Our Proxy & VPN blog

The term "proxy browser" means two completely different things depending on who's using it, and that confusion leads to bad decisions. Some people mean a standalone browser app with a proxy layer built in. Others mean a web-based proxy site where you type a URL, and the site fetches the page for you. Neither of these is the same as manually configuring a proxy server inside Chrome or Firefox, a third approach often overlooked by non-technical users that actually delivers the most flexibility.

If you've spent any time shopping for proxies or troubleshooting bans, you've probably come across the word "subnet", often in phrases like "subnet diversity" or "avoid proxies from the same subnet." But what does it actually mean, and why should you care?

This article covers the core concepts you need to understand: what subnets are, how they affect proxy performance, what happens when you ignore them, and how to use subnet knowledge to build a smarter proxy setup.

If you've ever searched for proxy advice online, you've seen the same questions pop up over and over again, on Reddit, in forums, in comment sections. And a lot of the answers people get are incomplete, outdated, or just plain wrong.

This post sets the record straight. Here are 7 of the most common proxy misconceptions people have, and what's actually true.

Most proxy discussions focus on web traffic. But not all network communication is HTTP, and not all applications behave like browsers. In many workflows, requests fail not because they are blocked, but because the proxy layer cannot handle the type of traffic being sent. Applications that rely on direct socket connections, UDP communication, or non-HTTP protocols often break or behave unpredictably when forced through HTTP-based proxy systems. SOCKS proxies exist for that gap.

Web traffic on the internet does not always travel directly between a user and a website. In many network environments, requests pass through intermediary systems that manage, route, or control how those connections are handled. One of the most common intermediaries used for web communication is the HTTP proxy. This intermediary layer can serve multiple purposes, from managing access to websites in corporate networks to optimizing traffic through caching or distributing large volumes of web requests across different infrastructures.

IPv6 exists because the Internet ran out of addresses. Every device that connects to the internet needs an IP address. The previous system, IPv4, was built with a fixed limit, and that limit has already been reached. IPv6 was introduced to remove this constraint. It replaces IPv4’s 32-bit addressing system with a 128-bit structure, allowing for an effectively unlimited number of unique addresses.

This shift changes more than scale. It alters how devices are identified, how networks are structured, and how communication happens without relying on shared addresses or workarounds.

Every interaction on the internet depends on an addressing system that identifies where data is sent and how it reaches its destination. This system is based on IP addresses, which are unique identifiers for devices communicating across networks. One of the most widely used versions of this system is IPv4. Although it was developed several decades ago, IPv4 continues to be the foundation for a large portion of today's internet infrastructure.

When it comes to using proxies, most people usually have one of two common assumptions: Either proxies make you anonymous and safe. Or proxies are shady tools operating in a legal gray zone. Both assumptions are incomplete. A proxy is not a privacy guarantee. And it is not inherently illegal. It is a routing mechanism.

Once we understand what a proxy does, the next mistake is assuming all proxies behave the same way. They don’t. The label “proxy” describes a role, not a specification. Different proxy types exist because different problems exist: identity realism, speed, scale, compatibility, traffic control. Each type is optimized for a different constraint. If you don’t match type to purpose, performance and reliability drop fast.

Most people open an incognito window for one reason: they want privacy. Not better tab management. Not testing. Not convenience. Privacy.

The problem is that incognito mode feels stronger than it is. The name suggests invisibility. The black window reinforces the idea. The wording sounds protective. So users assume it hides their browsing activity more broadly than it actually does. That assumption is wrong, and it matters.