Windows 7 Black Version Edition Free Download (x86/x64 Bit)



Windows 7 Black Version Edition Free Download

After many requests for this information, I have drafted this general guide to help.


Take note: Regardless of flavor of Windows 7 or if it is 32/64-bit that you will be installing, the steps listed here are the same. The only difference would be which product key is entered to determine which flavor of 7 is installed.

Windows 7 Ultimate Black Edition 16 AIO

We all know that Windows 7 Ultimate is the Most Successful Operating System by Microsoft Inc. So, many of Developers Create a Customize version of Windows 7 Ultimate that is Windows 7 Ultimate Black Edition.

It have include .NET Frameworks 4.5.1(x86/x64), Libre Office, CCleaner etc. Latest Installer & Latest Windows 7 Updates.

When i heared about Windows 7 Black Edition i Just Excited to use this Operating System and Immediately I Searched on Google to Windows 7 Ultimate Black Edition Free Download.But, I seen that most of Websites have a Broken Link to Download that is very Irritating So, I Find a Working Download Link and Post it Here.

Interface is same as Previous Windows 7 Ultimate But it has very Different look and Comes with Awesome Graphics Cutomization. It also has adds on Software Tools that we use after install a Fresh Copy of Windows. It is preinstall in it.


Download Below Free

Avast 9 License Key Download Free Working Till 2050

If you haven’t heard of AVAST, we’re only the most trusted name in antivirus, actively protecting more than 200 million PCs, Macs and Androids. So many people trust us because we’ve been protecting devices and data for 25 years, in over 40 languages (more than any other antivirus solution), on every populated continent in the world.

And now we got the keys too!!


Keys work with

  • avast! 9 PRO Antivirus
  • avast! 9 Internet Beta
  • How to Activate ?

Just install any trial version of Avast 9

  • Download the license files
  • Double click on any license file and it will be asked to install automatically
  • That’s it

Direct Download Links

 
'AVAST Software leads the security software industry – protecting 145,767,938 active and 190,544,154 registered users around the globe – by distributing FREE antivirus software that makes no compromises in terms of protection. Dependable and fast, with a small resource footprint, it often outperforms competitors’ paid-for antivirus suites.''

Hacker Claims Airplane Security at Risk of Cyber Attacks


Passenger jet security systems could be susceptible to cyber-attacks, as cybersecurity researcher Ruben Santamarta claims to have found a way to access the airplanes satellite communications through WIFI and inflight entertainment systems, Reuters reported earlier this week.

"These devices are wide open. The goal of this talk is to help change that situation," he told the news agency.
Ruben Santamarta will reveal all the details of his latest study at the Black Hat hacking conference in Las Vegas, Nevada. This annual meeting houses thousands of hackers and security experts that report the most recent cyber threats and find ways of preventing them.

According to Santamarta, the vulnerabilities were discovered in specialized software, known as firmware. Firmware is used by multiple hardware producers such as Cobham Plc, Harris Corp, EchoStar Corp's Hughes Network Systems, Iridium Communications Inc, Japan Radio Co Ltd.
By decoding firmware, hackers can potentially interfere with the planes navigation and safety systems, Reuters reported.

The manufactures, however, remain skeptical about Santamarta's discovery, stressing that the risk of intrusion into the aircraft's communication software through WIFI and inflight entertainment systems is overestimated.

"We concluded that the risk of compromise is very small," announced Harris Corp spokesperson Jim Burke, cited by Reuters, after examining Santamartas 25-page research report. Iridium Communications Inc. representative Diane Hockenberry believes "that the risk to Iridium subscribers is minimal," however, the company is taking security measures to protect its users from a potential cyber invasion.

Cybersecurity researchers have previously claimed to have found a way to interfere with onboard electronic systems. Last year The Telegraph wrote an article about hacker Hugo Teso, who tried to hijack an aircraft with an Android application. During the Hack in the Box conference in Amsterdam, Hugo Teso demonstrated his "PlaneSploit" app designed to break into an aircraft's flight control system. According to Teso, hackers could gain control of a plane using the "PlaneSpoilt" app when the “autopilot” system was on.

However, the US Federal Aviation Authority (FAA) refuted the cybersecurity researcher's assertions, claiming that the app cannot prevent the pilot from turning off the “autopilot” mode. Moreover, the app was only tested in virtual environments and never on a real plane, The Telegraph reported.

How To Hack Gmail account using GX cookie

This is an article on Hacking Gmail account using GX cookie in Ethical hacking Tips.
Disclaimer: This post is only for education purpose. 

Introduction

Hacking web application was always curious for the script kiddies. And hacking free web email account is every geek first attempt. The method which I will describe in this post is not new; the same method can be applied to yahoo and other free web email services too.

The method we will be using is cookie stealing and replaying the same back to the Gmail server. There are many ways you can steal cookie, one of them is XSS (Cross site scripting) discussed by other is earlier post. But we won’t be using any XSS here, in our part of attack we will use some local tool to steal cookie and use that cookie to get an access to Gmail account.

Assumption:

  • You are in Local Area Network (LAN) in a switched / wireless environment : example : office , cyber café, Mall etc.
  • You know basic networking.

Tool used for this attack:

  • Cain & Abel
  • Network Miner
  • Firefox web browser with Cookie Editor add-ons

Attack in detail:

We assume you are connected to LAN/Wireless network. Our main goal is to capture Gmail GX cookie from the network. We can only capture cookie when someone is actually using his gmail. I’ve noticed normally in lunch time in office, or during shift start people normally check their emails. If you are in cyber café or in Mall then there are more chances of catching people using Gmail.

We will go step by step,
If you are using Wireless network then you can skip this Step A.

A] Using Cain to do ARP poisoning and routing:

Switch allows unicast traffic mainly to pass through its ports. When X and Y are communicating eachother in switch network then Z will not come to know what X & Y are communicating, so inorder to sniff that communication you would have to poison ARP table of switch for X & Y. In Wireless you don’t have to do poisoning because Wireless Access points act like HUB which forwards any communication to all its ports (recipients). 

  • Start Cain from Start > Program > Cain > Cain
  • Click on Start/Stop Snigger tool icon from the tool bar, we will first scan the network to see what all IPs are used in the network and this list will also help us to launch an attack on the victim.
  • Then click on Sniffer Tab then Host Tab below. Right click within that spreadsheet and click on Scan Mac Addresses, from the Target section select

All hosts in my subnet and then press Ok. This will list all host connected in your network. You will notice you won’t see your Physical IP of your machine in that list. 

How to check your physical IP ?

> Click on start > Run type cmd and press enter, in the command prompt type 
Ipconfig and enter. This should show your IP address assign to your PC.
It will have following outputs:

Ethernet adapter Local Area Connection:

Connection-specific DNS Suffix . : xyz.com
IP Address. . . . . . . . . . . . : 192.168.1.2
Subnet Mask . . . . . . . . . . . : 255.255.255.0
Default Gateway . . . . . . . . . : 192.168.1.1

Main thing to know here is your IP address and your Default Gateway.

Make a note of your IP Address & default gateway. From Cain you will see list of IP addresses, here you have to choose any free IP address which is not used anywhere. We assume IP 192.168.1.10 is not used anywhere in the network.

  • Click on Configure > APR > Use Spoof ed IP and MAC Address > IP

Type in 192.168.1.10 and from the poisoning section click on “Use ARP request Packets” and click on OK.

  • Within the Sniffer Tab , below click on APR Tab, from the left hand side click on APR and now click on the right hand top spreadsheet then click on plus sign tool from top. The moment you click that it will show you list of IP address on left hand side. Here we will target the victim IP address and the default gateway.
  • The purpose is to do ARP poisoning between victim and the default gateway and route the victim traffic via your machine. From the left side click on Victim IP address, we assume victim is using 192.168.1.15. The moment you click on victim IP you will see remaining list on the right hand side here you have to select default gateway IP address i.e. 192.168.1.1 then click on OK.
  • Finally, Click on Start/Stop Sniffer tool menu once again and next click on Start/Stop APR. This will start poisoning victim and default gateway.


B] Using Network Miner to capture cookie in plain text

We are using Network miner to capture cookie, but Network miner can be used for manythings from capturing text , image, HTTP parameters, files. Network Miner is normally used in Passive reconnaissance to collect IP, domain and OS finger print of the connected device to your machine. If you don’t have Network miner you can use any other sniffer available like Wireshark, Iris network scanner, NetWitness etc.

We are using This tool because of its ease to use.

  • Open Network Miner by clicking its exe (pls note it requires .Net framework to work).
  • From the “---Select network adaptor in the list---“ click on down arrow and select your adaptor If you are using Ethernet wired network then your adaptor would have Ethernet name and IP address of your machine and if you are using wireless then adaptor name would contain wireless and your IP address. Select the one which you are using and click on start.
Important thing before you start this make sure you are not browsing any websites, or using any Instant Mesaging and you have cleared all cookies from firefox.

  • Click on Credential Tab above. This tab will capture all HTTP cookies , pay a close look on “Host” column you should see somewhere mail.google.com. If you could locate mail.google.com entry then in the same entry right click at Username column and click on “copy username” then open notepad and paste the copied content there.
  • Remove word wrap from notepad and search for GX in the line. Cookie which you have captured will contain many cookies from gmail each would be separated by semicolon (GX cookie will start with GX= and will end with semicolon you would have to copy everything between = and semicolon

Example : GX= axcvb1mzdwkfefv ; ßcopy only axcvb1mzdwkfefv

Now we have captured GX cookie its time now to use this cookie and replay the attack and log in to victim email id, for this we will use firefox and cookie editor add-ons.

C] Using Firefox & cookie Editor to replay attack.


  • Open Firefox and log in your gmail email account.
  • from firefox click on Tools > cookie Editor.
  • In the filter box type .google.com and Press Filter and from below list search for cookiename GX. If you locate GX then double click on that GX cookie and then from content box delete everything and paste your captured GX cookie from stepB.4 and click on save and then close.
  • From the Address bar of Firefox type mail.google.com and press enter, this should replay victim GX cookie to Gmail server and you would get logged in to victim Gmail email account.
  • Sorry! You can’t change password with cookie attack.

How to be saved from this kind of attack?

Google has provided a way out for this attack where you can use secure cookie instead of unsecure cookie. You can enable secure cookie option to always use https from Gmail settings. 
Settings > Browser connection > Always use https

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pop3.

Israel murdered an #Anonymous. He was Legion. 1 of us


On Friday, July 25, an Israeli settler murdered a Palestinian teenager in the village of Huwwara, which lies approximately 10 km south of Nablus in the northern half of the West Bank. Two hours later, an Israeli sniper killed another Palestinian teenager in the same village.

After Friday prayers at the mosque in Huwwara, villagers began marching in solidarity with the victims of the Gaza massacre. The protest included many children, some of whom were carrying signs in support of their Gazan brothers and sisters. Two Israeli military jeeps were along the route, and some of the soldiers were taking pictures of the peaceful protest. As the procession wound its way back to the mosque, a settler suddenly raced alongside and slammed on the brakes.

“He was about a meter away from the kids and just started firing out the window of his car,” stated a witness. “It was clear he was trying to kill people.” The settler managed to shoot four people before fleeing the scene. 19-year-old Khalid Owda died from a gunshot wound to his abdomen, while Tarik Dmadi was shot in the chest and remains in critical condition. Hassan Dmadi was shot in the hip, while Jihad Owda was shot in the hand and has been released from the hospital.

“Had he had more ammunition, he would have kept on shooting and killed more people,” said a witness. “Killing Palestinians is no big deal for the settlers, because there is no punishment. And what about the soldiers? They were just standing there, doing nothing.”

Tragedy struck the town of Huwwara a second time two hours later, when an Israeli sniper gunned down 18-year-old Tayeb Shohaada, who, like Khalid Owda, was a  student at an-Najah University in Nablus. Israeli forces were shooting tear gas at Tayeb and roughly ten other young men, who were throwing stones in their direction from a distance of approximately 100 meters. According to Red Crescent medic, Ahmed Owda, a female Israeli sniper shot Tayeb in the face. Her sergeant then congratulated her and clapped her on the shoulder. Ahmed subsequently attempted to reach Tayeb but was unable to do so because of Israeli fire. Tayeb was eventually taken to Rafidia hospital in Nablus, where he was declared clinically dead.
The attending surgeon revealed that the damage to Tayeb’s brain was consistent with that caused by expanding bullets. Expanding bullets are banned according to the 1899 Hague Convention, but Israel has frequently been accused of employing them against Palestinians.


 Tayyeb Abu Shehadah became only 22 years old. But he was martyred in defense of his land and his people, against the occupation and suppression.

May Allaah SWT grant him peace in Paradise. Peace, he never knew in this life. And ease it for his loved ones.
Ameen ya Rab.

On social media #Anonymous expressed themselves and  Cybergorilla posted the following:


Tayyeb Shehadah wasn’t only wearing a mask, he was Legion. 1 of us. Today Israel murdered a Anonymous.

To them We shall join their struggle: nor shall We deprive them of the fruit of anything of their works, lower your weapons humbly for them, with mercy, peace and blessings be upon them who seek love.

Amazon Fire Phone A New Kind Of 3D

Amazon Launch first phone with throws in some crazy 3D tricks and a universal scanning and shopping app. Check Out Below For Full Information

Unboxing Review

Full Review

If you like this post please like comment and share click below to order today

How to Run A Last Pass Security Audit And Why It Cant Wat


If you’re practicing lax password management and hygiene, it’s only a matter of time until one of the increasingly numerous large-scale security breaches burns you. Stop being thankful you dodged the past security breach bullets and armor yourself against the future ones. Read on as we show you how to audit your passwords and protect yourself. 

Whats the big deal and why does it matter?


In October 2013, Adobe revealed that there had been a major security breach that affected 3 million users of Adobe.com and Adobe software. Then they revised the number to 38 million. Then, even more shockingly, when the database from the hack was leaked, security researchers that analyzed the database came back and said it was more like 150 million compromised user accounts. This degree of user exposure puts the Adobe breach in the running as one of the worst security breaches in history.

Adobe is hardly alone on this front, however; we simply opened with their breach because it’s painfully recent. In the last few years alone there have been dozens of massive security breaches where user information, including passwords, have been compromised.

LinkedIn was hit in 2012 (6.46 million user records compromised). That same year, eHarmony was hit (1.5 million user records) as was Last.fm (6.5 million user records) and Yahoo! (450,000 user records). The Sony Playstation Network was hit in 2011 (101 million user records compromised). Gawker Media (the parent company of sites like Gizmodo and Lifehacker) was hit in 2010 (1.3 million user records compromised). And those are just examples of large breaches that made the news!

The Privacy Rights Clearinghouse maintains a database of security breaches from 2005 to the present. Their database includes a wide range of breach types: compromised credit cards, stolen social security numbers, stolen passwords, and medical records. The database, as of the publication of this article, is composed of 4,033 breaches containing 617,937,023 user records. Not every one of those hundreds of millions of breaches involved user passwords, but millions upon millions of them did.

So why does it matter? Aside from the obvious and immediate security implications of a breach, the breaches create collateral damage. The hackers can immediately start testing the logins and passwords they harvest at other web sites.



Most people are lazy with their passwords, and there’s a good chance that if somebody used bob@somewebemail.com with the password bob1979, that the same login/password pair will work at other web sites. If those other websites are higher profile (like banking sites or if the password he used at Adobe actually unlocks his email inbox), then there’s an issue. Once someone has access to your email inbox, they can start resetting password on other services and gaining access to them too.

The only way to stop this kind of chain reaction from causing even more security problems within the network of web sites and services you use is to follow two cardinal rules of good password hygiene:


  1. Your email password should be long, strong, and completely unique among all your logins.
  2. Every login gets a long, strong, and unique password. No password reuse. Ever.

Now at this point, you’re probably squirming a little because, frankly, hardly anyone has perfectly airtight password practices and security. You’re not alone if your password hygiene is lacking. In fact, it’s time for a confession.

I’ve written dozens of security articles, posts about security breaches, and other password-related posts over the years. Despite being precisely the kind of informed person who should know better, despite using a password manager and generating secure passwords for every new website and service, when I ran my email through the list of compromised Adobe logins and matched it against the compromised password, I still found out that I’d gotten burned.

I made that Adobe account a long time ago when I was significantly more lax with my password hygiene, and the password I used was common across dozens of websites and services that I’d signed up with before I got super serious about making good passwords.

All of that could have been prevented if I’d fully practiced what I preached and not just created unique and strong passwords but also audited my old passwords to ensure this situation never happened in the first place. Whether you’ve’ve never even attempted to be consistent and secure with your password practices or you just need to check them over to put yourself at ease, a thorough password audit is the path to password security and peace of mind. Read on as we show you how.

Preparing For Your Lastpass Security Challenge


You could manually audit your passwords, but that would be enormously tedious and you wouldn’t gain any of the benefits of using a good universal password manager. Instead of manually auditing everything, we’re going to take the easy and largely automated route: we’re going to audit our passwords by taking the LastPass Security Challenge.

This guide won’t cover setting up LastPass, so if you don’t already have a LastPass system up and running, we strongly encourage you to set one up. Although LastPass has updated since we wrote the guide (the interface is much prettier and better streamlined now), you can still follow the steps with ease. If you’re setting up LastPass for the first time, make sure to import all your stored passwords from your browsers, as our goal is to audit every single password you’re using.

Enter every login and password into LastPass: Whether you’re brand new to LastPass or you haven’t fully been using it for every login, now is the time to make sure you’ve entered every login into the LastPass system.
Search your email for registration reminders. It won’t be hard to remember your frequently used logins like Facebook and your bank but there are likely dozens of outlaying services that you may not even remember that you use your email to log into. Use keyword searches like “welcome to”, “reset”, “recovery”, “verify”, “password”, “username”, “login”, “account” and combinations there of like “reset password” or “verify account”. Again, we know this is a hassle, but once you’ve done this with a password manager at your side, you have a master list of all your account and you’ll never have to do this keyword hunt again.
Enable two-factor authentication on your LastPass account: This step is not strictly necessary to perform the security audit, but while we have your attention we’re going to do everything we can to encourage you, while you’re mucking around in your LastPass account, to turn on two-factor authentication to further secure your LastPass vault. (Not only does it increase your account security, you’ll get a boost in your security audit score, too!)
Taking The LastPass Security Challenge


Now that you’ve imported all your passwords, it’s time to brace yourself for the shame of not being in the 1% of hardcore password security ninjas. Visit the LastPass Security Challenge page and press “Start the Challenge” at the bottom of the page. You’ll be prompted to enter your master password, as seen in the screenshot above, and then LastPass will offer to check if any of the email addresses contained in your vault were part of any breaches it has tracked. There’s no good reason to not take advantage of this:


If you’re lucky, it returns a negative. If you’re lucky, you get a pop-up like this asking if you want more information

about the breaches your email was involved in: 
LastPass will issue a single security alert for each instance. If you’ve had your email address for a long time, be prepared to be shocked at how many password breaches it has been tangled up in. Here’s an example of a password breach notice:


After the pop-ups, you’ll be dumped into the main panel of the LastPass Security Challenge. Remember earlier in the guide when I talked about how I currently practice good password hygiene but that I’d never gotten around to properly updating a lot of older web sites and service? It really shows in the score I received. Ouch:

That’s my score with years worth of random passwords mixed in. Don’t be too shocked if your score is even lower if you’ve been using the same handful of weak passwords over and over again. Now that we have our score (however awesome or shameful it might be), it’s time to dig into the data. You can use the quick links beside your score percentage or just start scrolling. First stop, let’s check out the detailed results. Consider this a 10,000 foot overview of the state of your passwords:


While you should pay attention to all the stats here, the really important ones are “Average password strength”, how weak or strong your average password is and, even more important, “Number of duplicate passwords” and “Number of sites having duplicate passwords”. In the cause of my audit, there were 8 dupes across 43 sites. Clearly I had been pretty lazy reusing the same low-grade password on more than a few sites.

Next stop, the Analyzed Sites section. Here you’ll find a very concrete break down of all your logins and passwords organized by duplicate password use (if you had duplicates), unique passwords, and finally, logins without a password stored in LastPass. While you’re looking over the list, marvel at the contrast between password strengths. In my case, one of my financial logins was given a 45% Password Score while my daughter’s Minecraft login was given a perfect 100% score. Again, ouch.

Fixing Your Terrible Security Challenge Score


There are two very useful links built right into the audit listings. If you click “SHOW” it will show you the password for that site and if you click “Visit Site” you can jump right to the web site so you can change the password. Not only should every duplicate password be changed, but any password that was attached to an account that was breached (such as Adobe.com or LinkedIn) should be retired permanently.

Depending on how many or few passwords you have (and how diligent you’ve been about good password practices), this step of the process might take you ten minutes or the whole afternoon. Although the process of changing your passwords will vary based on the layout of the site you’re updating, here are some general guidelines to follow (we’re using our password update at Remember the Milk as an example): Visit the password change page. Typically you’ll need to input your current password and then generate a new password.


Do so by clicking on the lock-with-circular-arrow logo. LastPass inserts into the new password slot (as seen in the screenshot above). Look over your new password and make adjustments if you desire (such as lengthening it or adding in special characters):


Click “Use Password” and then confirm you want to update the entry you’re editing:


Make sure to confirm the change with the website too. Repeat the process for every duplicate and weak password in your LastPass vault.

Finally, the last thing you need to audit is your LastPass Master Password. Do so by clicking the link at the bottom of the Challenge screen labeled “Test the strength of my LastPass Master Password”. If you don’t see this:


You need to reset your LastPass Master Password and increase the strength until you receive a nice, positive, 100% strength confirmation.

Surveying The Results And Further Enhancing Your Last Pass Secuurity

After you’ve slogged through the list of duplicate passwords, deleted old entries, and otherwise tidied up and secured your login/password list, it’s time to run the audit again. Now, for emphasis, the score you see below was brought up solely by improving password security. (If you enable additional security features, like multi-factor authentication, you’ll receive a boost of around 10%).


Not bad! After eliminating every duplicate password and bringing all the existing passwords up to 90% strength or better, it really improved our score. If you’re curious why it didn’t jump to 100%, there are a few factors at play, the most prominent of which is that some passwords can never be brought up to snuff by LastPass standards because of silly policies in place by the site administrators. For example, my local library’s login password is a four digit pin (which scores a 4% on the LastPass security scale). Most people will have some sort of outliers like that in their list and that will drag their score down.

In such cases, it’s important to not get discouraged, and to use your detailed breakdown as a metric:


In the password updating process I pruned 17 duplicate/expired sites, created a unique password for every site and service, and brought the number of sites with duplicate passwords down from 43 to 0 in the process.

It only took about an hour of seriously focused time (12.4% of which was spent cursing web site designers who put password update links in obscure places), and all it took to get me motivated was a password breach of catastrophic proportions! I’m making a note here, huge success.

Now that you’ve audited your passwords and you’re pumped about having a stable of unique passwords, let’s take advantage of that forward momentum. Between running the audit we outlined here, and turning on two-factor algorithms, you’ll have a bulletproof password management system you can be proud of.

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