What Are Shared Proxies?

• Connection multiplexing

  The server juggles simultaneous requests via multiplexing, keeping users' concurrent sessions separate. HTTP/2 made this possible by allowing multiple requests and responses over the same TCP connection. Each session is tagged so the server can sort out whose traffic is whose. SOCKS5 supports multiplexing too, letting TCP and UDP pass through the same connection.

• Resource efficient by design

  Doing it this way cuts down on latency compared to processing each request and response in sequence — and avoids constantly opening and closing connections. That efficiency is the whole reason providers can offer thousands of IPs at low per-user prices.

• Scaling through reverse proxies

  By placing reverse proxies between the user and the shared pool, providers efficiently allocate resources, prevent any one server from getting overloaded, and redirect traffic when a server fails. The whole system scales up and down as demand shifts.

• IP rotation by source

  Beyond pool access, individual proxies can rotate automatically as a consequence of their IP source. Mobile proxies rotate most frequently, residential proxies next most, and datacenter proxies may rotate or be static.

In theory, shared proxies could have their efficiency boosted even further by caching frequently accessed resources — but that would mean not just reading the traffic but also storing data linked to user activity.

In short, all the things that make shared proxies shine are also the source of their drawbacks. Their low barrier to entry and affordability can result in overburdened servers, slower speeds, and IPs with a higher likelihood of having been flagged in the past.

• Low-intensity scraping

  The lowest intensity automation can in theory take place from your own IP at first. You'll eventually want a different IP as your project scales — either to protect your own IP, or because you've already been blocked. Shared proxies are an affordable next step.

• Small business price monitoring

  If you're a small business, you might not be able to directly compete with multinational ecommerce platforms. Routinely scraping local competitors for market research and price monitoring can make a shared proxy useful without the higher price point of a dedicated proxy.

• Geo-targeted access

  When you need a proxy in a specific country (e.g. to access geo-restricted content) and can sacrifice quality for it, shared proxies are a good fit. Many obscure social media sites also lack aggressive anti-bot measures, so a shared proxy might be all you need.

• Private

  Private / Dedicated Proxies

  Also known as dedicated proxies, private proxies are proxies a user has exclusive access to. They offer enhanced anonymity because there is no overlap of IPs with other users, which reduces the risk of being rate limited or banned.

  By not sharing the proxy server's resources, dedicated proxies offer faster speeds, more stable connections, and are generally better suited to intense automation. They are significantly more expensive than shared counterparts.

  Best for high-stakes automation, account management, and tasks needing peak reliability.

• Semi-Dedicated

  Semi-Dedicated Proxies

  Semi-dedicated proxies are a compromise between the performance of a private proxy and the affordability of a shared one. By limiting the number of users on a proxy to only a few, you mitigate some of the most impactful drawbacks of shared servers while keeping most of the advantages of dedicated ones.

  Best for budget-conscious operators who still need predictable performance.