I know most computer gurus and pros never read through program manuals or help files and prefer to learn everything using proverbial method of trial and error. Does this sound like you? Of course. Exceptions are very seldom. So, here’s something nice that will save your time and help your experience with Elcomsoft Wireless Security Auditor (EWSA).
In order to provide a quick but sufficient understanding how to effectively work with EWSA, our friend Sethios has prepared a nice 20-minute video tutorial that includes all steps of work with the program starting with acquiring handshakes and moving on through all following steps.
This video is packed with useful information, so go ahead and watch it now:
Was it helpful for your work? You are the judge. But we are always happy to hear from you. Your feedback is the reason we work harder on our software!
As everyone knows, the high-speed, extremely powerful and increasingly popular ElcomSoft tools have already become industry standard in IT-security, risk management and computer forensics industries. After achieving these targets, our team got a little… bored.
That’s why we’re happy to announce a refreshing turn in the history of our code-breaking business by making an injection of several completely different but entertaining activities. Instead of boring number-crunching code, we will now focus on making t-shirts, mugs, pins, smartphone cases, mobile games, and entertaining commercials, simply for the fact we’re always doing The Right Thing no matter what 🙂
Think it’s an April Fool’s joke? Just visit our new Web store or download our new game for Android and iOS to see how serious we are!
The information provided in this article is strictly for educational purposes. Therefore, you confirm that you are not going to use it to break into someone else’s Apple account. If you wish to apply ideas described in this article, you are taking full responsibility for your actions.
As you may already know from our official announcement, we’ve recently updated Elcomsoft Phone Breaker to support Apple accounts upgraded to iCloud Drive and decrypting keychains from iCloud. Considering that one can access files stored in iCloud Drive without any third-party tools, is the update really worth the buzz? Read along to find out!
Before getting to the updated technology, let’s have a look at what Apple iCloud Drive is, and how it’s different from “classic” iCloud. Read the rest of this entry »
Nowadays, computer data is everywhere around and it’s growing at amazing speeds from hour to hour. It’s really fast, easy and convenient to stay active online day and night. No matter how easy it may be for the user, for computer crime investigators, on the contrary, it is the toughest challenge to collect and decrypt digital evidence. Even more important for them is to be able to evaluate a particular situation and understand what exactly they can collect, where it may be stored, how quickly and effectively they can get hands on it leaving the data intact and authentic in order to keep it still useful and trustworthy in court.
The crime scene has also moved or better to say spread from computers to mobile devices that can not only “carry” but also produce, process and transfer valuable information among other mobile devices or even into the cloud. This introduces another big challenge, which is tracing a connection between various electronic devices, collecting necessary information from them and gathering evidence into one case.
A successful completion of the investigation requires a well thought-out and structured incident response scenario and a whole arsenal of tools, techniques and methods at hand that could be implemented quickly and effectively.
In Revision 2, I have added a small section, to highlight the importance of understanding SQLite databases and using SQLite tools in order to analyze the information contained within SQLite database files.
This article is related to running Sanderson SQLite Forensic Toolkit on a Mac OS X system. I apologize in advance for the lengthy read but please take the time to read everything and understand the concepts. I had to peruse the CrossOver wiki and support areas in order to understand what needed to be accomplished for unsupported applications to work. Read the rest of this entry »
Anyone considering the possibility to purchase Elcomsoft Distributed Password Recovery has a wonderful opportunity to explore the program together with Sethioz and get a clearer understanding of how the program works and what requires your special attention when you are using EDPR. This video assumes you are already familiar with basics of password cracking and suggests more information for your convenient work with the tool.
This is a very detailed tutorial showing how to prepare EDPR for work, which includes setting up connection between server and agents via local host or Internet, selecting the right IP address, paying attention to the fact that server’s and agent’s versions should be the same (users often neglect this fact), choosing a task, choosing the right attack options (they are all sufficiently explained), using side monitoring tools, checking your GPU temperature and utilization percentage on all connected computers and so on. So, let’s watch it now.
If you had any questions watching this video or would like to share your own experience using EDPR you are welcome to continue the topic here in comments.
If you care about password cracking, hardware acceleration or Wi-Fi protection this interview with our friend Sethioz is certainly for you. Being currently a freelance security tester Sethioz kindly shared his experience in cracking passwords using video cards, which in its turn derived from his gaming interest in cards. His personal experience may be very helpful to those whose concern about password cracking is not trivial.
How did it all start or what was the reason to try to find a Wi-Fi password?
There is no short answer to this, if there would be, I guess it would be “curiosity”. I think I got my first computer somewhere in 2002-2003 (my own PC) and ever since I’ve been interested in everything that is not “normal”, such as reverse engineering, debugging, hacking games, cracking password etc. Read the rest of this entry »
How many passwords does an average Joe or Jane has to remember? Obviously, it’s not just one or two. Security requirements vary among online services, accounts and applications, allowing (or disallowing) certain passwords. Seven years ago, Microsoft determined in a study that an average user had 6.5 Web passwords, each of which is shared across about four different websites. They’ve also determined that, back then, each user had about 25 accounts that required passwords, and typed an average of 8 passwords per day.
It didn’t change much in 2012. Another study determined that an average person has 26 online accounts, but uses only five passwords to keep them secure, typing about 10 passwords per day. CSID has a decent report on password usage among American consumers, discovering that as many as 54% consumers have five or less passwords, while another 28% reported using 6 to 10 passwords. Only 18% had more than 10 passwords. 61% of all questioned happily reuse their passwords over and over.
This obviously indicates a huge risk, making all these people susceptible to attacks on their passwords. Why do we have this situation, and what should one do to keep one’s life secure against hacker attacks? Let’s try to find out.
Passwords: Plagued with Problems
Passwords are the most common way of securing the many aspects of our lives. However, password-based protection is plagued with problems. Let’s have a look at why passwords are less than perfect when it comes to security. Read the rest of this entry »