ASN LANDING PAGE

AS5495

ASN-SPBGU Saint Petersburg State University

Last updated · Jul 20, 2026

Country

Total prefixes

9

IPv4 prefixes

8

IPv6 prefixes

1

ASN summary

How to read the scale of AS5495

ASN-SPBGU Saint Petersburg State University currently reports 9 prefixes and 35 upstream, downstream, or peer relationships. These counts describe the current dataset; they do not by themselves prove network quality, reach, or service use.

What can an ASN page answer?

An ASN page shows the public organization label, country or region, BGP prefixes, and available peer and upstream relationships. It adds network context but cannot confirm a website host, physical facility, security status, or service quality.

How should you read the organization and region fields?

ASN-SPBGU Saint Petersburg State University is currently associated with an unknown region. These values come from public network sources and are useful lookup clues; an organization label, registration region, and actual service location may differ.

How should you verify the AS5495 result?

The page shows ASN data returned by the current upstream query; interpret it with the update time. Open representative IP pages from the same network and compare prefixes, source labels, and query times. Verify operator or service claims with the relevant registry or network operator.

How to verify this ASN result

AS5495 ASN lookupAS5495 BGPAS5495 peersAS5495 prefixesAS5495 upstreamsASN-SPBGU Saint Petersburg State University ASN

Upstreams

Detailed data for this ASN is not available right now.

Peers

Prefix inventory

PrefixNameCountry
185.148.208.0/22AS5495
194.85.120.0/22AS5495
194.85.26.0/24AS5495
195.19.224.0/19AS5495
195.70.192.0/19AS5495
217.197.0.0/20AS5495
2a02:208::/32AS5495
81.89.176.0/20AS5495
92.42.24.0/21AS5495

Related ASN pages

Related lookups and next steps

Frequently asked questions about this ASN page

What does AS5495 represent?

AS5495 is an autonomous system number. The current source associates it with ASN-SPBGU Saint Petersburg State University and the region field an unknown region; those values add network context but do not prove a specific service, physical location, or quality level.

What are peers, upstreams, and prefixes useful for on the AS5495 page?

They help explain the scale, interconnection depth, and route structure of AS5495. Richer peering and upstream data often indicate broader network reach, but they should still be interpreted together with prefixes and related IP landing pages.

What should you do after reviewing AS5495?

Open a concrete IP page to check how the address maps into AS5495, then compare the prefix, source labels, and query time. Verify operator or service claims with the relevant registry or network operator.

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