Hack Router Port 53 Tcp

Asynchronous digital subscriber line (DSL or ADSL) modem is a device used to connect a computer or router to a telephone line which provides the digital subscriber line service for connectivity to the Internet, which is often called DSL or ADSL broadband. In this guide I will show you show you how to scan IP range for connected ADSL or DSL modem routers and find DSL ADSL router hack remotely. This guide applies to Windows, Linux or Mac, so it doesn’t matter what’s your Operating system is, you can try the same steps from all these operating systems. The term DSL or ADSL modem is technically used to describe a modem which connects to a single computer, through a USB port or is installed in a computer PCI slot. The more common DSL or ADSL router which combines the function of a DSL or ADSL modem and a home router, is a standalone device which can be connected to multiple computers through multiple Ethernet ports or an integral wireless access point. Also called a residential gateway, a DSL or ADSL router usually manages the connection and sharing of the DSL or ADSL service in a home or small office network.

  1. Hack Router Port 53 Tcp Login
  2. Hack Port 53
  3. Hack Router Port 53 Tcp Ip

El capitan free download. Put this together with Wireshark hacking for http websites, you got a nightmare for the user behind that router as all their passwords and details can be tracked very easily.

Installing NMAP

I use Kali Linux which comes with NMAP Preinstalled. If you are using Windows or Mac (or any other flavour of Linux) go to the following website to download and install NMAP.

DNS has always been designed to use both UDP and TCP port 53 from the start 1, with UDP being the default, and fall back to using TCP when it is unable to communicate on UDP, typically when the packet size is too large to push through in a single UDP packet. When Does DNS Switch to TCP?

Many routers allow port 53 (UDP and TCP) on the WAN port the router to be portmapped to port 53 (UDP and TCP) on the inside of the router itself, exposing the DNS on the router to the outside world. The DNS servers on most routers seem to be pure forwarders though, with no caching. Uploading new firmware. Well both of the hacking has the same process. Let’s summarize what we must do. Confirm the website or a computer you want to hack. Find or trace their IP address. Make sure that IP address is online Scan for open ports Check for vulnerable ports ( enumerate the services running on ports and try. Step by Step How to Randomly Hack a Home Routers. We should select an IP range. I have selected IP range that includes my public IP address. Now let's scan for home routers. When you finished your scan, You can find IP addresses which has open ports such as http port(80), ftp port(21) and telnet port(23). TCP/UDP port 53, showing that a DNS server is running. TCP ports 80, 443, and 8080. Sep 8, 2015 - Too many DNS servers enable bad actors to hijack them for DDoS attacks. An attacker could connect using the email server's email SMTP receiving port (TCP port 25) and send. Devices (such as wireless routers) running unexpected DNS servers. Security Data Security.

Linux Installation:

For Ubuntu, Debian or aptitude based system NMAP is usually made available via default repository. Bluestacks 3 dmg. Install NMAP using the following command:

For YUM Based systems such as Redhat, CentOS, install via

For PACMAN based systems such as Arch Linux, install via

Windows Installation:

For Windows Computers, download installer and run the executable. Link: http://nmap.org/dist/nmap-6.46-setup.exe

Mac Installation:

For Mac users, download installer and install Link: http://nmap.org/dist/nmap-6.46.dmg

Official NMAP site

Hack router port 53 tcp code

You can read more about NMAP here: http://nmap.org/

Search for Vulnerable Routers

Now that we have NMAP sorted, we are going to run the following command to scan for ADSL Modem Routers based on their Banner on Port 80 to start our ADSL router hack. All you need is to pick an IP range. I’ve used an example below using 101.53.64.1/24 range.

Search from Linux using command Line

In Linux run the following command:

In Windows or Mac open NMAP and copy paste this line:

Once it finds the results, search for the word ‘open’ to narrow down results. A typical Linux NMAP command would return outputs line below: (and of course I’ve changed the IP details)

This was taking a long time (we are after all try to scan 256 hosts using the command above). Me being just impatient, I wanted to check if my Kali Linux was actually doing anything to ADSL router hack. I used the following command in a separate Terminal to monitor what my PC was doing… it was doing a lot …

That’s a lot of connected hosts with TCP Port 80 open. Some got ‘tcpwrapped’ marked on them. It means they are possibly not accessible. Hackintosh el capitan without mac.

Search from Windows, Mac or Linux using GUI – NMAP or Zenmap

Assuming you got NMAP installation sorted, you can now open NMAP (In Kali Linux or similar Linux distro, you can use Zenmap which is GUI version of NAMP cross platform). Copy paste the following line in Command field

another version of this command is using different representation of Subnet MASK.

Press SCAN Button and wait few minutes till the scan is over.

Once you have some results, then you need to find the open devices with open ports. In search Result page:

Hack Router Port 53 Tcp
  1. Click on Services Button
  2. Click on http Service
  3. Click on Ports/Hosts TAB (Twice to sort them by status)

As you can see, I’ve found a few devices with open http port 80.

It is quite amazing how many devices got ports open facing outer DMZ.

Access Management Webpage

Pick one at a time. For example try this:

You get the idea. If it opens a webpage asking for username and password, try one of the following combinations:

If you can find the Router’s model number and make, you can find exact username and password from this webpage:http://portforward.com/default_username_password/ Before we finish up, I am sure you were already impatient like me as a lot of the routers had ‘tcpwrapped’ on them which was actually stopping us from accessing the web management interface to ADSL router hack. Following command will exclude those devices from our search. I’ve also expanded my search to a broader range using a slightly different Subnet MASK.

In this command I am using /22 Subnet Mask with 2 specific outputs: I am looking for the work ‘open’ and excluding ‘tcpwrapped’ on my output. As you can see, I still get a lot of outputs.

Conclusion

You’ll be surprised how many have default username and passwords enabled. Once you get your access to the router, you can do a lot more, like DNS hijacking, steal username and passwords (for example: Social Media username passwords (FaceBook, Twitter, WebMail etc.)) using tcpdump/snoop on router’s interface and many more using ADSL router hack … who didn’t change their routers default password, let them know of the risks.

But I am not here to judge whether it should be done or not, but this is definitely a way to gain access to a router. So hacking is not always bad, it sometime is required when you loose access or a system just wouldn’t respond. As a pentester, you should raise awareness. Share this guide as anyone who uses a Linux, Windows, Mac can use this guide to test their own network and fix ADSL router hack issue.

(‘-‘)/


known port assignments and vulnerabilities

Hack Router Port 53 Tcp Login

Port(s)ProtocolServiceDetailsSource
53 tcp,udpDNSDNS (Domain Name Service) used for domain name resolution. There are some attacks that target vulnerabilities within DNS servers.
Cisco Webex Teams services uses these ports:
443,444,5004 TCP
53, 123, 5004, 33434-33598 UDP (SIP calls)
Xbox 360 (Live) ports: 3074 TCP/UDP, 53 TCP/UDP, 80 TCP, 88 UDP
Xbox One (Live) ports: 3074 TCP/UDP, 53 TCP/UDP, 80 TCP, 88 UDP, 500 UDP, 3544 UDP, 4500 UDP
Apple MacDNS, FaceTime also use this port.
Some trojans also use this port: ADM worm, Bonk (DoS) trojan, li0n, MscanWorm, MuSka52, Trojan.Esteems.C [Symantec-2005-051212-1727-99] (2005.05.12), W32.Spybot.ABDO [Symantec-2005-121014-3510-99] (2005.12.10).
W32.Dasher.B [Symantec-2005-121610-5037-99] (2005.12.16) - a worm that exploits the MS Distributed Transaction Coordinator Remote exploit (MS Security Bulletin [MS05-051]).
Listens for remote commands on port 53/tcp. Connects to an FTP server on port 21211/tcp. Scans for systems vulnerable to the [MS05-051] exploit on port 1025/tcp.
Kerio Personal Firewall (KPF) 2.1.4 has a default rule to accept incoming packets from DNS (UDP port 53), which allows remote attackers to bypass the firewall filters via packets with a source port of 53.
References: [CVE-2003-1491] [BID-7436]
Stack-based buffer overflow in the dns_decode_reverse_name function in dns_decode.c in dproxy-nexgen allows remote attackers to execute arbitrary code by sending a crafted packet to port 53/udp, a different issue than [CVE-2007-1465].
References: [CVE-2007-1866] [SECUNIA-24688]
Siemens Gigaset SE461 WiMAX router 1.5-BL024.9.6401, and possibly other versions, allows remote attackers to cause a denial of service (device restart and loss of configuration) by connecting to TCP port 53, then closing the connection.
References: [CVE-2009-1152] [BID-34220]
Cisco IOS is vulnerable to a denial of service, caused by an error in NAT of DNS. By sending specially-crafted DNS packets to TCP port 53, a remote attacker could exploit this vulnerability to cause the device to reload.
References: [CVE-2013-5479], [XFDB-87455]
haneWIN DNS Server is vulnerable to a denial of service attack. A remote attacker could send a large amount of data to port 53 and cause the server to crash.
References: [XFDB-90583], [BID-65024], [EDB-31014]
named in ISC BIND 9.x (before 9.9.7-P2 and 9.10.x before 9.10.2.-P3) allows remote attackers to cause denial of service (DoS) via TKEY queries. A constructed packet can use this vulnerability to trigger a REQUIRE assertion failure, causing the BIND daemon to exit. Both recursive and authoritative servers are vulnerable. The exploit occurs early in the packet handling, before checks enforcing ACLs or configuration options that limit/deny service.
See: [CVE-2015-5477]
Tftpd32 is vulnerable to a denial of service, caused by an error when processing requests. If the DNS server is enabled, a remote attacker could send a specially-crafted request to UDP port 53 to cause the server to crash.
References: [XFDB-75884] [BID-53704] [SECUNIA-49301]
TP-Link TL-WR886N 7.0 1.1.0 devices allow remote attackers to cause a denial of service (Tlb Load Exception) via crafted DNS packets to port 53/udp.
References: [CVE-2018-19528]
MikroTik RouterBOARD v6.39.2 and v6.40.5 allows an unauthenticated remote attacker to cause a denial of service by connecting to TCP port 53 and sending data that begins with many '0' characters, possibly related to DNS.
References: [CVE-2017-17537], [EDB-43200]
SG
53 tcp,udpDomain Name System (DNS) (official)Wikipedia
53 tcptrojanADM worm, li0n, MscanWorm, MuSka52Trojans
53 udpapplicationsLineage IIPortforward
53,80,443,10070-10080 tcpapplicationsSocom, Socom 2. Also uses ports 6000-6999,10070 udpPortforward
53,80,443,10070,10080 tcpapplicationsTwisted Metal Black Online (also uses ports 6000-6999 udp)Portforward
53 tcpADMworm[trojan] ADM wormNeophasis
53 tcpLion[trojan] LionNeophasis
53 tcpthreatCivcatBekkoame
53 tcpthreatEsteemsBekkoame
53 tcpthreatW32.DasherBekkoame
53 tcpthreatW32.SpybotBekkoame
53 tcp,udpdomainDomain Name ServerIANA
13 records foundRouter
When troubleshooting unknown open ports, it is useful to find exactly what services/processes are listening to them. This can be accomplished in both Windows command prompt and Linux variants using the 'netstat -aon' command. We also recommend runnig multiple anti-virus/anti-malware scans to rule out the possibility of active malicious software. For more detailed and personalized help please use our forums.

Please use the 'Add Comment' button below to provide additional information or comments about port 53.
rate: avg:
Trojan.Zbot uses a 12 character DGA query for internet connectivity checks.
I checked this but I don't know alot about computers. I ran a testy on my wifi and pretty 53 came up as Google 53 or 53 Google???
Please use our forums for questions, comments here are intended for adding information about this specific port.

Hack Port 53

Related Links:

Hack Router Port 53 Tcp Ip

  • SG Ports Database » Vulnerable Ports
  • SG Security Scan » Scanned Ports » Commonly Open Ports