How To Hack Internet Service Provider
How i hacked my Internet Service Provider and automated the …
I’ll be using as a site name in the article as i cannot disclose the was a normal day and i was looking for some good internet plans as my current plan was ended. while i was checking the internet plans, my browser was hooked up with burp suite and i noticed the traffic into burp history and found some mysterious endpoints and also i have found website’s API documentation i looked up into the documentations and started fuzzing with the API parameters. After spending 10–15 minutes in fuzzing parameters i have found IDOR that i was able to view any user’s personal information. Now again i started reading API documentation and again i have found multiple IDORS in the application that i was able to see complaint details, i was able to register a complaint from any user, was able to reset any user’s MAC address. And then i had found most critical issue that i was able to check any user’s payment details and also was able to bypass the payment gateway of the application and was able to do a recharge for free. But still if i want to perform this attack then i have to login into my account. So the scenario was still limited and i wanted to make this attack as more critical attack. so again i have started reading the Authentication API documentation and i have found that i was able to bypass the authentication over API and can call API without any still if i wanted to perform this attack then too i need to manually intercept the traffic in burp and changing different API endpoints for get such information. this was kinda boring so i had decided to automate an attack, for that i wrote small python script which is underimport requests, sysimport as ETuservalue = [1]def details(uservalue): xml = “””
How to Hack Wi-Fi Passwords | PCMag
Chances are you have a Wi-Fi network at home, or live close to one (or more) that tantalizingly pops up in a list whenever you boot up your laptop or look at the problem is, if there’s a lock next to the network name (AKA the SSID, or service set identifier), that indicates security is activated. Without a password or passphrase, you’re not going to get access to that network, or the sweet, sweet internet that goes with rhaps you forgot the password on your own network, or don’t have neighbors willing to share the Wi-Fi goodness. Pre COVID-19, you could just go to a café, buy a latte, and use the “free” Wi-Fi there (vaccines willing, maybe you’ll do it again soon). Download an app for your phone like WiFi-Map (available for iOS and Android), and you’ll have a list of millions of hotspots with free Wi-Fi for the taking (including some passwords for locked Wi-Fi connections if they’re shared by any of the app’s users). However, there are other ways to get back on the wireless. Some require such extreme patience that the café idea, even in quarantine, is going to look pretty good. Read on if you can’t wait.
Windows Commands to Get the KeyThis trick works to recover a Wi-Fi network password (AKA network security key) only if you’ve previously attached to the Wi-Fi in question using that very password. In other words, it only works if you’ve forgotten a previously used works because Windows 8 and 10 create a profile of every Wi-Fi network to which you connect. If you tell Windows to forget the network, then it also forgets the password. In that case, this won’t work. But few people ever explicitly do requires that you go into a Windows Command Prompt with administrative privileges. Click the Star Menu, type “cmd” (no quotes), and the menu will show Command Prompt; right-click that entry and select Run as administrator. That’ll open the black box full of text with the prompt inside—it’s the line with a right-facing arrow at the end, probably something like C:\WINDOWS\system32\>. A blinking cursor will indicate where you type. Start with this:netsh wlan show profile
The results will bring up a section called User Profiles—those are all the Wi-Fi networks (aka WLANs, or wireless local area networks) you’ve accessed and saved. Pick the one you want to get the password for, highlight it, and copy it. At the prompt below, type the following, but replace the Xs with the network name you copied; you only need the quotation marks if the network name has spaces in it, like “Cup o Jo Cafe. “netsh wlan show profile name=”XXXXXXXX” key=clearIn the new data that comes up, look under Security Settings for the line Key Content. The word displayed is the Wi-Fi password/key you are macOS, open up the Spotlight search (Cmd+Space) and type terminal to get the Mac equivalent of a command prompt. Type the following, replacing the Xs with the network curity find-generic-password -wa XXXXXReset the RouterThis isn’t for getting on someone else’s Wi-Fi in the apartment next door. You need physical access to the router for this to work. But, before you do a full router reset simply to get on your own Wi-Fi, try to log into the router first. From there, you can easily reset your Wi-Fi password/key if you’ve forgotten ‘s not possible if you don’t know the password for the router. (The Wi-Fi password and router password are not the same—unless you went out of your way to assign the same password to both). Resetting the router only works if you have access via Wi-Fi (which we’ve just established you don’t have) or physically, utilizing an Ethernet you’ve got a router that came from your internet service provider (ISP), check the stickers on the unit before a reset—the ISP might have printed the SSID and network security key right on the use the nuclear option: Almost every router in existence has a recessed reset button. Push it with a pen or unfolded paperclip, hold it for about 10 seconds, and the router will reset to the factory settings.
Once a router is reset, you’ll need that other username/password combo to access the router itself. Again, do this via a PC attached to the router via Ethernet—resetting the router probably killed any potential Wi-Fi connection for the moment. The actual access is typically done with a web browser, though many routers and mesh systems now can be controlled via an routers may also have a sticker with that default Wi-Fi network name (SSID) and network security key (password) so you can indeed go back on the Wi-Fi after a URL to type into the browser to access a router’s settings is typically 192. 168. 1. 1 or 192. 0. 1, or some variation. Try them randomly; that generally works. To determine which one on a PC connected to the router via Ethernet, open a command prompt and type ipconfig. Look among the gobbledygook for an IPv4 Address, which will start with 192. The other two spaces, called octets, are going to be different numbers between 0 and 255. Note the third octet (probably a 1 or 0). The fourth is specific to the PC you’re using to log into the the browser, type 192. x. 1, replacing the X with the number you found in the ipconfig search. The 1 in the last octet should point at the router—it’s the number one device on the network. (For full details, read How to Access Your Wi-Fi Router’s Settings. )At this point, the router should then ask for that username and password (which, again, is probably not the same as the Wi-Fi SSID and network security key). Check your manual, assuming you didn’t throw it away, or go to, which exists for one reason: to tell people the default username/password on every router ever created. You’ll need the router’s model number in some cases, but not all.
You will quickly discern a pattern among router makers of utilizing the username of “admin” and a password of “password, ” so feel free to try those first. Since most people are lazy and don’t change an assigned password, you could try those options even before hitting the reset button. (But c’mon, you’re better than that. ) Once you’re in the Wi-Fi settings, turn on the wireless network(s) and assign strong-but-easy-to-recall passwords. After all, you don’t want to share with neighbors without your that Wi-Fi password easy to type on a mobile device, too. Nothing is more frustrating than trying to get a smartphone connected to Wi-Fi with some cryptic, impossible to key-in-via-thumbs nonsense, even if it is the most secure password you’ve ever the CodeYou didn’t come here because the headline said “reset the router, ” though. You want to know how to crack the password on a Wi-Fi arching on “wi-fi password hack, ” or other variations, nets you a lot of links—mostly for software on sites where the adware and bots and scams pour like snake oil. The same goes for the many, many YouTube videos promising you ways to crack a password by visiting a certain website on your phone. Download those programs or visit those sites at your own risk, knowing many are phishing scams at best. We recommend using a PC you can afford to mess up a bit if you go that route. When I tried it, multiple tools were thankfully outright deleted by my antivirus before I could even try to run the EXE installation file.
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Kali LinuxYou could create a system just for this kind of thing, maybe dual-boot into a separate operating system that can do what’s called “penetration testing”—a form of offensive approach security, where you examine a network for any and all possible paths of a breach. Kali Linux is a Linux distribution built for just that purpose. You probably saw it used on Mr. Robot. Check out the video tutorial can run Kali Linux off a CD or USB key without even installing it to your PC’s hard drive. It’s free and comes with all the tools you’d need to crack a network. It even has an app for Windows 10 in the Windows App you don’t want to install a whole OS, then try the tried-and-true tools of Wi-Fi rcrackAircrack has been around for years, going back to when Wi-Fi security was only based on WEP (Wired Equivalent Privacy). WEP was weak even back in the day; it was supplanted in 2004 by WPA (Wi-Fi Protected Access). Aircrack-ng is labeled as a “suite of tools to assess Wi-Fi network security, ” so it should be part of any network admin’s toolkit. It will take on cracking WEP and WPA-PSK keys. It comes with full documentation and is free, but it’s not simple. To crack a network, you need to have the right kind of Wi-Fi adapter in your computer, one that supports packet injection. You need to be comfortable with the command line and have a lot of patience. Your Wi-Fi adapter and Aircrack have to gather a lot of data to get anywhere close to decrypting the passkey on the network you’re targeting. It could take a while. Here’s a how-to on doing it using Aircrack installed on Kali Linux and another on how to use Aircrack to secure your network. Another similar option on the PC using the command line is the much stronger WPA/WPA2 passwords and passphrases is the real trick. Reaver-wps is the one tool that appears to be up to the task. You’ll need that command-line comfort again to work with it. After two to 10 hours of brute-force attacks, Reaver should be able to reveal a password… but it’s only going to work if the router you’re going after has both a strong signal and WPS (Wi-Fi Protected Setup) turned on. WPS is the feature where you can push a button on the router and another button on a Wi-Fi device, and they find each other and link auto-magically, with a fully encrypted connection. It’s the “hole” through which Reaver if you turn off WPS, sometimes it’s not completely off, but turning it off is your only recourse if you’re worried about hacks on your own router via Reaver. Or, get a router that doesn’t support WPS. Hacking Wi-Fi over WPS is also possible with some tools on Android, which only work if the Android device has been rooted. Check out Wifi WPS WPA Tester, Reaver for Android, or Kali Nethunter as Top-Rated Routers
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Pentesting ISP 101 | How I hacked & fixed My ISP – InfoSec …
This blog is about the misconfiguration issue in the ISP I was using. While working on Shodan, I discovered that ISP has left WiFi modem/router with public IP and default password. Which may lead to the hacking of multiple ISP customers by malicious attackers. I have tried contacting them via of the users were exploited or troubled. Data is masked and used only for POC and reporting editThere was a login page of the router/modem that will appear at 192. 168. 1. 1 and then I didn’t know the username or password of my router’s console. So being a security engineer I entered admin/admin and I was inside the router. I logged into my router’s admin console (192. 1) and went straight to the page which showed the internet connection (PPPOE). In the WAN status, it was showing the gateway address. Gateway IP address is the IP address of a through which all your internet traffic routes to the outside network. I started scanning but then I saw public IP assigned to my router/modem. I copied and opened it. And I could see the same router I started my nmap and did a ping sweep of the whole range. I found multiple active IPs. To my surprise, all routers were publicly accessible. Then to all those routers, there was a version whose version was similar to my router and then I logged in via admin/admin. After that I used shodan and entered all those public IP assigned to router and to my surprise, I was able to find only that version of the router which was vulnerable to misconfiguration thus simplifying my attack surface I was able to see all the devices and their password, etc. It was easy to change their DNS, use password spray using the mobile and password used in the router, and so on. I tried contacting ISP via Twitter but no response when I reported the issue to cert-in and it was was also possible to use someone else’s credentials to directly connect to server and get internet connection by ISP credentials stored in router connection impact of this vulnerability is high since any malicious entity can use publicly available result and exploit all the customers by login into the WiFi modem/ the Public IP assigned to the modem with default credentials to login to panel, which are accessed via 192. 1 Due to ZTE router, which comes with default admin/admin password. Any one can login to modem and steal data as well as poison and change the DNS to perform dns based attacks affecting all users connected via rform ping sweep -> Find routers which are up -> Login via admin/admin -> Exploit the attacker can log in via default username password i. e. admin/admin and see the passwords and devices and make them public using attacker can find the SSID of the wifi modem and also get personal details of the user if used in SSID or password (like mobile number, etc). Poisoning DNS gateway to attackers DNS can cause large phishing based attacks and thus stealing banking credentials as well as social networking credentials via numerous causes a complete takeover of the victim’s WiFi your local IP and modem gateway by ifconfig and route the ping sweep command via ping sweep3. Save the IPs and open the list of IPs. This can be automated as well. 4. Once opening the public IP, the router’s login page which is accessible with Public IP address5. Then try default router credentials (admin/admin) authenticated panel6. Boom! We are inside someone else’s password7. Check the connected devices and other details for the ’s devices8. Also searching these IPs in will give you the name and model number of the search result9. Search the router’s default username and password i. admin/admin. 10. Attacker can dump this data or post it publicly and also it can be used to sniff the traffic and even try password spraying attack. Disallow ping sweep in the default credentials of all WiFi IP based access should be restricted to ISP’s IP, thus not allowing any other IP to access via port the next tutorial, we will see other attacks and further automation by multiple tools and python issue was reported to ISP via cert-in and also ISP was contacted via Twitter but they did not nally after sometime, I received a mail as a customer about the, the issue was fixed, which is a good. Disclaimer: All information provided is for educational purposes only. The information related to ethical hacking and information security found on this page is not meant to be used maliciously/illegally and the author is not responsible for any misuse of the provided you are an ISP then kindly test and fix the issue before it is exploited.
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