Proxies for AI
A pool of private IPv4 and SOCKS5 for AI APIs.
Proxy plans for AI
Every plan includes IPv4 and SOCKS5 together, at no extra cost.
Threads are simultaneous connections. The more threads, the higher the parallel load your software can handle.
Pool of 12,000-15,000 IPs
Address rotation
Unlimited traffic
Up to 1,000 threads
Pool of 12,000-15,000 IPs
Address rotation
Unlimited traffic
Up to 1,000 threads
Pool of 12,000-15,000 IPs
Address rotation
Unlimited traffic
Up to 1,000 threads
Pool of 12,000-15,000 IPs
Address rotation
Unlimited traffic
Up to 1,000 threads
Pool of 12,000-15,000 IPs
Address rotation
Unlimited traffic
Up to 3,000 threads
Pool of 12,000-15,000 IPs
Address rotation
Unlimited traffic
Up to 3,000 threads
Pool of 12,000-15,000 IPs
Address rotation
Unlimited traffic
Up to 3,000 threads
Pool of 12,000-15,000 IPs
Address rotation
Unlimited traffic
Up to 3,000 threads
Proxy catalog for your task
Why you need proxies for AI
AI tools are used via the API and across several accounts, with parallel requests and background monitoring. When everything goes from one address, the service quickly sets rate limits.
Reaching an AI service comes down to two things: where the request arrived from and how often it repeats. Services filter data-centre addresses and cap request rates against their interface, so a pool is what spreads that load across thousands of exits.
Features of proxies for AI
Many AI services (ChatGPT, Claude, Midjourney) are not available in every region and watch for suspicious IPs, and when working with several accounts each must exit from its own address.
The pool hands over private IPv4 by HTTP, HTTPS or SOCKS5, as IP:PORT bound to your address or IP:PORT:LOGIN:PASS. A profile behind a login sits on one pinned exit, while key-based calls spread across the pool and are counted by thread.
What proxies you need for AI tools
| Protocol | HTTP, HTTPS or SOCKS5 |
|---|---|
| Behind a login | one pinned exit per profile |
| Key-based calls | distribution across the pool, counted by threads |
| Countries | worldwide mix, addresses from across the globe |
| Online | 12000-15000 addresses per day |
| Authorisation | by binding your own IP in settings, up to 2 addresses |
Proxies for AI tools: browser sessions and key-based calls
The distinction is worth drawing up front, because sizing follows from it. Working through a browser interface is a session behind a login: one exit is pinned per profile and held, because an address jump mid-session reads as a compromised account. Key-based calls, by contrast, take distribution across the pool perfectly well.
In the second case addresses are counted against simultaneous threads rather than job size. One exit shared by the whole thread pool absorbs all the frequency and hits the limit before the others, dragging overall throughput down with it.
On the technical side, every port is open here and the protocol follows what your software supports. Specific cases are covered on the pages about ChatGPT and Midjourney.
- Behind a login the address is pinned, rotation gets in the way
- Key-based calls distribute across the pool without trouble
- Addresses are counted against threads, not job size
How to set up proxies for AI
You can connect to the pool only by binding, in the settings, the IP of the server or home-network computer where the software that uses the proxy is installed; without this binding the proxy will not work. There are two output formats: the main IP:PORT and the additional IP:PORT:LOGIN:PASS for programs that need login and password fields.
For AI services proxies are set in the system settings, in an antidetect profile or in the API request code (proxy parameter), format IP:PORT, HTTP or SOCKS5.
The setup is checked on login. The connection stability for your AI service is easy to assess on the free test.
How to buy proxies for AI
The process is simple. Register in the dashboard and request a free test up to 2 hours, bind your IP and message the operator in a ticket to check the setup on your own tasks.
When everything fits, pick a package by volume and term, pay in cryptocurrency, and access opens right after payment. The test is provided once before purchase, and support replies in a ticket.
FAQ
Will these proxies work for AI?
For API work and several accounts, HTTP, HTTPS and SOCKS5 in IP:PORT form fit. The fit for your task is visible on the free test.
How many parallel requests can the pool handle?
The number of parallel sessions and bindings depends on the package; the pool of 12,000-15,000 IPv4 gives requests different addresses.
Can I choose the address country?
The work uses a pool of private IPv4 with rotation, drawn from networks worldwide. Whether this fits your task is visible on the free test.
See also: proxies for ChatGPT, proxies for Midjourney, proxies for BAS, proxies for Selenium, proxies for Puppeteer, proxies for Python scripts, proxies for airdrops, proxies for META Ads, full catalog
© WinGate · source of the material · wingate.me/en/proxy/ai-proxy