Gone are the days of defense solely relying on systems being patched. The model of hiding behind firewalls like the Greeks in Troy. This has been proven, time and time again, to be as faulty in Cyber as it was in the days of old. There aren’t many hard definitions in Cyber, so here’s Hackmethod’s take on a popular topic that’s been brought up around the water cooler for the past few days.
Definition of Cyber Hunting by our good friends at Wikipedia: “Cyber threat hunting is “the process of proactively and iteratively searching through networks to detect and isolate advanced threats that evade existing security solutions.” This is in contrast to traditional threat management measures, such as firewalls, intrusion detection systems (IDS), and SIEM Systems, which typically involve an investigation after there has been a warning of a potential threat or an incident has occurred.” In short, hunting begins when traditional security methods fail. Teams are called upon to enter contested terrain and defeat attackers. This article discusses the high level process of how a team would approach such a situation. In later articles we will step through each phase of an attack, discuss technical methods and use some open source tools as a demonstration.
Thank you readers, community contributors, and supporters! We’ve had a busy year both on and off the keyboard and would be remiss to not give a recap of what we (Not just the HM staff, but you too!) have accomplished! We have exciting projects in store for everyone in 2018 and are going to put our money where our mouth is by letting you all know what’s coming!
Homelabbers rejoice! In this review we are welcoming the Protectli 6 Port Vault to the home security hardware market. We have been in the market for something like this for a few months and while researching several products we stumbled across a CPU requirement for pfSense version 2.5. This requires chipsets that support AES-NI and even though pfSense 2.4 isn’t out yet we at Hackmethod always like to future proof as much as possible. For full disclosure, we reached out to Brent at Protecli and asked when/if they would have hardware to support the AES-NI requirement. We were informed that they were working on a new line of products due for release in a few months and wanted to know if we would like to get our hands on one for review. That lands us here today with Protecli graciously providing the Hackmethod team with some hardware to test out. Thanks Brent!
This lesson will not re-invent the wheel by teaching another linux file structure lesson. There are many other articles that already discuss that topic in detail. What this lesson hopes to accomplish is give the reader an understanding of why it is important to learn the linux file structure from both offensive and defensive perspectives.
It’s been about a week since I’ve fully recovered mentally and physically from my Offensive Security Certified Professional exam. A lot of people wonder (myself included) if they are ready to tackle OSCP. You’ll often see people ask OSCP credentialed individuals on what their background is and how much effort did they have to put into OSCP. So rather than give you the “this is how OSCP works” spiel, I’ll aim to answer those questions!
Disclaimer: What you do with this information is up to you. You are fully responsible for what you do with this info, and how you use it. HackMethod is not responsible for your actions. Please do not hack Wifi points that you are not allowed to.
NOTE: I do advise having a USB WiFi adapter, and an extra point would be to get a great one like the ALFA AWUS036NHR or AWUS051NH. Although any card would do as long as it supports monitor mode and packet injection.
When it comes to the world of WiFi hacking, the possibilities are only limited by your imagination. Skilled hackers can combine attacks together for increased efficiency, and can also judge on which attack is best to use given a particular situation. By the end of this guide you should have an overall idea on the types of attacks that you can use against any WiFi-enabled AP or router.
Basics The GPU is the graphics processing unit, sometimes referred to as graphics card or visual processing unit (VPU). Commonly used for processing imagery, it is used to handle resource intensive computations that may overload your standard Central Processing Unit Read more…