What Are Virtual IP Addresses, And How Do You Get One?
If you’ve spent any time researching internet networking, server infrastructure, or online privacy, you’ve probably come across the term virtual IP address. In networking, a virtual IP address (VIP or VIPA) has a specific technical meaning — it’s an address assigned to a service, cluster, or logical endpoint rather than to a single physical network interface. VPNs also get discussed alongside VIPs because they give you a different public-facing IP for privacy and geolocation purposes, though that’s a related but distinct concept. Today’s guide covers both, starting with the real definition, then showing you how to use a VPN for IP privacy.
In today’s world, it’s hard to function without some form of identification. Whether you’re looking to rent a vehicle, enroll in school, or apply for a job, you’ll need to provide some documentation to identify, validate and catalogue the transaction. This paradigm holds true even when hopping onto the internet to perform a Google search, check your Facebook, or stream shows and movies on Netflix. In these cases, your computer’s IP address functions online in much the same way as a driver’s license or passport does in the physical world.
But what if you could change the IP address websites see when you connect? With a VPN, you can do essentially that — the VPN routes your traffic through one of its own servers, so websites see the VPN server’s shared exit IP rather than your real one. This lets you appear to be connecting from somewhere else in the world, bypassing geographic restrictions and improving your privacy. This is related to the concept of virtual IP addresses, but as we’ll explain below, a true VIP has a broader and more specific networking meaning.
Use these VPNs to get a virtual IP quickly and anonymously:
- NordVPN – King of Spoofing – In terms of sheer utility, no other provider’s network comes close to NordVPN. Secure your virtual IP today; satisfaction guaranteed up to 30 days.
- Surfshark – Surfshark is a modern VPN with clever ways of hiding your spoofing.
- ExpressVPN – A great all-rounder with fast network speeds for smooth streaming.
- CyberGhost – User-friendly, affordable, fast, and has a massive network for spoofing.
In this article, we’ll cover the basics of how IPs are used in directing the flow of information on the Internet. Next, we’ll delve deeper into the concept of virtual IP addresses — what they really mean in networking, how they work, and what they’re used for — then show you how to use a VPN to change the public IP address websites see. Finally, we’ll recommend the best VPN providers on the market.
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Why are IP addresses so important?
Imagine placing an order with a company to ship a product to your home: you’d need to provide them with a shipping address in order to actually receive your package. The same is true with information on the web. The same principle applies to mobile device IPs when you browse on a phone or tablet. Whenever you type “www.google.com” into your browser, for example, your computer transmits a request to receive the data it needs to draw a visual representation of Google’s homepage on your screen. Google is always happy to oblige–so long as it has a return address where it can send the requested data.
Your IP address acts as a shipping label accompanying the data you transmit, letting the receiver know who sent it, and where in the wide internet you are located. Using this information, a given website can accurately serve up a page, image, video, download file or whatever else to precisely where it needs to go–and no where else.
Geographical content restrictions
Now, recall that your IP address also contains information tied to your physical location. Depending on where you are in the world, you may experience restrictions on what data can be delivered to your device. (Imagine if your local post office banned all incoming packages from other countries.) In other words: your ability to view content online is almost always directly influenced by the location tied to your IP.
For example, if your IP address is from the IP address is from the United States, you’ll be able to watch the vast American Netflix library with no problem. If your IP is in Spain, Netflix will serve you a different content catalogue, and bar you from viewing the U.S. site. This limitation is in place by design, as it aids enforcement of international copyright law.
Privacy concerns with your virtual IP address
There are some other issues to consider. Because your IP address is completely unique and dependent on your exact geological location, it is easy for your identity and location to be tracked by malicious third parties, including government agencies, hackers, and even your ISP itself, which raises important questions about IP tracking and legality.
IP addresses themselves are not dangerous, but when you combine them with unencrypted internet browsing, you have a real privacy issue. Hackers, for example can steal your bank information, your identity, and browse your internet history. Copyright holders may also point the finger at you (often wrongly) for streaming their content in a way they don’t like, highlighting the torrent anonymity risks of exposing your real IP.
By masking your IP address with a false one, then wrapping up your data stream beneath a layer of encryption, your doings online will become completely inscrutable.
What is a virtual IP address?
A virtual IP address (VIP or VIPA) is an IP address that is assigned to a service, cluster, or logical endpoint rather than to a single physical network interface. In other words, it is not tied one-to-one with a specific piece of hardware the way a standard interface IP is. Instead, multiple physical machines, network cards, or server instances can share responsibility for answering traffic sent to that single VIP. This makes VIPs a foundational building block in load balancing, high availability (HA) systems, and cloud networking.
It is worth drawing a clear distinction here: a VPN gives you a different public exit IP address — the IP address that websites and online services see belongs to the VPN server rather than to your home connection. This is useful for privacy and bypassing geographic restrictions. However, that VPN-assigned exit IP is not the same thing as a virtual IP address in the standard networking sense. A true VIP is a service-level address used inside server, cluster, and cloud infrastructure. The two concepts are related in that neither address corresponds directly to a single user’s physical interface, but their purposes and architectures are quite different.
How does a virtual IP address actually work?
When a client — a browser, an app, or another server — wants to reach a service, it connects to the VIP. A load balancer or high-availability software running in front of the backend infrastructure listens on that VIP and decides where to forward each incoming request. Here is a simple way to picture the traffic flow:
Client → VIP (load balancer / cluster manager) → Backend Server A, B, or C
The client never needs to know which backend server is actually handling its request. It only ever sees the VIP. If Backend Server A fails, the load balancer stops sending traffic there and routes requests to Server B or C instead — all transparently, with no change to the address the client is connecting to.
In high-availability pair setups, the VIP itself can move. If the primary node goes down, the standby node takes ownership of the VIP and begins answering for it. From the client’s perspective, the service address never changed. This failover behavior is what makes VIPs so valuable in production environments where downtime is unacceptable.
It is also worth noting that many VIPs are private, internal addresses — they exist only within a data center or cloud virtual network and are never directly reachable from the public internet. In cloud environments, a private VIP is often paired with a public or elastic IP address that handles external traffic, while the VIP manages internal routing and failover behind the scenes.
So, how does a VPN work exactly?
VPN providers maintain their own network of proxy servers, which effectively take over the job normally done by your ISP, transmitting data between your device and the rest of the internet. Of course, you can’t completely avoid going through your ISP, but you can fool it into thinking you’re invisible. Here’s how:
In order to interface with the VPN network, you need to download and install your provider’s software onto your device. Once you activate it, the software communicates with one of the nodes in the VPN proxy network, and establishes an encrypted link between you and it. Think of it as an underground tunnel that uses the same ground as the ISP “above”, but passes through that territory completely undetected. The tunnel is secured by a layer of cryptography known as encryption, which encodes your data stream to look like random nonsense to ISPs, hackers, governments, and anyone else.
This seemingly scrambled data passes through your ISP without incident, and goes onto your VPN’s network. The proxy server receives this data, unscrambles it, then sends it onto its original destination (like Netflix). Because the proxy server is sending your request off, rather than your ISP, your IP address and location data change to match your VPN connection. This new address is the so-called virtual IP address that is the focus of this article.
What do you use a virtual IP address for?
The cute answer is: “anything you want!” However, there is real utility to “spoofing” your IP.
VPNs typically maintain networks of servers all over the world, so you can connect in London, but be routed through New York City. Netflix will see your request coming from NYC, and serve you content as though you were American. This is great for media-hungry users looking for VPNs for anonymous streaming who want to catch their favorite shows without being bothered by geographical content restrictions.
However, VIPs are useful for much more than entertainment. Because you are sharing proxy nodes with some of your VPN provider’s other clients, you all share an IP. None of the traffic flowing through that server can be linked back to any individual thanks to the encryption behind it, giving you true anonymity.
This can be useful when trying to make your voice heard through heavy censorship, for example—especially if you need a Turkmenistan virtual IP. When you connect to public Wi-Fi, it’s also useful to have a false IP and encryption on your side to hide from any hackers or bots that may be lurking in wait to prey upon unprotected data streams.
Common uses of virtual IP addresses
In networking and server infrastructure, virtual IP addresses serve several critical real-world purposes. Here are the most common ones you will encounter.
Load balancing
One of the most widespread uses of a VIP is load balancing. A single VIP acts as the public-facing address for a service — say, a website or an API — while a load balancer sits behind it and distributes incoming requests across a pool of backend servers. For example, a high-traffic e-commerce site might have one VIP that clients connect to, with that traffic spread across ten identical web servers running behind it. Clients always connect to the same address; the load balancer handles the distribution invisibly.
High availability and failover
VIPs are central to high availability (HA) setups, where the goal is to eliminate single points of failure. In a typical active/standby configuration, two servers share a VIP. The active node owns the VIP and answers all traffic directed to it. If the active node crashes or loses connectivity, HA software detects the failure and moves the VIP to the standby node within seconds. Because the IP address itself never changes from the client’s point of view, the failover is seamless — users may notice a momentary blip at most, rather than a full service outage.
Network address translation (NAT) and one-to-many mapping
VIPs also appear in NAT configurations, where a single external address maps to multiple internal resources. A firewall or router can receive traffic on one VIP and forward it to different backend systems based on port number, protocol, or other criteria. This is common in enterprise networks and cloud environments where a limited number of public IP addresses need to serve a large number of internal services.
Service mobility
Because a VIP is not tied to a physical interface, services can be migrated from one host to another without changing the address clients use to reach them. A database cluster, for instance, can be moved to new hardware for maintenance, and the VIP simply reassigned to the new host. Applications and users connecting to that VIP never need to update their configuration. This portability is one of the key reasons VIPs are a standard tool in cloud, virtualization, and containerized environments.
Virtual IP vs public IP, private IP, static IP, dynamic IP, and floating IP
IP addressing terminology can be confusing because several related terms are often used interchangeably when they actually describe different things. Here is a plain-language breakdown of how each one differs from a virtual IP.
Public IP vs private IP
A public IP address is routable on the open internet — it is the address the rest of the world uses to reach your network or server. A private IP address exists only within a local network (such as the 192.168.x.x range in your home) and is not directly reachable from outside. A VIP can be either public or private depending on where it sits in the architecture; many VIPs are internal private addresses used to manage traffic within a data center, while others are public-facing addresses that serve external users.
Static IP vs dynamic IP
A static IP address is one that is manually configured and does not change. A dynamic IP is assigned automatically by a DHCP server and can change each time a device connects to the network. VIPs are almost always static by design — the entire point is that clients can rely on that address being stable and persistent, regardless of what is happening in the backend infrastructure.
Floating IP
A floating IP (common in cloud platforms like DigitalOcean and OpenStack) is a type of virtual IP that can be instantly remapped from one server instance to another. It is essentially a VIP designed specifically for cloud failover and service migration. The term “floating” highlights the same core property — the address is not permanently bound to one physical or virtual machine.
Load balancer vs VIP
A load balancer is a device or software service that distributes traffic across backend servers. A VIP is the IP address that the load balancer listens on. They are not the same thing — the VIP is the address, the load balancer is the mechanism. You can have a VIP without a traditional load balancer (for example, in a simple HA failover pair), and a load balancer always has a VIP associated with it but is much more than just an address.
VPN exit IP vs virtual IP address
When you use a VPN, websites see the public IP address of the VPN server rather than your real IP. This is useful for privacy, bypassing geo-restrictions, and anonymous browsing. However, this is not a virtual IP address in the networking sense — it is simply a different public IP that belongs to the VPN provider’s infrastructure. A true VIP is a service-level construct used inside server, cloud, or HA setups to provide resilience and scalability. The two are often conflated in consumer-facing content, but understanding the distinction helps you use both concepts correctly.
Best VPNs for getting a secure virtual IP address
So, we’ve gone over what a virtual IP address is, how to get one, and how to make good use of it. Now, you need a VPN! The market is flooded with options–some good, some bad. That’s why we’ve compiled this list of the best VPNs to get a virtual IP address:
1. NordVPN
- SPECIAL OFFER: 2-yr plan (70% off – link below)
- Over 5,400 servers in 61 countries
- Connect up to 6 devices at once
- Extra-secure Double VPN for data encryption
- Money back guarantee policy (30-days).
- Some servers can be slow and unreliable
- Sometimes slow in procesing refunds (but always do).
Above all else, NordVPN is known for its absurdly large server network. At the time of writing, it spans over 5,500 servers in 58 countries, but it is expanding all the time. This provides unprecedented choice for users looking for a virtual IP address.
But there’s more to it than sheer numbers; NordVPN also offers a variety of specialty servers, which are tailored to different use-cases. For example, streaming sites like Netflix often blacklist the shared IP addresses typically used by VPNs, thereby blocking access to its various content catalogues. NordVPN, however, gives the option for a dedicated IP, which can still be spoofed into another country, but without getting hit by the blacklist.
256-bit AES encryption along with a comprehensive no-logging policy veil your identity and cover your tracks online, so no one will ever know who you are or what you’re doing. Overall, NordVPN offers astounding choice in achieving total anonymity.
Read our full NordVPN review.
2. Surfshark
- Every server optimized for unblocking Netflix, BBC iPlayer, Hulu, and more
- One of the first VPNs to implement RAM-only servers
- Accepts all major credit cards, Apple, Google, and Amazon Pay, PayPal, and even Bitcoin
- VPN home jurisdiction in British Virgin Islands is ideal for privacy
- Refund requests are simple and fast–no waiting or hassle.
- Speeds occasionally suffer a noticeable drop
- New-kid-on-the-block status may not instill same trust as larger providers.
Compared to some of the other major players, Surfshark’s network looks modest. Sure, there’s plenty of room for their 800+ servers to expand; but they’ve already got great global coverage in 50 countries worldwide, with every continent well-represented. And when you consider Surfshark only launched in 2019, it’s clear they’re taking their rise to prominence seriously.
But of course, there’s more to spoofing than sheer numbers; Surfshark also offers static IP addresses in Germany, Japan, Singapore, plus the US and UK. This is great for sneaking past VPN blacklists, like what Netflix employs to enforce geoblocking. Or, if you need to double up on the already unbreakable 256-AES-GCM encryption, you can perform multi-hop routing through a wide variety of country combinations.
Finally, if you’re trying to get a virtual IP address in a heavily censored country like China, Surfshark’s automatic NoBorders mode completely obfuscates your VPN connection.
3. ExpressVPN
- Unblocks American Netflix, iPlayer, Hulu
- Super fast, reliable connection
- Secure encryption & VPN protocols
- No personal information logs kept
- 24/7 Live Chat.
- Limited configuration options
- High cost for month-to-month users.
ExpressVPN promises fast speeds and the highest security. Your information and data are completely secure with its 256-bit AES encryption accompanied by a zero-logging policy on all traffic. This VPN also comes with unlimited bandwidth, no speed caps or throttling, no restrictions on P2P networks or torrents, and is great for Netflix, Hulu, and other streaming sites.
Additionally, ExpressVPN deploys 3,000 servers in 94 countries, making it a breeze to spoof your IP. Each connection boasts some of the best speeds in the industry, yielding buffer-free streams and rapid downloads. If your proxy server has too many people on it and is laggy, fire up the built-in speed test to check out your other options for faster connections.
ExpressVPN also features browser extensions for Google Chrome, Mozilla Firefox, and Safari. No matter how you choose to connect, ExpressVPN promises a fast, secure, and flexible service overall.
Read our full ExpressVPN review.
4. CyberGhost
- LOW PRICE: 6 EXTRA free months (79% off – link below)
- Peer-to-peer (P2P) torrenting allowed
- No leaks detected
- No log files
- Money-back guarantee.
- Sometimes experiencing average speeds.
CyberGhost manages to achieve an incredible balance of utility and usability. Your subscription enables access to a massive network of over 5,500 servers in 80 countries, which might seem overwhelming to a newbie. CyberGhost makes it easy, with one of the most streamlined software interfaces we’ve ever seen. Simply fire up the app on your device, and pick from one of six preset configuration profiles (each tailored to what you want to do online, like torrenting, unblocking websites, or spoofing your virtual IP address), and let the VPN do the rest.
This simplicity belies an incredible sophistication in terms of security. Unbreakable 256-bit AES encryption locks your data stream down, while one of the industry’s best no-logging policies acts as your unassailable alibi. Connections are speedy and smooth, and perfectly suited to virtually any task you’d want to take on. A kill switch and DNS leak protection round-out this already-attractive cybersecurity package.
Read our full CyberGhost review.
Conclusion
We’ve covered a lot of ground in this article, but hopefully you have a much deeper understanding of what virtual IP addresses are, and how spoofing works. Additionally, you should have a grasp on the importance of using a VPN as a cybersecurity tool. We’ve presented some of our favorite providers, along with some special discounts to get you started.
What will you use your VIP for? Do you have any questions we didn’t address in the article? Leave us a comment below!
If you need a VPN for a short while when traveling for example, you can get our top ranked VPN free of charge. NordVPN includes a 30-day money-back guarantee. You will need to pay for the subscription, that’s a fact, but it allows full access for 30 days and then you cancel for a full refund. Their no-questions-asked cancellation policy lives up to its name.
