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Businesses spend billions of dollars annually on software and hardware to block external cyberattacks, but a shocking number of these same organizations shoot themselves in the foot by poking gaping holes in their digital defenses and then advertising those vulnerabilities to attackers. Today’s post examines an underground service that rents access to hacked PCs at organizations that make this all-too-common mistake.
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Bypassing Seagate ATA Security Lock
Here’s a common story when it comes to password retrieval: guy sets up a PC, and being very security-conscious, puts a password on his Seagate hard drive. Fast forward a few months, and the password is, of course, forgotten. Hard drive gets shuffled around between a few ‘computer experts’ in an attempt to solve the problem, and eventually winds up on [blacklotus89]‘s workbench. Here’s how he solved this problem.
What followed is a walk down Hackaday posts from years ago. [blacklotus] originally foundone of our posts regarding the ATA password lock on a hard drive. After downloading the required tool, he found it only worked on WD hard drives, and not the Seagate sitting lifeless on his desk. Another Hackaday post proved to be more promising. By accessing the hard drive controller’s serial port, [blacklotus] was able to see the first few lines of the memory and the buffer.
Two hours and two Python scripts later, [blacklotus] was able to dump the contents of his drive. He then took another Seagate drive, locked it, dumped it, and analyzed the data coming from this new locked drive. He found his old password and used the same method to look for the password on the old, previously impenetrable drive. It turns out the password for the old drive was set to ’0000′, an apparently highly secure password.
In going through a few forums, [blacklotus] found a lot of people asking for help with the same problem, and a lot of replies saying. ‘we don’t know if this hard drive is yours so we can’t help you.’ It appears those code junkies didn’t know how to unlock a hard drive ether, so [blacklotus] put all his tools up on GitHub. Great work, and something that didn’t end up as a Hackaday Fail of the Week as [blacklotus] originally expected.
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This guide is meant to show how easy it is to hack wireless networks if the proper security measures are not in place. First I will show how to hack a WEP or WPA/WPA2 Network and then I will give tips on how to avoid getting hacked.
This is important information in our techno-savy culture. If your wireless network is compromised you can be liable for any illegal activity on it. There are numerous stories of child pornographers and black-hat hackers using other peoples wireless networks.
NOTE: Hacking your neighbors or anyone else’s Wifi without their permission is ILLEGAL. Be smart!
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Using this post, http://edgis-security.org/honeypot/kippo-01-getting-started/ , I have setup a SSH Honeypot with Kippo.
If you want, you can forward traffic from your own servers to mine and see the results of the SSH capture @ http://info.sethleedy.name/kippo/
Use this in your IPTables to forward your own port 22 traffic to mine @ IP
iptables -t nat -A PREROUTING -p tcp -i eth0 --dport 22 -j DNAT --to 184.108.40.206:22
iptables -t nat -A POSTROUTING -j MASQUERADE
Change ethernet device to match yours.
Remember to save your iptables for after reboot. iptables-save
Also, you better set this: sysctl net.ipv4.ip_forward=1 OR echo “1” > /proc/sys/net/ipv4/ip_forward
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