204.99.132.0/24
AS15096 · Steven Noble
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| Country |
United States
|
| Domain | netdef.org |
| ASN | AS15096 |
| Registry | RIPE |
| ID | US-NETDEF-20180529 |
WHOIS Details
inetnum: 204.99.132.0 - 204.99.132.255 netname: US-NETDEF-20180529 country: US org: ORG-NDEF1-RIPE admin-c: MW9478-RIPE tech-c: MW9478-RIPE status: ALLOCATED-ASSIGNED PA mnt-by: RIPE-NCC-HM-MNT mnt-by: us-netdef-1-mnt created: 2024-07-08T13:34:38Z last-modified: 2024-07-09T12:14:45Z source: RIPE abuse-email: abuse@netdef.org abuse-c: AR46641-RIPE abuse-org: ORG-NDEF1-RIPE organisation: ORG-NDEF1-RIPE org-name: Network Device Education Foundation Inc country: US org-type: LIR address: 35 Maro Drive address: 95127 address: San Jose address: UNITED STATES phone: +14084752810 e-mail: mwinter@netdef.org admin-c: MW9478-RIPE tech-c: MW9478-RIPE abuse-c: AR46641-RIPE mnt-ref: us-netdef-1-mnt mnt-by: RIPE-NCC-HM-MNT mnt-by: us-netdef-1-mnt created: 2018-05-28T11:22:50Z last-modified: 2020-12-16T12:52:35Z source: RIPE person: Martin Winter address: 35 Maro Drive address: 95127 address: San Jose address: UNITED STATES phone: +14084752810 nic-hdl: MW9478-RIPE mnt-by: us-netdef-1-mnt created: 2018-05-28T11:22:49Z last-modified: 2018-05-28T11:22:50Z source: RIPE route: 204.99.132.0/24 origin: AS15096 mnt-by: us-netdef-1-mnt created: 2024-07-09T12:09:15Z last-modified: 2024-07-09T12:09:15Z source: RIPE
Nearby Ranges
BGP prefixes that overlap with 204.99.0.0/16
| Range | ASN | Company | Num of IPs |
|---|---|---|---|
| 204.99.0.0/17 | AS18862 | The University of Arizona | 32,768 |
| 204.99.192.0/20 | AS16403 | Boise Cascade Company | 4,096 |
| 204.99.154.0/23 | AS15305 | City of Logan | 512 |
| 204.99.140.0/24 | AS210305 | Network Device Education Foundation Inc | 256 |
| 204.99.129.0/24 | AS6315 | Lumpnet | 256 |
| 204.99.153.0/24 | AS15305 | City of Logan | 256 |
| 204.99.128.0/24 | AS17055 | Utah Education Network | 256 |
Hosted domains
There is 1 domain name hosted across 1 IP address on this ASN. Checkout our API to access full domain hosting information.
| IP Address | Domain | Domains on this IP |
|---|---|---|
| 204.99.132.251 | crush.org | 1 |
Hosted domains API
Pingable IPs
3 IPs in this range replied to an ICMP ping during our most recent internet scan. Learn more.
| IP Address | ASN | Details |
|---|---|---|
| 204.99.132.249 |
0.42ms from Fremont,
US
|
Other Pingable IPs
Below is a random selection of 25 IPs that replied to an ICMP ping during our most recent internet scan.
| IP Address | ASN | Details |
|---|---|---|
| 24.41.53.216 |
0.58ms from Ashburn,
US
|
|
| 116.181.19.8 |
3.16ms from Beijing,
CN
|
|
| 92.250.23.184 |
14.01ms from Braga,
PT
|
|
| 203.195.232.184 |
2.02ms from Guangzhou,
CN
|
|
| 211.215.121.152 |
1.67ms from Incheon,
KR
|
|
| 149.11.226.8 |
0.96ms from London,
GB
|
|
| 142.118.218.216 |
3.12ms from Montreal,
CA
|
|
| 73.215.27.24 |
6.58ms from Morris Plains,
US
|
|
| 88.184.40.72 |
2.76ms from Paris,
FR
|
|
| 52.23.200.184 |
0.39ms from Reston,
US
|
|
| 42.6.147.24 |
6.61ms from Tieling,
CN
|
|
| 178.199.186.216 |
0.69ms from Zuerich,
CH
|
|
| 51.8.240.200 |
0.56ms from Ashburn,
US
|
|
| 20.228.224.72 |
0.46ms from Ashburn,
US
|
|
| 47.95.151.216 |
1.45ms from Beijing,
CN
|
|
| 79.101.135.184 |
3.52ms from Belgrade,
RS
|
|
| 20.161.149.184 |
0.20ms from Boydton,
US
|
|
| 86.153.220.40 |
6.50ms from London,
GB
|
|
| 174.68.163.184 |
9.24ms from Los Angeles,
US
|
|
| 56.126.87.40 |
0.19ms from Osasco,
BR
|
|
| 177.172.252.8 |
3.34ms from Osasco,
BR
|
|
| 3.87.2.152 |
0.41ms from Reston,
US
|
|
| 187.255.11.56 |
2.00ms from Sao Paulo,
BR
|
|
| 119.67.95.8 |
6.04ms from Seoul,
KR
|
|
| 1.218.38.152 |
5.62ms from Seoul,
KR
|
Traceroute
Below is a recent traceroute taken from the IPinfo ProbeNet to an IP in this range. Learn more.
What are IP address ranges?
IP address ranges, or netblocks, are groups of related IP addresses. They are usually represented as a base IP address, followed by a slash, and then a netmask which represents how many IP addresses are contained within the netblock. This format is known as CIDR. You'll also sometimes see netblocks given as a start ip address, and an end ip address, or an ip address range.
Traffic works its way around the internet based on the routing table, which contains a list of networks and their associated netblocks.
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