Number of Proxies | Price per Proxy | Total Amount | Unlimited Traffic | Only IPv4 | Crypto Pay Discount Price* | |
---|---|---|---|---|---|---|
500 IP | $0.138 / proxy | $69/month | $62.10 | Add to Cart | ||
1,000 IP | $0.10 / proxy | $99/month | $89.10 | Add to Cart | ||
3,000 IP | $0.076 / proxy | $229/month | $206.10 | Add to Cart | ||
5,000 IP | $0.0758 / proxy | $379/month | $341.10 | Add to Cart | ||
10,000 IP | $0.0729 / proxy | $729/month | $656.10 | Add to Cart |
* A 10% bonus is applied to your account balance for any invoice paid with cryptocurrency. This bonus can be used for new purchases or renewing existing services. The bonus is not an immediate discount but can be used to partially pay future invoices or renew services. Learn more.
Simple tool for complete proxy management - purchase, renewal, IP list update, binding change, upload lists. With easy integration into all popular programming languages, PapaProxy API is a great choice for developers looking to optimize their systems.
Quick and easy integration.
Full control and management of proxies via API.
Extensive documentation for a quick start.
Compatible with any programming language that supports HTTP requests.
Ready to improve your product? Explore our API and start integrating today!
And 500+ more programming tools and languages
IP | Country | PORT | ADDED |
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172.67.120.227 | us | 80 | 5 minutes ago |
159.112.235.51 | us | 80 | 5 minutes ago |
172.64.200.15 | us | 80 | 5 minutes ago |
170.114.45.0 | us | 80 | 5 minutes ago |
172.67.16.255 | us | 80 | 5 minutes ago |
172.67.185.182 | us | 80 | 5 minutes ago |
159.112.235.109 | us | 80 | 5 minutes ago |
159.112.235.127 | us | 80 | 5 minutes ago |
141.193.213.21 | us | 80 | 5 minutes ago |
159.112.235.71 | us | 80 | 5 minutes ago |
172.67.21.111 | us | 80 | 5 minutes ago |
63.141.128.64 | us | 80 | 5 minutes ago |
172.67.18.252 | us | 80 | 5 minutes ago |
172.64.207.185 | us | 80 | 5 minutes ago |
63.141.128.223 | us | 80 | 5 minutes ago |
172.67.255.217 | us | 80 | 5 minutes ago |
141.193.213.153 | us | 80 | 5 minutes ago |
172.67.171.211 | us | 80 | 5 minutes ago |
172.67.148.149 | us | 80 | 5 minutes ago |
63.141.128.30 | us | 80 | 5 minutes ago |
To use a proxy on your iPhone, you will need to follow these steps:
1. Determine the IP address and port number of the proxy server: You will need to know the IP address and port number of the proxy server in order to configure your iPhone to use it. You can find this information in the proxy server's documentation, or you can ask the proxy server's administrator.
2. Go to the "Settings" app on your iPhone: You will need to open the "Settings" app on your iPhone to access the network settings.
3. Tap "Wi-Fi": In the "Settings" app, tap the "Wi-Fi" option to access the Wi-Fi settings.
4. Tap the "i" icon next to the Wi-Fi network you are connected to: In the "Wi-Fi" settings, tap the "i" icon next to the Wi-Fi network you are connected to. This will open the network's settings.
5. Tap "Configure Proxy": In the network's settings, tap the "Configure Proxy" option.
6. Select "Manual": In the "Configure Proxy" menu, select the "Manual" option.
7. Enter the IP address and port number of the proxy server: In the "Configure Proxy" menu, enter the IP address and port number of the proxy server into the appropriate fields.
8. Tap "Done": After you have entered the IP address and port number of the proxy server, tap the "Done" button to save the changes.
9. Test the proxy connection: Once you have saved the changes, you should test the proxy connection to make sure it is working correctly. You can do this by trying to access a webpage through your iPhone. If the webpage loads correctly, the proxy connection is working. If the webpage does not load, you may need to check the proxy settings again to make sure they are correct.
Note: The steps to use a proxy on an iPhone may vary depending on the version of iOS that you are using. If you are having trouble configuring your iPhone to use a proxy server, you may need to refer to the iPhone's documentation or contact Apple for assistance.
HTTP (Hypertext Transfer Protocol) and SOCKS (Socket Secure) are both types of proxy servers that can be used to improve internet privacy and security. However, they work in different ways and are designed for different purposes.
HTTP proxies are designed to handle HTTP requests, which are used to access web pages and other online resources. When a client computer sends a request to access a webpage or other online resource, the request is first sent to the HTTP proxy. The HTTP proxy then evaluates the request and, if it is allowed, forwards it to the internet. The response from the internet is then sent back to the client computer through the HTTP proxy.
HTTP proxies are often used to improve internet performance by caching frequently accessed websites, or to protect online privacy by hiding the client's IP address. However, they are not designed to handle non-HTTP traffic, such as FTP, SMTP, or Telnet.
SOCKS proxies, on the other hand, are designed to handle all types of internet traffic, including HTTP, FTP, SMTP, Telnet, and more. When a client computer sends a request to access an online resource, the request is first sent to the SOCKS proxy. The SOCKS proxy then evaluates the request and, if it is allowed, establishes a connection to the appropriate server. The response from the server is then sent back to the client computer through the SOCKS proxy.
SOCKS proxies are often used to improve internet performance by distributing the load across multiple servers, or to protect the security of servers by hiding their IP addresses and other sensitive information. They are also often used to bypass internet censorship or to access websites that are blocked in the client's location.
In summary, HTTP proxies are designed to handle HTTP requests and are often used to improve internet performance and protect online privacy, while SOCKS proxies are designed to handle all types of internet traffic and are often used to improve internet performance, protect server security, and bypass internet censorship.
A proxy server can be used to bypass torrent blocking, but the type of proxy you need will depend on the specific torrent blocking measures that are in place.
One option is to use an HTTP proxy. HTTP proxies are designed to handle HTTP requests, which are used to access web pages and other online resources. When a client computer sends a request to access a webpage or other online resource, the request is first sent to the HTTP proxy. The HTTP proxy then evaluates the request and, if it is allowed, forwards it to the internet. The response from the internet is then sent back to the client computer through the HTTP proxy.
HTTP proxies are often used to improve internet performance by caching frequently accessed websites, or to protect online privacy by hiding the client's IP address. They can also be used to bypass certain types of internet censorship or blocking, such as website blocking or IP blocking. However, they are not designed to handle non-HTTP traffic, such as FTP, SMTP, or Telnet.
Another option is to use a SOCKS proxy. SOCKS proxies are designed to handle all types of internet traffic, including HTTP, FTP, SMTP, Telnet, and more. When a client computer sends a request to access an online resource, the request is first sent to the SOCKS proxy. The SOCKS proxy then evaluates the request and, if it is allowed, establishes a connection to the appropriate server. The response from the server is then sent back to the client computer through the SOCKS proxy.
SOCKS proxies are often used to improve internet performance by distributing the load across multiple servers, or to protect the security of servers by hiding their IP addresses and other sensitive information. They are also often used to bypass internet censorship or to access websites that are blocked in the client's location.
In summary, HTTP proxies and SOCKS proxies can both be used to bypass torrent blocking, but they work in
To use a proxy with Telegram, you will need to use a SOCKS5 proxy. SOCKS5 proxies are designed to handle all types of internet traffic, including HTTP, FTP, SMTP, Telnet, and more. They are particularly well-suited for use with messaging apps like Telegram, as they can handle the encrypted traffic used by these apps.
What else…