38.158.134.0/23

AS25798 · Vexus Fiber

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Summary

Country	United States
Domain	vexusfiber.com
ASN	AS25798
Parent Range	38.0.0.0/8
Registry	ARIN
ID	VEXUS-CGNT-NET-2

WHOIS Details

NetHandle:      NET-38-158-128-0-1
OrgID:          NTSC
Parent:         NET-38-0-0-0-1
NetName:        VEXUS-CGNT-NET-2
NetRange:       38.158.128.0 - 38.158.191.255
NetType:        reallocation
OriginAS:       4314, 11943, 13693, 14765, 14791, 19734, 25798, 32898, 33507, 35924, 54340, 62911, 63001, 393814, 397772, 398149, 400569
Comment:        Geofeed https://geofeed.vexusfiber.com/geofeed.csv
RegDate:        2023-01-23
Updated:        2024-03-05
Source:         ARIN


OrgID:          NTSC
OrgName:        Vexus Fiber
CanAllocate:    
Street:         4006 W. Loop 289
City:           LUBBOCK
State/Prov:     TX
Country:        US
PostalCode:     79407
RegDate:        1996-04-05
Updated:        2024-11-25
OrgAdminHandle: PINKE44-ARIN
OrgTechHandle:  EDINB-ARIN
OrgTechHandle:  MIGUE46-ARIN
OrgTechHandle:  PINKE44-ARIN
OrgAbuseHandle: ABUSE8815-ARIN
Source:         ARIN


POCHandle:      PINKE44-ARIN
IsRole:         N
LastName:       Pinkerton
FirstName:      Chris
Street:         912 S Main St
Street:         Suite 106
City:           Sikeston
State/Prov:     MO
Country:        US
PostalCode:     63801
RegDate:        2021-06-25
Updated:        2024-06-27
OfficePhone:    +1-573-481-2733
MobilePhone:    +1-573-380-6421
Mailbox:        chris.pinkerton@vexusfiber.com
Source:         ARIN


POCHandle:      MIGUE46-ARIN
IsRole:         N
LastName:       Elizondo
FirstName:      Miguel 
Street:         4006 W Loop 289
City:           Lubbock
State/Prov:     TX
Country:        US
PostalCode:     79407
RegDate:        2023-10-25
Updated:        2023-10-25
OfficePhone:    +1-806-773-5832
Mailbox:        Miguel.Elizondo@vexusfiber.com
Source:         ARIN


POCHandle:      ABUSE8815-ARIN
IsRole:         Y
LastName:       Abuse
FirstName:      
Street:         4006 W Loop 289 Acc Rd
City:           Lubbock
State/Prov:     TX
Country:        US
PostalCode:     79407
RegDate:        2023-08-17
Updated:        2024-08-19
OfficePhone:    +1-800-687-4500
Mailbox:        abuse@vexusfiber.com
Source:         ARIN


POCHandle:      EDINB-ARIN
IsRole:         N
LastName:       Edinboro
FirstName:      Patrice
Street:         4006 W Loop 289
City:           Lubbock
State/Prov:     TX
Country:        US
PostalCode:     79407
RegDate:        2022-05-31
Updated:        2024-09-12
OfficePhone:    +1-806-781-5041
Mailbox:        Patrice.Edinboro@vexusfiber.com
Source:         ARIN

Overlapping Ranges

BGP prefixes that contain 38.158.134.0/23

Range	ASN	Company	Num of IPs
38.0.0.0/8	AS212087	PSINet, Inc.	16,777,216
38.0.0.0/8	AS262342	PSINet, Inc.	16,777,216
38.0.0.0/8	AS53259	PSINet, Inc.	16,777,216
38.0.0.0/8	AS57043	PSINet, Inc.	16,777,216
38.0.0.0/8	AS7029	PSINet, Inc.	16,777,216
38.0.0.0/8	AS174	PSINet, Inc.	16,777,216

Hosted domains

There are no domains currently hosted on this ASN.

Hosted domains API

Our Hosted Domains API, or Reverse IP API returns a full list of domains that are hosted on a single IP address.

Useful for Cybersecurity

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Pingable IPs

4 IPs in this range replied to an ICMP ping during our most recent internet scan. Learn more.

IP Address	ASN	Details
38.158.135.250	AS25798 Vexus Fiber	`2.60ms` from Houston, 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
130.89.9.135	AS1133 University Twente	`3.43ms` from Amsterdam, NL
37.158.201.87	AS3352 TELEFONICA DE ESPANA S.A.U.	`17.36ms` from Barcelona, ES
190.174.152.7	AS22927 Telefonica de Argentina	`2.33ms` from Buenos Aires, AR
208.188.5.247	AS7018 AT&T Enterprises, LLC	`0.99ms` from Dallas, US
92.211.4.231	AS3209 Vodafone GmbH	`8.20ms` from Frankfurt am Main, DE
27.47.71.23	AS17816 China Unicom IP network China169 Guangdong province	`12.12ms` from Guangzhou, CN
102.165.170.231	AS328270 WTTX Communications (PTY) LTD	`0.13ms` from Johannesburg, ZA
136.33.74.215	AS16591 Google Fiber Inc.	`1.01ms` from Kansas City, US
109.184.148.167	AS12389 PJSC Rostelecom	`6.27ms` from Kazan, RU
183.225.144.231	AS9808 China Mobile Communications Group Co., Ltd.	`8.14ms` from Kunming, CN
92.176.19.151	AS12479 Orange Espagne SA	`16.47ms` from Madrid, ES
114.99.127.23	AS4134 CHINANET-BACKBONE	`11.27ms` from Nanchang, CN
189.167.253.119	AS8151 UNINET	`7.69ms` from Santiago de Queretaro, MX
210.91.55.7	AS4766 Korea Telecom	`1.08ms` from Seoul, KR
202.107.207.247	AS4134 CHINANET-BACKBONE	`4.63ms` from Shanghai, CN
171.117.6.39	AS4837 CHINA UNICOM China169 Backbone	`2.55ms` from Taiyuan, CN
24.36.159.39	AS7992 Cogeco Connexion Inc.	`7.63ms` from Toronto, CA
76.210.86.231	AS7018 AT&T Enterprises, LLC	`6.83ms` from Columbus, US
35.207.135.151	AS15169 Google LLC	`0.12ms` from Frankfurt am Main, DE
86.177.128.7	AS2856 British Telecommunications PLC	`8.26ms` from London, GB
17.252.60.119	AS714 Apple Inc.	`0.30ms` from Manchester, GB
73.0.142.103	AS7922 Comcast Cable Communications, LLC	`5.11ms` from Miami, US
103.201.145.119	AS58659 Quest Consultancy Pvt Ltd	`7.25ms` from Mumbai, IN
112.83.138.215	AS4837 CHINA UNICOM China169 Backbone	`5.05ms` from Nanjing, CN
112.229.106.151	AS4837 CHINA UNICOM China169 Backbone	`6.05ms` from Qingdao, CN

Traceroute

Below is a recent traceroute taken from the IPinfo ProbeNet to an IP in this range. Learn more.

traceroute -a -n -q1 -m5 38.158.134.118

traceroute to 38.158.134.118 (38.158.134.118): 5 hops max, 52 byte packets

1 [AS31898] 140.91.214.6 0.08 ms

2 [AS3491] 63.221.195.130 0.624 ms

3 *

4 *

5 *

Measurement taken from

IPinfo ProbeNet in Seoul, KR

On September 12th 2025

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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