Passive OS Fingerprint Masking (TCP/IP Fingerprint)
Understanding OS Fingerprinting
Operating systems can be identified through analysis of network traffic patterns. Each OS implements the TCP/IP stack differently, creating a unique "fingerprint" in network packages. This fingerprint-based identification method is called passive OS fingerprinting because it doesn't require sending active requests.
Testing Your TCP/IP Fingerprint
You can check your device's TCP/IP fingerprint by:
- Visit BrowserLeaks
- Scroll to the "TCP/IP Fingerprint" section
- Analyze the detected operating system
Common Scenarios
Expected Results
| Scenario | Typical Result | Explanation |
|---|---|---|
| Using a Proxy | Different OS than actual | Proxy servers repack network packages |
| Running on VM | Original OS detected | VM networking may expose host OS |
TCP/IP fingerprint is a connection-level characteristic that Indigo cannot modify directly. Many websites don't heavily weight this parameter in their detection systems due to common legitimate mismatches.
Why Mismatches Are Normal
Several factors can cause TCP/IP fingerprint mismatches:
- Network devices
- Proxy services
- VPN configurations
- Corporate networks
- Cloud services
Mismatches between TCP/IP Fingerprint and actual OS are common in normal internet traffic and usually don't indicate suspicious activity.
Masking Solutions
While Indigo cannot directly modify TCP/IP fingerprints, you have several options:
Recommended Approach
The most effective way to mask your TCP/IP fingerprint is using specialized proxy services that offer fingerprint masking capabilities, for example, iproxy.online