AS7682 HOTNET
HOKKAIDO TELECOMMUNICATIONS NETWORK Co., Inc.
AS7682 is not on Fraudex's VPN, proxy and datacenter list, so its IPs are treated like ordinary home, mobile or business connections. A single address can still be flagged if it is a Tor exit relay.
Check an IP from AS7682
Look up any address in real time with the free IP checker, or from your own code:
curl "https://fraudex.xyz/api/check?ip=110.50.88.0" \ -H "X-API-Key: fx_your_key"
The answer includes the network (AS7682), the country and a VPN, proxy, Tor and bot verdict, in under a millisecond. Plans start at $40 for 30 days of unlimited lookups.
IPv4 ranges announced by AS7682
| First IP | Last IP | CIDR | Addresses |
|---|---|---|---|
| 110.50.88.0 | 110.50.95.255 | 110.50.88.0/21 | 2,048 |
| 133.232.0.0 | 133.232.31.255 | 133.232.0.0/19 | 8,192 |
| 202.89.112.0 | 202.89.115.255 | 202.89.112.0/22 | 1,024 |
| 210.191.192.0 | 210.191.223.255 | 210.191.192.0/19 | 8,192 |
| 210.229.160.0 | 210.229.191.255 | 210.229.160.0/19 | 8,192 |
| 211.128.64.0 | 211.128.95.255 | 211.128.64.0/19 | 8,192 |
IPv6 ranges announced by AS7682
| First IP | Last IP | CIDR |
|---|---|---|
| 2001:398:: | 2001:398:ffff:ffff:ffff:ffff:ffff:ffff | 2001:398::/32 |
Questions about AS7682
Is AS7682 a VPN or hosting network?
Fraudex does not list AS7682 (HOTNET) as a VPN, proxy or hosting network. Its addresses are treated as regular traffic, apart from any Tor exit relays.
Which country is AS7682 registered in?
AS7682 is registered in Japan. Individual addresses can be used elsewhere, so check the IP itself when location matters.
How many IP addresses does AS7682 have?
It announces 6 IPv4 ranges with 35,840 addresses in total, plus 1 IPv6 range.
How do I block traffic from AS7682?
Blocking a whole network by number goes stale as ranges change hands. It is more reliable to check each visitor's IP when they sign up, log in or pay: the Fraudex API returns the network and a VPN and bot verdict, so you can block, challenge or just log flagged traffic. See why an IP blocking API pays for itself.