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Chrome Needs An Update — Otherwise Crypto Attacks Are Imminent

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Millions of users have been urged to update their Google Chrome browsers after security researchers discovered a flaw that would put them…

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Hacking Articles|Raj Chandel's Blog
A Detailed Guide on Responder (LLMNR Poisoning)

IntroductionResponder is a widely used tool in penetration test scenarios and can be used for lateral movement across the network by red teamers. The tool contains many useful features like LLMNR, NT-NS and MDNS poisoning. It is used in practical scenarios for objectives like hash capture or poisoned answer forwarding supporting various AD attacks. The tool contains various built-in servers like HTTP, SMB, LDAP, DCE-RPC Auth server etc. In this article, we will cover a majority of these attacks that can be performed while being aided by responder.Table of content· LLMNR, NBT-NS, MDNS and DHCP· Responder Installation· Attack 1: LLMNR/NBT-NS Poisoning through SMB· Attack 2: LLMNR/NBT-NS Poisoning through WPAD· Responder Analyze Mode· Responder Basic Authentication Mode· Responder Downgrade NTLMv2-SSP to NTLMv2· Responder external IP poisoning· Responder Multi-Relay: Shell on a system· Responder DNS injection in DHCP response· What are these servers in responder?· Recommendations· ConclusionLLMNR is a protocol which allows name resolution without the requirement of a DNS server. It is able to provide a hostname-to-IP based off a multicast packet sent across the network asking all listening Network-Interfaces to reply if they are authoritatively known as the hostname in the query.  It does this by sending a network packet to port UDP 5355 to the multicast network address. It allows IPv4 and IPv6 hosts and supports all current and future DNS formats, types, and classes. It is the successor of NBT-NS.NBT-NS: NetBIOS name service (NBT-NS) is a Windows protocol which is used to translate NetBIOS names to IP addresses on a local network. It is analogous to what DNS does on internet. Each machine is assigned a NetBIOS name by the NBT-NS service. Works on UDP port 137. It is the predecessor of LLMNR.MDNS: Multicast DNS (mDNS) is a protocol aimed at helping with name resolution in networks. It doesn’t query a name server, rather, multicasts the queries to all the clients in a network directly. In multicast, an individual message is aimed directly at a group of recipients. When a connection between sender and recipient is made, all participants are informed of the connection between the name and IP address, and can make a corresponding entry in their mDNS cache.LLMNR/NBT-NS Poisoning: Let’s say a victim wants to connect to a shared drive \\wow so it sends the request to the DNS server. The only problem is that DNS can’t connect to \\wowas it doesn’t exist. Therefore, server replies back saying he it can’t connect the victim to \\wow. Thereafter, the victim will multicast this request to the entire network (using LLMNR) in case any particular user knows the route to the shared drive (\\wow).DHCP Poisoning: Dynamic Host Client Protocol (DHCP) is used to provide a host with its IP address, subnet mask, gateway etc. Windows uses multiple custom DHCP options like NetBIOS, WPAD etc. By poisoning th[...]

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e DHCP response, an attacker would be able to help victim pinpoint its own rogue server for any kind of authentication. In turn, compromising the credentials.Responder InstallationInitially developed by SpiderLabs and now being developed by Laurent Gaffie (lgandx), responder is a python coded tool which can be found here. The tool comes built-in Kali OS. Responder.exe (Windows version) of the same can be found here.responder -hhttps://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEgMdkuUouM8mVXnU_M0aSA58AgPqfdc6ViKx1v6O-_GzFN7aUwnvm4pztXOlOG0wFsotcYjIOHon9umSJnI7NuXBsLd1MWJ9mVuPCaAt054AIIq0_-FY2HSPlmO97g-QZlyKDKupmhdsPvAuI5OirmsezAGyn8VMCU_fGm7ow5SHg7iuJNeiYAcD5zxtw/s16000/1.png Attack 1: LLMNR/NBT-NS Poisoning through SMBEssentially when a system tries to access an SMB share, it sends a request to the DNS server which then resolves the share name to the respective IP address and the requesting system can access it. However, when the provided share name doesn’t exist, the system sends out an LLMNR query to the entire network. This way, if any user(IP address) has access to that share, it can reply and provide the communication to the requestor.responder -I eth0https://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEj8rSxYx0GVfXz6W5907NN5x_n1AOhAICepo6t5OubuU9xpih2Zo9s9m2kF2eq8vBOJOUD2VKEqASl9ZbGJTm84Cvke2lxZTpDrUc-zkf1Exs4QLiSHQQcM_7I1vEFeMbJAUr4g4OQrlo7rtdB49gv-ZUAs9hNaEjFFX9AOntC2TSCI3v0p6jL-ycw75g/s16000/3.png Now, when the victim tries to access shared drive “wow” he sees this! Wow has suddenly been made available and the poisoner asking for user credentials.hashcat -m 5600 hash.txt /usr/share/wordlists/rockyou.txthttps://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEhSR7vZLixbRxRQRUgE4Wli_MT1JIBNZNZf4CGLnwbodOeaqaoFpZC7G74jvyKP_nm1l7zV4awzfZwpvQDznmvseka_wmUYTSoyp-5Dpo5gJYoEG4SL1uvFEA3DpWb_ZWfj6GxpxQAMBhw9VTQpjd3Z0xYA_Q9Ev4WB1_yEAahB9oDs4lk2LjHpoHxI5g/s16000/6.png As you can see, password has now been obtained which is Password@1https://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEhFXo7GTNv0Qkk9hryJmd2cU8caRbACms0XMYIX2xVHKSrQi9dytDxv26dABbSy8XNI1dWG[...]

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jmyEXnLtABsWR-He91p09L44lR-ZsVQjRFrw970Fzmfm7WxwJo5mSIPDgwgTN7HQj2PhmRUhy1mNj4joJpVn_HwWsX6Nh-zFE5lHuZP54v3g5Ta0bUcz5w/s16000/7.png Furthermore, responder creates logs of every sessions and all the hashes thus dumped can be seen under the folder /usr/share/responder/logshttps://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEg2_OmCmAS87AokK3bcm_H7ni328yUo_zABgh5a5DWIZbit_SW-8BvO49DAdqGkyPLLkEY9qQeXjaCmbGDljZgf5efw-Ulb-2MDjxRA0vAkUGONj5JW5SOyoL328o7AB3PjBGdR2ZcCrULgSq7lf9Fx9A9LDx-mtBT1RqhOh2sx_xgPvt0WrWix5ds_sQ/s16000/8.png Attack 2: LLMNR/NBT-NS Poisoning through WPADWeb Proxy Autodiscovery Protocol is a method used by a browser to automatically locate and interface with cache services in a network so that information is delivered quickly. WPAD by default uses DHCP to locate a cache service to facilitate straightforward connectivity and name resolution.Attack: To configure WPAD rogue proxy server we use the -w option. Furthermore, we added an optional switch of DHCP injection. This switch would inject rogue proxy’s address (kali IP) in the DHCP response. The attack could still work without this switch.responder -I eth0 -wdhttps://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEjnV2okcE5GQHOMfODfMVdW26OkUKM1GDK2gb2Fy4qh1TyCiTnccmAJC4x9UuUP5evlPyqGHnyCvAuXiXU9RF_Nspd-1BmEloS5M9oNtGfY1mqSpRg9IZUxF3IKNdVNp2JswIazgWFo3GLhVRYi5DEWz3em8zc0_WEOBMy80IfwF6WhDxFA7z9cLXnlsg/s16000/9.png As you can see above, that DHCP poisoner and WPAD proxy have now been turned on. Now, when a user inputs any wrong URL, lets say, randomurl.local, browser couldn’t locate it. Responder poisons and injects DHCP response with WPAD’s IP and the browser tries to authenticate to the WPAD server and gives a login prompt.hashcat -m 5600 HTTP-NTLMv2-fe80::ddc5:3b8f:e421:a88a.txt /usr/share/wordlists/rockyou.txthttps://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEhSeuUPL41x8-4E_puFlUlyoYeCOrt3EIa7F_U0EtrO-_AS-nX9CengCfGrqTJEBIl0sVjUXwHQDE8KZj6_HqQd1km0DjiSqq3vo-yx[...]

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5l0R5Fyr5D52VE8nhs1uC6wqSmUHw5TWx4wSA0ltAmLFYAulmHsUahzSqeX5r1mMhoKL2-o1IBaIDtIfhQZSnQ/s16000/13.png Hash has been cracked and clear text password dumped!Responder Analyze ModeIn the analyze mode, responder doesn’t automatically poison the LLMNR requests, rather it tracks the network flow of the requests made in order to give essential information like name of the user, machine account being used, name of the DC, OS version etc. It can be switched on using -A switchresponder -I eth0 -Ahttps://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEgOuNR1FbiOdh6wCLhAWYXnvHCkpf4MgsEhub-mhhNCBgxX7AdHrNDhXBDWryBxke-s-ycmqzBEHA45T6qugSJgS4m_99btwwCM4b2pRBdExjyC6iWcViPi3bTW6q7JxfYFQmVuOHD2oUgh0SIzND4aO7hgCkP40m6veA8x5o-hahscsu-qao5JsjLHyQ/s16000/15.png When a victim tried to access wrong sharename (Attack 1 method), responder analyses the entire flow and gives us the DC name, Windows OS version etc.Responder Basic Authentication ModeIn attack 2, we saw how an NTLM authentication windows was opened when our rogue WPAD proxy server was being accessed by poisoning LLMNR. In turn, we were able to retrieve the NTLMv2 hashes. We will imitate the same attack but this time, try to gain clear text credentials of the user using basic authentication! This can be achieved using the -b flag. Further, we are using -F switch to force basic authentication!responder -I eth0 -wdF -bhttps://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEiOpPK0XcbbInB5BoRS8VhcgsvIaFW4Kk4tlRo3V-7I87WH04pztzwZ-7kStR2uvijvqay7Bbaf7_R7IFnkiYulx1jYorRaTbaNidLf7wUYCXdDLEScfNVKs5xRE6lhDapkBetYXxajfy8sz7Ir5Bt1CWRQjqRSOTF5v9FBqMGOHw2IGRG5uh_vDKvu2A/s16000/17.png Now, when a user tries to access any invalid URL, he sees the following prompt with the message saying that these credentials would be sent in clear text using basic authentication.Responder Downgrade NTLMv2-SSP to NTLMv2NTLM provides ESS functionality (Extended Session Security) which adds to the complexity of the NTLM hash. ESS functionality adds an “SSP” flag in the NTLM hash (NTLM2-SSP). This increases the length of our NTLM hash in turn increasing complexity to crack the hash. We can configure Responder to use simple NTLMv2 (without ESS) which would result in lower time complexity to crack hashes.responder -I eth0 -wdF --lm --disable-esshttps://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEglJ1KdgpOp_SetRFRiiZD0ia-5kjaDV870C8HA0QjOWFlAAsc4Lhf3-LCgchtZTKdjvJVT-pNHJQcL6G5slsM5MyohwZLnDN3SNvoSVSYA7K0eqMoV-_pZ-C29aPCtf4sat6VolBjnVOWdgSEF8uOp1Dje886FvCYIcm[...]

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b81Z10-vbpRBHdTSYjgkVNJg/s16000/20.png This would give the user a pop-upResponder external IP poisoningResponder can be used to send LLMNR poisoned requests to the victim that contains another IP than the one we are currently using. It creates stealth and allows us to conduct more sophisticated attacks. This can be done using “-e” optionresponder -I eth0 -e 192.168.1.2https://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEhxl09uRWgufZvXGFjV4F1MEhiIRMZstEW9MlUYP6Wd1qQGmrXgqcHnzvXUwIAOeSS5FcfdEbb15XhI5JM4DKPuy9Azjb-HgZpNHKPcgR8I73jutGNDWxCcRicW3O1yMy3mfh0_d7MMdUGMfzVWkudltvqounStnk9_ocCU8riWEpQJZQkljFhSrgLWKw/s16000/24.png Responder multi-relay: shell on a systemRelaying is one of the most commonly used techniques used for credential access. A relay or forwarder receives valid authentication and then forwards that request to another server/system and tries to authenticate to that server/system by using the valid credentials so received. In Attack 1, we used an invalid SMB share to get hashes of the requesting system.apt-get install gcc-mingw-w64-x86-64 -o get-pip.pyOnce its done, we can run MultiRelay.py without any errors or warnings.cd /usr/share/responder/toolshttps://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEiclVu9C20yW4shf3dcR6kX2OeHEPwrJKYA2MlLFh8Keuo809U7gvLRHx9gPUbh-kTOPsd0fTZKEQvYgEiSEFZI9UKX1ACjrAL3P-ayg2l1kOgzgH4E_m6skzGh7oKra4i8ITjcZvfk6S5iUe8yRu0iP0jniDfWYEeuaiFV3DzhyK4s15jmKe5X5MD5vg/s16000/25.png Now, first criteria for this attack to work with SMB is that SMB signing has to be disabled. It is disabled by default so that checks our ease to exploit. It can be tested using the nmap script smb-security-mode nmap -p445 --script=smb-security-mode 192.168.1.3https://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEjlrXdd01W44BylxgFDszgZzY7s_AadUOWiwWxzZpLDuw8GSrYXTI7J0FfX5RYyD6VGp_ip4IOdL0HKoZCtncpxgI0MeNxAuitzoVzrYe_9zJ7u1-3GQd3CedMw-gLpADeKorZ2smWWJ9dI9HFRq0bZavAY4ap1aiI76hbhk4F4JNWBPDexBHh0Nh206w/s16000/26.png As you ca[...]

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n see, SMB signing is disabled so the coast is cleared. We can run MultiRelay now. To run it we need to specify the target using “-t” and “-u” specifies users to which relay is to be forwarded. You can choose selectively too and create lesser noise in network.python3 MultiRelay.py -t 192.168.1.3 -u ALLhttps://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEjZS7_orMHDvH0Ct64Qldv-js4GPXBBopDv0E5JyT4fgy0ojvQ9rBx1dyPHl1N7m80iPjpJLnpcQdOu4UKg3GaFQ6I2BMDoQU4wNHtKFNFkiHHogt8HY_IIa7gisJm1zhkovgcRikDc2utV4w0rL4OaiMADFowNPrYyuj0IOx0TRTuyPg0NfUVnt4v3pg/s16000/27.png As you can see above, the script has detected my victim’s OS, computer account name (workstation01) and SMB signing status too. One other thing to note here is that this script is using HTTP and SMB ports. So, to prevent any conflict, we need to turn these servers OFF in responder.conf file. We just open the file in /usr/share/responder/Responder.conf and turn off HTTP and SMB. If done properly, when we launch responder next time, an OFF switch like this shall be there.responder -I eth0https://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEiQ94WfyBjVthLSbN5RPjcE9ey4fOg7AgbUfyHkTs-vZXUGEexUGpLex01jw-kMuF69RUZJ4of-COrrzpNc8RApKEr-G4Q5ZITwLAljee8TfAQV8Xy-MHSNrdMwYTNPbxo-WBXXVFoTqhaRINvTBHJLt4wSbtXcsFreljTJM-5XTJq0UzFOMguVr54FLg/s16000/28.png Now, an administrator tries to open a shared drive. He is unsuccessful as the share wowowow doesn’t exist! So, responder intervenes and poisons requests successfully.Responder DNS injection in DHCP responseIn the event where DHCP is being used to identify the IP which is hosting, let’s say, an SMB drive called “wow” (refer attack 1), responder can also inject a rogue DNS record in DHCP responses. responder -I eth0 -Dhttps://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEhGAi6-2EZiRxVZD0edpvgVSGMFzKjrn8fkYNTBTf7XNcEL4-PyiUAMCnhl3tpO6AK4X5MdEn_Kg0ZkDXH1XKlOSai0O4KWdFUCfCmwf5-yQd3lDH9PeeYPrrmP6C64hWtSObcaAYBJgTYfKtyTOeGHxIPigaxXKbYKGD3C-MusyOYUMU1Ty1ukQhtMmg/s16000/32.png When the victim accesses any invalid share, a prompt is now visible.___________________________
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s3R-IfSR-vGgitlG5F2kUTNtI4vytnULvpEYBT72VcX4qNxDXwgZbKRVCJLzDM93juyn-h2ROzmWC1CNYgGfjXyu1xYK98mCA0Jk80me6XN8Ray3KJLSqV0eA/s16000/33.png NTLM hashes have now been successfully retried by injecting our rogue DNS server IP!What are these servers in responder?Responder supports multiple servers as shown below in the screenshot. These are rogue servers that may facilitate one or more attacks.New-PSSession -ComputerName 192.168.1.4 -Credential (get-credential)https://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEgAFF7ugiFHTrNun9WPmYKGrA78NF7_MYuRGAcm6VNWE29XL2icnFNEIc9queAx9yKC8E_ubbSzEKRgJyXp3OaeYKiHQGz6iwNvTW4oMxW_yaIM[...]

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WahUHE8mfOG32OOHIuGg5f6bsuxvdWLrO0GjVni-abFMwcWCEbvle_iyDJuMpYdVxa9C8GIlRhJd5A/s16000/43.png A hash is therefore obtained!WHATS THE POINT? Often in pentest scenarios, to conduct lateral movement, we need to compromise credentials. Sending in malicious attachments with links to our rogue servers may fool a user into authenticating and hence, give us his credentials. Alternately, we can us relaying (Impacket’s toolkit) to conduct various other attacks. For example, in this article, we have conducted LDAP relaying using impacket’s ntlmrelay script and poisoning using responder in order to take over workstations.RecommendationsTo prevent attacks demonstrated above, following are recommended:computer configuration->admin templates->networkConclusionThe article covered various useful attacks which can be performed with the help of Responder. The tools is coded in Python and hence, is platform independent. Red teamers heavily use this tool to conduct lateral movement. The aim of the article is to serve as a ready reference when it comes to using responder in pentest scenarios. Hope you liked the article. Thanks for reading.___________________________
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hacking: security in practice
Was my macbook hacked via video chat ?

Last night I was bored and decided to hop on Chatroulette.com! I met two girls who I thought were cool. They asked me a question about what computer I was using, told them it was a 2019 MacBook, they asked for the OS version, I told them it was Big Sur – that was all I told them. I asked if they were students they said they were professionals in computer science & that my computer had just been hacked & dropped off the call. I immediately turned off my internet & shutdown. After a while I turned it back on and I didn’t notice anything weird on my computer. No sign that I was hacked at all. I’m updating to Monterey right now & have signed out of iCloud. Ps: I didn’t click any link whatsoever.

Was I truly hacked? What can I do? 🚧

submitted by /u/flyingsky1
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hacking: security in practice
Exposing fake websites

So on 08/04/2022 I bought an expensive community item from steam (cs:go), and like after 2 - 3 hours i was getting a lot of friend request on steam. I accepted 2 of them (i knew it was sketchy) so then the person on the other side asked me to play a tournament for them, I said okay what time and what place, the person responded with the time and location then after he asked me to vote for his team on a particular website and he sent me the link on steam chat, I opened the website, the website is designed beautifully like any modern website, so I stared my investigation further, there was a login button i clicked it it made a popup asking for steam sign in, luckily i carry around a fake steam I'd with me that has no games in it except CSGO so as i proceeded to login i got a error code 503 ( the site you are trying to reach is offline) so this further raised my sus. Now the intresting part is the pop up which opened for me to log into steam was made with pure Java script to make it look like a real one, it would't just come outside the Bowser window(pretty creative,) hell the site even uses cloudflare and has https in the link. Now I just want them to suffer so suggest me how do I do that, or if you to want to join me welcome aboard, these people are menace to the society so i would like to destroy their work, so please suggest me how to do that, what should I start with (also if you need the website do DM me )

submitted by /u/Somsubro
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hacking: security in practice
Books on the physical side of hacking

Hey r/hacking, there's a lot of good books on the IT side of hacking, but i haven't seen a lot of people recommending books on non destructive entry, bypassing, access control, lockpicking, etc.

Does anyone know good books or general resources on this? Thanks

submitted by /u/Derrick_Wallarm
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hacking: security in practice
Reverse VPN server?

Raspberry pi is connected to public/wifi/internet. How would be possible to raspberry pi connects to a remote server (like linode or even a PC) and rpi is used as a vpn server, like reverse shell, no port forwarding?

Possible solutions:

1.
Rpi connects to a vpn server, pc through vpn ssh into rpi and port forward vpn server through ssh tunnel. Problem: Rpi is a vpn server and connects to a vpn (is that possible)

2.
Rpi on boot ssh into server, port forward vpn server through ssh tunnel. Problem: port forward from client to server (is that possible)
submitted by /u/LinuxHeki
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Uncover - Quickly Discover Exposed Hosts On The Internet Using Multiple Search Engine
http://www.kitploit.com/2022/04/uncover-quickly-discover-exposed-hosts.html

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uncover is a go wrapper using APIs of well known search engines to quickly discover exposed hosts on the internet. It is built with automation (https://www.kitploit.com/search/label/Automation) in mind, so you can query it and utilize the results with your current pipeline tools. Currently, it supports shodan, censys, and fofa search engine.
Features Simple and Handy utility to query multiple search engine Multiple Search engine support (Shodan, Censys, Fofa) Automatic key/credential randomization stdin / stdout support for input and output Installation Instructions uncover requires go1.17 to install successfully. Run the following command to get the repo - go install -v github.com/projectdiscovery/uncover/cmd/uncover@latest Usage uncover -h This will display help for the tool. Here are all the flags it supports: Usage:
./uncover [flags]

Flags:
INPUT:
-q, -query string[] search query or list (file or comma separated or stdin)
-e, -engine string[] search engine to query (shodan,fofa,censys) (default shodan)

CONFIG:
-pc, -provider string provider configuration file (default "$HOME/.config/uncover/provider-config.yaml")
-config string flag configuration file (default "$HOME/.config/uncover/config.yaml")
-timeout int timeout in seconds (default 30)
-delay int delay between requests in seconds (0 to disable) (default 1)

OUTPUT:
-o, -output string output file to write found results
-f, -field string field to display in output (ip,port,host) (default ip:port)
-j, -json write output in JSONL(ines) format
-l, -limit int limit the number of results to return (default 100)
-nc, -no-color dis able colors in output

DEBUG:
-silent show only results in output
-version show version of the project
-v show verbose output Provider Configuration The default provider configuration file should be located at $HOME/.config/uncover/provider-config.yaml and has the following contents as an example. In order to run this tool, the API keys / credentials (https://www.kitploit.com/search/label/Credentials) needs to be added in this config file or set as environment variable. shodan:
- SHODAN_API_KEY1
- SHODAN_API_KEY2
censys:
- CENSYS_API_ID:CENSYS_API_SECRET
fofa:
- FOFA_EMAIL:FOFA_KEY When multiple keys/credentials are specified for same provider in the config file, random key will be used for each execution. alternatively you can also set the API key as environment variable in your bash profile. export SHODAN_API_KEY=xxx
export CENSYS_API_ID=xxx
export CENSYS_API_SECRET=xxx
export FOFA_EMAIL=xxx
export FOFA_KEY=xxx Required keys can be obtained by signing up on Shodan (https://account.shodan.io/register), Censys (https://censys.io/register), Fofa (https://fofa.info/toLogin). Running Uncover uncover supports multiple ways to make the query including stdin or q flag echo 'ssl:"Uber Technologies, Inc."' | uncover

__ ______ _________ _ _____ _____
/ / / / __ \/ ___/ __ \ | / / _ \/ ___/
/ /_/ / / / / /__/ /_/ / |/ / __/ /
\__,_/_/ /_/\___/\____/|___/\___/_/ v0.0.1


projectdiscovery.io

[WRN] Use with caution. You are responsible for your actions
[WRN] Developers assume no liability and are not responsible for any misuse or damage.
[WRN] By using uncover, you also agree to the terms of the APIs used.

107.180.12.116:993
107.180.26.155:443
104.244.99.31:443
161.28.20.79:443
104.21.8.108:443
198.71.233.203:443
104.17.237.13:443
162.255.165.171:443
12.237.119.61:443
192.169.250.211:443
104.16.251.50:443 Running uncover with file input containing multiple search queries per line. cat dorks.txt

ssl:"Uber Technologies, Inc."
title:"Grafana" uncover -q dorks.txt

__ ______ _________ _ _____ _____
/ / / / __ \/ ___/ __ \ | / / _ \/ ___/

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/ /_/ / / / / /__/ /_/ / |/ / __/ /
\__,_/_/ /_/\___/\____/|___/\___/_/ v0.0.1


projectdiscovery.io

[WRN] Use with caution. You are responsible for your actions
[WRN] Developers assume no liability and are not responsible for any misuse or damage.
[WRN] By using uncover, you also agree to the terms of the APIs used.

107.180.12.116:993
107.180.26.155:443
104.244.99.31:443
161.28.20.79:443
104.21.8.108:443
198.71.233.203:443
2607:7c80:54:3::74:3001
104.198.55.35:80
46.101.82.244:3000
34.147.126.112:80
138.197.147.213:8086 uncover supports field flag to specify fields to return, currently ip, port, host are supported. uncover -q jira -f host -silent

ec2-44-198-22-253.compute-1.amazonaws.com
ec2-18-246-31-139.us-west-2.compute.amazonaws.com
tasks.devrtb.com
leased-line-91-149-128-229.telecom.by
74.242.203.213.static.inetbone.net
ec2-52-211-7-108.eu-west-1.compute.amazonaws.com
ec2-54-187-161-180.us-west-2.compute.amazonaws.com
185-2-52-226.static.nucleus.be
ec2-34-241-80-255.eu-west-1.compute.amazonaws.com uncover supports field flag which can be also used to customize the format of the output, for example in case of uncover -f https://ip:port/version, ip:port will be replaced with results in the output maintaining the defined format. kubernetes | uncover -f https://ip:port/version -silent https://35.222.229.38:443/version https://52.11.181.228:443/version https://35.239.255.1:443/version https://34.71.48.11:443/version https://130.211.54.173:443/version https://54.184.250.232:443/version">echo kubernetes | uncover -f https://ip:port/version -silent

https://35.222.229.38:443/version
https://52.11.181.228:443/version
https://35.239.255.1:443/version
https://34.71.48.11:443/version
https://130.211.54.173:443/version
https://54.184.250.232:443/version uncover supports multiple search engine, as default shodan is used, engine flag can be used to specify any available search engines. echo jira | uncover -e shodan,censys -silent

176.31.249.189:5001
13.211.116.80:443
43.130.1.221:631
192.195.70.29:443
52.27.22.181:443
117.48.120.226:8889
106.52.115.145:49153
13.69.135.128:443
193.35.99.158:443
18.202.109.218:8089
101.36.105.97:21379
42.194.226.30:2626 Output of uncover can be further piped to other projects in workflow accepting stdin as input. uncover -q example -f ip | naabu - Runs naabu (https://github.com/projectdiscovery/naabu) for port scanning (https://www.kitploit.com/search/label/Port%20Scanning) on the found host. uncover -q title:GitLab | httpx - Runs httpx (https://github.com/projectdiscovery/httpx) for web server probing the found result. uncover -q http.title:GitLab -silent | httpx -silent

https://15.185.150.109
https://139.162.137.16
https://164.68.115.243
https://135.125.215.186
https://163.172.59.119
http://15.236.10.197
https://129.206.117.248 uncover -q 'org:"Example Inc."' | httpx | nuclei - Runs httpx (https://github.com/projectdiscovery/httpx) / nuclei (https://github.com/projectdiscovery/nuclei) for vulnerability (https://www.kitploit.com/search/label/Vulnerability) assessment.

___________________________
@hacking_Attack
@Hacking_Video

Notes: keys/ credentials are required to configure before running or using this project. query flag supports all the filters supported by underlying API in use. query flag input needs be compatible with search engine in use. results are limited to 100 as default and can be increased with limit flag.
uncover is made with love by the projectdiscovery (https://projectdiscovery.io/) team.

Download Uncover (https://github.com/projectdiscovery/uncover)

___________________________
@hacking_Attack
@Hacking_Video

I would like to go to further into iPhone pen-testing and would like to know if anyone has any tools or debian programs that work with the architecture of jailbroken iOS 3.1.2-15.5 on iPhone 2g-iPhone 13 Pro Max. Can also use Debian Linux files that work with the Linux sandcastle project.
https://www.reddit.com/r/Pentesting/comments/tzscxm/i_would_like_to_go_to_further_into_iphone/

submitted by /u/F1r3srp3nt_Dev (https://www.reddit.com/user/F1r3srp3nt_Dev)
[link] (https://www.reddit.com/r/Pentesting/comments/tzscxm/i_would_like_to_go_to_further_into_iphone/) [comments] (https://www.reddit.com/r/Pentesting/comments/tzscxm/i_would_like_to_go_to_further_into_iphone/)

___________________________
@hacking_Attack
@Hacking_Video