Does Google ever de-index ASEOHosting's IPs?

No. ASEOHosting does not run IP ranges that Google has de-indexed, and our IPs are not blacklisted or filtered as a block. When a client tells us their sites have vanished from the Google index, the cause we find is almost never the IP address itself. It is the way the domains were wired together at the DNS level, which leaves an obvious footprint across the whole set.

We have seen exactly this play out. Some clients raised the concern, and yes, their sites had genuinely disappeared from the Google index. When we looked at their account details, we noticed they were using the same name servers for all of their domains. As a natural result, that shared pattern tied every site together, and the sites were no longer visible in search. Once each domain was moved onto its own private name server, the domains returned to search results after some time.

Why shared name servers, not the IP, cause the problem

A dedicated Class C IP does a specific defensive job: it keeps your site off an address shared with spam or malware, and it gives a network the IP diversity it needs so sites do not all resolve to one neighbourhood. What a dedicated IP cannot do on its own is hide the other links between your domains. Name servers are one of the most visible of those links. If ten domains all answer from ns1.example-shared.com and ns2.example-shared.com, that identical pair is a single, easy-to-read fingerprint sitting on top of otherwise diverse IPs.

For a genuinely independent site that footprint is usually harmless. For a network of related sites that are meant to look and behave independently, a shared name-server signature is one of the patterns that can collapse the whole set at once. That is why the fix is at the DNS layer, and why we recommend private name servers per domain rather than assuming an IP has been penalised.

How to recover: create a private name server for each domain

If your sites have dropped out and you are on shared name servers, the recovery path we have seen work is straightforward. Kindly create a private name server for each domain:

1. List every domain currently pointing at the same shared name servers.
2. For each domain, register a private (vanity) name server on the domain itself, for example ns1.yourdomain.com and ns2.yourdomain.com, and glue it to that domain's own dedicated IP.
3. Update the domain to use its own private name servers instead of the shared pair.
4. Repeat so no two domains in the set share a name-server hostname.
5. Allow time. In the cases we handled, domains returned to search results after some time once DNS propagated and Google re-crawled, not instantly.

Give the change room to take effect before judging it, and confirm the domains are being crawled again rather than assuming a manual penalty. Google's own guidance on debugging search traffic drops is a sensible checklist for ruling out other causes such as crawl errors, manual actions, or noindex tags while DNS settles.

Where a dedicated IP fits in

Private name servers and dedicated IPs solve different halves of the same footprint problem, so most network operators want both. The IP keeps you off bad-neighbour addresses; private name servers stop your domains announcing that they belong to the same owner. You can read more on managing these settings in our DNS and IP management guides, and if you are building a set of sites on multiple Class C IP hosting it is worth planning the name-server layout before you launch rather than fixing it after a drop.

Be clear on the limit of all this: neither a dedicated IP nor a private name server is a positive ranking signal. They are defensive and about footprint control. They will not lift a thin or low-quality site, but they do stop avoidable, self-inflicted de-indexing across a network. For related recovery questions, see the rest of the rankings, deindexing and recovery hub, and contact us if you would like help auditing your current name-server setup.