---
title: "Comment by IP99 on \"Giving an AI agent its own IP address\" | Hashnode"
description: "Handing an agent a sticky residential or WireGuard path is exactly where account-sensitive tools get picky. Datacenter egress is obvious; a recycled residential"
url: "https://hashnode.com/posts/giving-an-ai-agent-its-own-ip-address/6ad091c4f9d16ac51b613709/comment/6ad178d1cc919a7df7dc6d5e"
---

[Discussion](https://hashnode.com/posts/giving-an-ai-agent-its-own-ip-address/6ad091c4f9d16ac51b613709)

Comment [Giving an AI agent its own IP address](https://hashnode.com/posts/giving-an-ai-agent-its-own-ip-address/6ad091c4f9d16ac51b613709)

[IP99](https://hashnode.com/@ip99)

[Oct 16](https://hashnode.com/posts/giving-an-ai-agent-its-own-ip-address/6ad091c4f9d16ac51b613709/comment/6ad178d1cc919a7df7dc6d5e)

Handing an agent a sticky residential or WireGuard path is exactly where account-sensitive tools get picky. Datacenter egress is obvious; a recycled residential exit can look fine to ASN checks and still carry fresh proxy-class evidence.

Before auth-heavy steps I treat egress as hygiene: check whether the current address already has active proxy/VPN/dial-up-pool signals and whether that evidence is fresh or aged out. IP99 (by ThreatHunter) returns a decaying risk score plus evidence\_state for that second opinion—no signup for a basic lookup. Soft claim only: it will not keep a platform happy by itself; it just tells you if the exit already looks shared.