82.115.62.0/24
AS200590 · NLS Kazakhstan LLC
Need more data or want to access it via API or data downloads? Sign up to get free access
Sign up for free ›Summary
Country |
Kazakhstan
|
Domain | nls.kz |
ASN | AS200590 |
Registry | RIPE |
ID | KZ-NLS |
WHOIS Details
inetnum: 82.115.62.0 - 82.115.62.255 netname: KZ-NLS descr: NLS Networks IPoE org: ORG-NKL4-RIPE geoloc: 43.242009 76.893664 country: KZ admin-c: DR11653-RIPE tech-c: DR11653-RIPE status: ASSIGNED PA mnt-by: AP99722-MNT created: 2025-06-11T07:45:27Z last-modified: 2025-06-11T09:25:09Z source: RIPE abuse-email: ncc@nls.kz abuse-c: NND10-RIPE abuse-org: ORG-NKL4-RIPE organisation: ORG-NKL4-RIPE org-name: NLS Kazakhstan LLC country: KZ org-type: LIR address: AL-FARABI AVENUE, 95 KV 115 address: A15E3X9 address: Almaty address: KAZAKHSTAN phone: +77273572121 e-mail: ncc@nls.kz admin-c: DR11653-RIPE tech-c: DR11653-RIPE abuse-c: NND10-RIPE mnt-ref: RIPE-NCC-HM-MNT mnt-ref: AP99722-MNT mnt-by: RIPE-NCC-HM-MNT mnt-by: AP99722-MNT created: 2015-04-16T07:44:30Z last-modified: 2025-06-11T09:40:02Z source: RIPE mnt-ref: MNT-NETERRA abuse-email: ncc@nls.kz abuse-c: NND10-RIPE abuse-org: undefined person: Daniil Rokh address: Alfarabi 95 phone: +7 (727) 339 77 77 e-mail: d.roch@nls.kz nic-hdl: DR11653-RIPE mnt-by: AP99722-MNT created: 2025-06-11T08:00:55Z last-modified: 2025-06-11T08:49:52Z source: RIPE route: 82.115.62.0/24 origin: AS200590 mnt-by: AP99722-MNT created: 2024-04-11T10:25:23Z last-modified: 2024-04-11T10:25:23Z source: RIPE
Hosted domains
There are no domains currently hosted on this ASN.
Hosted domains API
Pingable IPs
128 IPs in this range replied to an ICMP ping during our most recent internet scan. Learn more.
IP Address | ASN | Details |
---|---|---|
82.115.62.157 |
0.51ms from Almaty,
KZ
|
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 |
---|---|---|
172.204.170.232 |
0.92ms from Auckland,
NZ
|
|
187.39.74.8 |
5.14ms from Curitiba,
BR
|
|
108.128.63.184 |
0.27ms from Dublin,
IE
|
|
45.21.169.8 |
2.74ms from Miami,
US
|
|
126.91.122.24 |
3.70ms from Osaka,
JP
|
|
39.66.224.104 |
6.50ms from Qingdao,
CN
|
|
13.216.57.72 |
0.15ms from Reston,
US
|
|
172.236.142.248 |
0.19ms from Singapore,
SG
|
|
153.223.217.120 |
4.37ms from Tokyo,
JP
|
|
5.77.241.200 |
0.24ms from Yerevan,
AM
|
|
190.173.138.152 |
1.96ms from Buenos Aires,
AR
|
|
66.148.33.216 |
11.72ms from Dallas,
US
|
|
158.176.194.120 |
0.66ms from London,
GB
|
|
212.210.85.136 |
5.41ms from Milan,
IT
|
|
188.116.177.152 |
5.40ms from Moscow,
RU
|
|
113.17.96.152 |
3.63ms from Nanning,
CN
|
|
218.220.90.200 |
9.96ms from Osaka,
JP
|
|
24.47.237.200 |
9.23ms from Piscataway,
US
|
|
39.170.123.216 |
4.13ms from Suzhou,
CN
|
|
157.7.205.104 |
0.36ms from Tokyo,
JP
|
|
20.73.61.184 |
0.27ms from Amsterdam,
NL
|
|
52.146.81.24 |
0.41ms from Ashburn,
US
|
|
80.243.45.200 |
9.05ms from Frankfurt am Main,
DE
|
|
103.110.86.24 |
0.56ms from Ho Chi Minh City,
VN
|
|
176.40.89.8 |
9.48ms from Izmir,
TR
|
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.
An API built with users in mind: reliable, accurate, and easy-to-use
Discover why industry-leading companies around the globe love our data. IPinfo's accurate insights fuel use cases from cybersecurity, data enrichment, web personalization, and much more.
Our IP tools
Explore all toolsSummarize IPs
Use our data visualization tool to create a visual overview of multiple IPs.
Try Summarize IPs