ChiliHTTP is an IP detection and proxy identification service geared towards business-level application scenarios. Its core capabilities focus on proxy IPs, VPN, abnormal access detection, as well as high-concurrency HTTP request support. It is not a simple tool for individual users to check IP information but is more oriented towards providing underlying data support for enterprises, platforms, and systems.

In practical applications, ChiliHTTP is mostly used for login risk control, registration verification, API anti-bot measures, and content anti-scraping scenarios.

1. What information can ChiliHTTP detect and return?

The fields provided by ChiliHTTP are clearly designed to be "system-usable" rather than "user-facing". Common fields include:

•  Request source IP address

•  IP’s country, state/province, and city

•  ISP and ASN information

•  IP type identification (residential / data center / hosting)

•  Whether it is a proxy IP

•  Whether it hits VPN, HTTP Proxy, or Socks Proxy

•  Risk level or trust score (for certain plans)

•  Network feature tags of the request source

These fields can be directly used as criteria for risk control rules or strategy decisions.

2. Detection accuracy and data stability

From a practical perspective, ChiliHTTP performs steadily in proxy IP and data center IP recognition, making it particularly suitable for determining whether requests come from automated environments or abnormal networks.

In terms of IP geolocation, the country and state-level information are quite accurate, while city-level positioning is more conservative and mainly used for auxiliary judgment rather than precise location. Overall, the data style leans towards "better to misjudge than to miss risks," which aligns with the needs of risk control scenarios.

3. Usage methods and integration experience

The main way to use ChiliHTTP is via HTTP API interface calls, suitable for embedding into backend systems. The API returns data in a clear format, and the field names are engineering-friendly, allowing programs to parse them directly.

In high-concurrency scenarios, ChiliHTTP emphasizes response stability and request success rate, making integration relatively low-cost for frequently accessed business systems.

4. Common use cases of ChiliHTTP in business

•  Registration / login risk control

•  API anti-bot and anti-scraping

•  Content platform access quality control

•  Ad click fraud prevention

•  Automated traffic identification and blocking

In these scenarios, ChiliHTTP typically serves as an underlying decision-making service rather than directly targeting end users.

5. Suitable users or teams

•  Internet products with clear risk control requirements

•  Business systems needing to detect proxies or abnormal access

•  Teams requiring interface stability and concurrency capabilities

•  Developers or technical teams

If you want a tool that can exist as a long-term, stable component of your system, ChiliHTTP is more suitable than web-based tools.

⚠️ Note: This page is a summary and introduction of the tool's functionality and information and does not represent the official stance. Specific usage rules and data accuracy are subject to the tool provider's explanations.