Security API that Uncovers the Network Secrets from IP to domain Intelligence

Threat intelligence in the cyber domain refers to the process of collecting, analyzing, and interpreting data related to potential cyber threats. Today, organizations use this intelligence to anticipate attacks by transforming raw data into actionable insights that help protect against malicious actors. A threat intelligence system works much like a weather alert system—providing early warnings in the digital space. It enables organizations to identify threats in advance, understand the intent behind cyberattacks, and take proactive steps to strengthen their defenses.

Cyber threat intelligence works by systematically gathering and analyzing data from various sources to identify potential cyber threats and vulnerabilities. The process typically involves four key stages:

1. Collection: Raw data is gathered from internal sources (like firewalls, logs, and sensors) and external sources (like threat feeds, dark web monitoring, and open-source intelligence).
2. Processing: The collected data is organized and filtered to remove irrelevant or duplicate information, making it easier to analyze.
3. Analysis: Security analysts or automated systems examine the processed data to detect patterns, identify potential threats, understand attacker behavior, and assess the level of risk.
4. Dissemination: The resulting insights are shared with relevant teams or tools (like SIEMs or firewalls) so that appropriate defensive actions can be taken, such as blocking malicious IPs, patching vulnerabilities, or adjusting security policies.

Overall, cyber threat intelligence turns raw information into actionable insights, helping organizations detect threats early, understand attack motives, and improve their security posture.

A proxy server acts as an intermediary between a user's device and the target website. When a user sends a request, it first goes to the proxy server, which then forwards the request to the destination site. The response from the website is sent back through the proxy and finally delivered to the user's device. While it masks the user's original IP address, it typically doesn’t encrypt the data being transmitted. Proxies are commonly used to bypass geo-restrictions or access region-specific content.

A VPN (Virtual Private Network) is a service that encrypts your internet traffic by creating a secure tunnel between your device and a remote server. This process hides your real IP address and routes your data through the VPN server, making it appear as if you're browsing from a different location. Unlike a proxy, a VPN not only masks your IP and changes your virtual location but also ensures your online activity and sensitive data remain private and protected from prying eyes, offering a higher level of anonymity and security.

1. Proxy: Directs your traffic through a middleman server, mainly masking your IP address. It’s useful for bypassing geo-restrictions but doesn’t provide strong encryption or privacy.
2. VPN: Encrypts your connection and conceals your online activities by routing traffic through a secure server. It offers a good balance of privacy, security, and speed, making it ideal for everyday use, secure browsing, and accessing restricted content.
3. TOR: Sends your data through multiple volunteer-run relays, providing the highest level of anonymity by obscuring your identity and location. However, it can be slower due to the multiple hops and is best suited for users who need maximum privacy, such as activists or journalists.

Choose a proxy for basic IP masking, a VPN for secure and private internet use with decent performance, and TOR when anonymity is the top priority despite slower speeds.

A VPN provides significantly better security than a proxy because it encrypts all your internet traffic, protecting your data from interception and eavesdropping. This encryption ensures that your online activities and sensitive information remain private, even on unsecured networks like public Wi-Fi.

On the other hand, a proxy only masks your IP address by routing your traffic through an intermediary server but usually doesn’t encrypt your data. This means your information can still be exposed to hackers or surveillance.

In summary, if security and privacy are important, a VPN is the better choice over a proxy.

Many services offer VPN IP data, but ipgeolocation.io stands out by providing accurate and comprehensive information on VPN and proxy IPs, including details on spam, bots, TOR nodes, attackers, and anonymous IPs. The data is enriched with the names of proxy providers and cloud providers linked to each IP address. Additionally, it includes detailed location and network information, making it one of the most reliable sources for VPN and proxy data.

To check if an IP address is associated with a VPN or proxy, you can use specialized IP intelligence services or databases that track and categorize IP addresses. These services analyze various factors such as IP ownership, usage patterns, and known VPN or proxy provider ranges. When you submit an IP address to such a service, it compares the address against its updated lists of VPNs, proxies, TOR nodes, and other anonymizing networks.

Additionally, some methods include checking for unusual traffic behavior, repeated requests from the same IP in short intervals, or IP addresses registered to data centers rather than residential ISPs—common indicators of VPN or proxy use.

Using an API like the Security API from ipgeolocation.io can automate this process by providing real-time identification of VPN, proxy, and other suspicious IP addresses, helping you determine their status accurately and efficiently.

The Security API delivers comprehensive security information for a given IP address, including a threat score based on various security factors. It identifies whether the IP is a proxy and specifies the proxy type (such as VPN, PROXY, RELAY, OPENVPN, WIREGUARD, PRIVATEVPN). The API also provides details about the proxy provider, and flags if the IP is associated with TOR, bots, spam, anonymity, attackers, or cloud providers, along with the name of the cloud provider when applicable.

Yes, the Security API supports bulk IP lookups, allowing you to query up to 100 IP addresses in a single request. All IP addresses included in the batch will be counted toward your overall API usage.

The data in our Security API is updated daily, every 24 hours. We also offer downloadable databases that are refreshed weekly and monthly, giving you access to the most current security details.