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Check Your IP & Detection Risk

See exactly what websites see when you connect — your IP, ASN, location, detection classification, trust score, and WebRTC leak status.

Detecting your IP and detection signals...

Your IP vs Mobile Proxy IP

Side-by-side: what websites see now vs what they'd see through a mobile carrier IP.

Your current IP risk

Detecting...

  • Trust Score
  • Detection Risk
  • ASN
  • CGNAT SharingNo
Recommended
Mobile carrier proxylow risk

Mobile Carrier (4G/5G)

  • Trust Score92-95 / 100
  • Detection RiskLow
  • ASNCarrier ASN (whitelisted)
  • CGNAT SharingYes (1000s of real users)
Try for $5

Frequently Asked Questions

About IP detection, classification, ASNs, and WebRTC leaks

What does this IP checker actually test?

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It detects your public IP, looks up its ASN (autonomous system number), determines the operator behind it, classifies the IP type (mobile carrier, residential ISP, datacenter, or VPN/hosting), assigns a trust score based on how websites typically treat that class, and runs a WebRTC leak test in your browser to check whether additional IPs are exposed beyond your public IP.

How are IPs classified into mobile / residential / datacenter?

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Classification is based on the ASN owner and organization name. Mobile carrier ASNs (T-Mobile, Verizon Wireless, Vodafone, Orange Mobile, etc.) serve phone subscribers. Residential ISP ASNs (Comcast, BT, Deutsche Telekom) serve home internet. Datacenter ASNs (AWS, Google Cloud, Hetzner, OVH, DigitalOcean) serve cloud servers. Commercial reputation databases like MaxMind and IPQualityScore use the same approach with additional behavioral signals.

What is an ASN and why does it matter?

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An Autonomous System Number is a globally unique identifier for a network operator, assigned by IANA/RIRs. Every IP address belongs to an ASN. Anti-bot systems classify the ASN before they look at your actual request — datacenter ASNs get auto-flagged, carrier ASNs cannot be bulk-blocked without harming real subscribers. ASN is the foundational layer of proxy detection.

What is a WebRTC leak?

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WebRTC is a browser API that uses STUN servers over UDP to discover candidate IPs for peer-to-peer connections. JavaScript can read these candidates silently. Because HTTP/HTTPS proxies only tunnel TCP, WebRTC's UDP traffic bypasses the proxy and exposes your real IP. If our test shows additional IPs different from your public IP, your proxy or VPN setup is leaking.

Why is my trust score so low if I'm on a regular connection?

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If you're on a datacenter IP (cloud server, hosting provider) or a known VPN, anti-bot systems automatically score you low — even though you're a real person. This is why scraping, account creation, and social media automation fail from these IPs. Mobile carrier IPs avoid this because they're shared with millions of real phone users.

How can I improve my IP's trust score?

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Switch to an IP class that anti-bot systems trust. Mobile carrier IPs have the highest trust because blocking them harms real users via CGNAT. Residential IPs work for most use cases. Datacenter IPs only work if the target site doesn't run anti-bot protection. For commercial use cases (scraping, multi-account, ad verification), mobile proxies are the most reliable option.

Want a Clean IP That Sites Trust?

Test our 4G/5G mobile carrier proxies for $5. Real CGNAT IPs from USA, UK, and Netherlands. Same trust score real phone users have.