Network Protocol

HTTP Proxy

An HTTP proxy is an application-layer proxy protocol primarily used to forward standard HTTP requests. However, HTTP proxies only support plaintext transmission, meaning data is not encrypted during transfer. As a result, their security and privacy protection capabilities are limited, making traffic easier to intercept or identify as proxy traffic. HTTP proxies are more suitable for general web browsing, basic data scraping, or network scenarios with low security requirements.

HTTPS Proxy

An HTTPS proxy is an extension of the HTTP proxy designed to support encrypted HTTPS traffic. It typically uses the CONNECT tunneling mechanism to establish an encrypted channel between the client and the target server, ensuring data is protected by TLS encryption during transmission. The proxy server itself does not decrypt or inspect the encrypted content; it only forwards data, making HTTPS proxies significantly more secure and privacy-friendly than HTTP proxies.

HTTPS proxies are widely used in scenarios involving account logins, form submissions, and sensitive data transmission, such as cross-border e-commerce dashboards, overseas website management, and advertising platform operations. However, since they are still based on the HTTP protocol framework, they may still be identified as proxy traffic by some strict risk control systems.

1024Proxy supports multiple protocol types, including HTTP, HTTPS, and SOCKS5.

Below is a basic example using cURL. You can click here to view sample code in other programming languages.

curl -x HOST:PORT -U "USERNAME:PASSWORD" ipinfo.io

In addition, you can click here to learn how to achieve precise proxy IP rotation and regional filtering by modifying code parameters. 1024Proxy supports filtering and configuration based on the following parameters: IP address, country/region, city, ASN, and session type.

SOCKS5 Proxy

SOCKS5 is a lower-level and highly versatile proxy protocol that operates at the session layer and is independent of specific application protocols. It is only responsible for establishing connections and forwarding data streams, without inspecting the content itself. As a result, SOCKS5 supports a wide range of traffic types, including HTTP, HTTPS, FTP, SMTP, gaming traffic, and various application communications.

SOCKS5 supports both TCP and UDP forwarding and provides username/password authentication, offering excellent compatibility and anonymity. Because it does not parse traffic content, SOCKS5 is widely used in scenarios such as multi-account management, access to high-risk-control platforms, automation scripts, fingerprint browsers, and cloud phones. Although SOCKS5 itself does not provide built-in encryption, when combined with application-layer encryption or HTTPS, it can still deliver high levels of security and stability. It is currently one of the most preferred proxy protocols among professional users.

curl --socks5 HOST:PORT -U "USERNAME:PASSWORD" ipinfo.io

Additional Tools

In addition to using proxy protocols directly, you can also leverage third-party proxy tools—such as AdsPower, BitBrowser, and Chrome—to simplify the setup and extraction process. For more details, please refer here. The related documentation provides comprehensive instructions on how to use anti-detect fingerprint browsers and other proxy tools to enable proxy-based access to business websites.