How an IP gets burned, and whether it can recover
Flagging is rarely permanent. What actually changes an address reputation, how long it takes, and when replacing it is the only option.
What “burned” actually means
An address is not marked “bad” forever. What changes is the evidence attached to it: abuse reports, Tor listings, a DROP entry, or a pattern of platform reviews tied to logins from that address.
Platforms do not share a single score. Each one keeps its own history, and most of that history is invisible to you.
The three ways an address burns
- Infrastructure change — the range is resold to a hosting provider, or the ASN changes. This is visible: check the ASN and network type.
- Neighbour abuse — on CGNAT or shared hosting, someone else's traffic taints the address. You did nothing.
- Your own behaviour — repeated registrations, reviews, or payment failures from the same address.
Will it recover?
- Infrastructure change: no. The address is now what it is. Replace it.
- Neighbour abuse: maybe, and rarely within weeks. Mobile and CGNAT addresses recover as carriers reassign them, but you cannot control timing.
- Your own behaviour: yes, if the pattern stops. Time plus clean behaviour is the only recovery mechanism, and it is measured in months, not days.
What you can actually do
- Verify the address type before assuming it is “burned” — many addresses are blamed while the real problem is the browser profile or the payment instrument.
- Stop registering from it. Additional attempts are the fuel.
- Keep a record: dates, IPs, verdicts. When you ask for a review, a timeline is the only thing that helps.
- Replace only when the network itself is the problem.
The trap
Sellers often replace an IP after every review, which resets the account's history every single time. That is usually worse than staying still on a mediocre but stable address.
Track the pool with the watchlist; the change history tells you whether the network moved under you or the problem is elsewhere.
Check a batch before you buy?
Check a batch →