypt traffic between your device and the proxy.
  • SOCKS Proxy: SOCKS mobile proxies are able to handle any type of traffic, whether TCP or UDP, between your device and the server. In general, a SOCKS proxy shouldn’t be the solution you reach for first but is best saved for situations that need it, e.g., an app that doesn’t use HTTP. Some of its applications include online games, VoIP, large file transfers, and peer-to-peer networking, to name a few.
  • Realistic User Behavior: The perceived authenticity of mobile IPs lends proxies that source them a level of credibility that surpasses their residential and data center counterparts.
  • Reduced IP Blocks: The dynamic nature of mobile IPs — together with CGNAT resulting in many mobile users having the same public IP — significantly lowers the chances of a mobile proxy server being blocked by a website.
  • High Speeds and Low Latency: With access to 4G and/or 5G networks, your mobile proxy will have the benefit of the high speeds and low latency afforded by both infrastructures. This both increases the volume of data that can be transmitted and expands the range of applications of your proxy.
  • Manual or Automatic Rotation: Mobile infrastructure is designed to handle frequent IP changes, which makes mobile proxies an ideal candidate for both manual and automatic IP rotations.
  • Mobile-Only Content: Mobile proxies can give you access to mobile-only applications. When used together with other technologies, like antidetect browsers or emulators, they can be used for automation like web scraping.
  • Cost: A mobile proxy server can cost more than a residential or data center proxy because you have to buy a SIM card and pay for its data usage. The cost of mobile data can vary wildly from country to country, however, as demonstrated by this graph compiled by Cable.co.uk. The exact definition of “unlimited” data can also vary significantly between countries.
  • Signal Strength: How well your proxy performs is directly linked to signal strength. Having it in a place with poor coverage will throttle your bandwidth.
  • Network Variability: The generation of mobile network used will naturally be the primary variable in the quality of your proxy. Determining whether 4G or 5G is available in your area is important.
  • 3G Proxies: Cost-effective but slower, suitable for basic browsing and social media access.
  • 4G Proxies: High speed and reliability, making them well-suited for streaming, gaming, and more.
  • 5G Proxies: The fastest and most capable, handling even intensive real-time applications but limited by current market adoption.

A residential proxy sources its IP from an ISP, which provides IP addresses to homes. A mobile proxy sources its IP from a mobile carrier.

Both residential and mobile proxies are perceived to have a high degree of authenticity, but where mobile IPs are more dynamic, residential IPs are static or, if they’re dynamic, less prone to changing than mobile IPs. Where mobile proxies use 3G, 4G/LTE, or 5G, residential proxies use DSL or fiber.

Residential proxies have a much larger IP pool available to them, as there are millions of households that ISPs have to provision with IPs, compared to the highly dynamic nature of mobile IPs together with CGNAT.

  1. Proxy Provider: The easiest way to get your hands on a mobile proxy is to lease one from a proxy provider. There are many to choose from, each with its own pricing structure. Most offer a pay-as-you-go model that starts at $8 per GB. You can also lease them in bulk, which drops your cost per GB to around $2 — still quite expensive. Alternatively, some sellers let you lease a proxy for a set amount of time for a monthly fee, with unlimited data.
    By definition, many of the IPs on offer by a seller will have been used by others in the past. This means that some percentage of the IPs will have been flagged by a variety of websites. Depending on what you’re using your proxies for, this may impact you to some degree.
    Finally, leasing a proxy from a third party can come with privacy concerns. This can come in a number of forms. Firstly, a proxy seller can monitor and log your activity on their proxies, potentially selling that data on. Secondly, the way a provider assembles their network is often unknown. There has been some evidence to suggest that certain sellers have exploited malware or other software to grow their residential proxy network, without the knowledge or consent of the people whose computers they’re using.
  2. Build Your Own: The second way to acquire a mobile proxy network is to build one yourself. This involves acquiring the server, modems, and SIM cards necessary to make mobile proxies, over which you have full control. Assembling your own proxy does have higher initial costs than leasing one, but is significantly more cost-effective over a longer period of time. For example, one can reduce the cost of running a proxy down to as much as $0.8 per GB with none of the monthly commitment a seller would ask for.
    There are a variety of ways to build your own proxy network. You can use an old computer or Raspberry Pi, and you can find a step-by-step guide to making your own mobile proxy online. The code is straightforward, and even a non-technical person can get one started fairly easily.
    Another option is to purchase the hardware from a company, where the whole kit arrives at your door and can be assembled in under 30 minutes. Software to manage your new proxies also exists. Some even offer freemium versions that let you conveniently rotate your proxies’ IPs.
    The advantage of in-house proxy infrastructure is a guarantee of quality and privacy. You are the only one who uses them, you have direct access to them if something goes wrong, and you can maximize network strength and connection speeds.
  3. Android Mobile Proxy Network: The third way to create a mobile proxy is by using mobile devices. This involves setting up the phone to forward traffic for other devices. Doing so can be straightforward with the use of a proxy maker app like Proxidize Android.
    The phone will become a dedicated mobile proxy and you won’t be able to use it for its original purpose.

Yes, mobile proxies are legal in most countries. However, just as with any digital tool, committing a crime while using them is illegal.

If a proxy server is used for illegal activities such as hacking, fraud, or any form of malicious activity, then it becomes illegal. In many jurisdictions, attempting to hide your identity when committing such crimes is an aggravating circumstance. Some activities, such as violating or circumventing copyright laws, can also have legal implications.