138.99.26.0/24

AS61869 · MD PROVEDOR DE ACESSO A INTERNET

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Summary

Country	Brazil
Domain	mdprovedor.com.br
ASN	AS61869
Registry	LACNIC
ID	FSD6

WHOIS Details

% Copyright (c) Nic.br - Use of this data is governed by the Use and

inetnum:     138.99.24.0/22
aut-num:     AS61869
abuse-c:     FESDI20
owner:       MD PROVEDOR DE ACESSO A INTERNET
ownerid:     09.586.049/0002-23
responsible: Fernando de Souza Dias
country:     BR
owner-c:     FESDI20
tech-c:      FESDI20
inetrev:     138.99.24.0/22
nserver:     ns1.mdprovedor.com.br
nsstat:      20250808 AA
nslastaa:    20250808
nserver:     ns2.mdprovedor.com.br
nsstat:      20250808 AA
nslastaa:    20250808
created:     20150313
changed:     20150313

nic-hdl-br:  FESDI20
person:      Fernando de Souza Dias
e-mail:      si128128@yahoo.com.br
country:     BR
created:     20140902
changed:     20250804

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

Read more

Pingable IPs

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

IP Address	ASN	Details
138.99.26.23	AS61869 MD PROVEDOR DE ACESSO A INTERNET	`3.56ms` from Rio de Janeiro, BR

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
179.33.24.56	AS3816 COLOMBIA TELECOMUNICACIONES S.A. ESP BIC	`4.30ms` from Bogota, CO
89.165.214.104	AS48161 NEXTGEN COMMUNICATIONS SRL	`8.25ms` from Bucharest, RO
174.73.3.72	AS22773 Cox Communications Inc.	`14.81ms` from Dallas, US
183.7.122.40	AS140308 CHINATELECOM Guangdong province Zhuhai 5G network	`9.35ms` from Guangzhou, CN
95.100.161.216	AS16625 Akamai Technologies, Inc.	`0.38ms` from London, GB
82.213.233.24	AS15704 XTRA TELECOM S.A.	`1.25ms` from Madrid, ES
20.207.1.24	AS8075 Microsoft Corporation	`13.34ms` from Mumbai, IN
98.11.87.216	AS11351 Charter Communications Inc	`18.71ms` from New York City, US
125.105.145.152	AS4134 CHINANET-BACKBONE	`9.07ms` from Ningbo, CN
125.193.195.184	AS2518 BIGLOBE Inc.	`4.03ms` from Osaka, JP
217.109.43.248	AS3215 Orange S.A.	`13.85ms` from Paris, FR
107.23.199.168	AS14618 Amazon.com, Inc.	`0.22ms` from Reston, US
221.159.21.216	AS4766 Korea Telecom	`4.14ms` from Seoul, KR
182.168.28.24	AS2527 Sony Network Communications Inc.	`2.49ms` from Tokyo, JP
150.95.204.8	AS7506 GMO Internet Group, Inc.	`0.32ms` from Tokyo, JP
73.165.157.152	AS7922 Comcast Cable Communications, LLC	`8.49ms` from Ashburn, US
52.149.158.8	AS8075 Microsoft Corporation	`0.43ms` from Ashburn, US
114.244.66.248	AS4808 China Unicom Beijing Province Network	`3.77ms` from Beijing, CN
111.160.171.40	AS4837 CHINA UNICOM China169 Backbone	`5.36ms` from Beijing, CN
34.79.30.184	AS396982 Google LLC	`0.14ms` from Brussels, BE
189.114.217.72	AS18881 TELEFÔNICA BRASIL S.A	`4.71ms` from Curitiba, BR
76.183.152.136	AS11427 Charter Communications Inc	`5.60ms` from Dallas, US
20.52.227.248	AS8075 Microsoft Corporation	`0.48ms` from Frankfurt am Main, DE
67.180.197.168	AS7922 Comcast Cable Communications, LLC	`4.84ms` from Fremont, US
85.174.54.104	AS12389 PJSC Rostelecom	`10.65ms` from Krasnodar, RU

Traceroute

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

traceroute -a -n -q1 -f4 138.99.26.29

traceroute to 138.99.26.29 (138.99.26.29): 64 hops max, 52 byte packets

4 [AS3356] 8.243.32.62 0.575 ms

5 *

6 [AS263009] 170.84.55.96 0.516 ms

7 [AS61869] 131.0.36.1 3.089 ms

8 [AS61869] 131.0.36.5 3.871 ms

9 [AS61869] 138.99.26.29 6.382 ms

Measurement taken from

IPinfo ProbeNet in Rio de Janeiro, BR

On September 11th 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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