A new programming Language Introduced by Facebook - { hack }

Facebook has just released [ Introduced ]  a new programming language called 'HACK', designed to build complex websites and other software quickly and without many flaws and also the main motive of decreasing resource conservation. The company has already migrated almost all of its PHP-based social networking site to HACK over the last year, but it has nothing to do with Hacking.

Facebook :- 

Today we're releasing Hack, a programming language we developed for HHVM that interoperates seamlessly with PHP. Hack reconciles the fast development cycle of PHP with the discipline provided by static typing, while adding many features commonly found in other modern programming languages.
We have deployed Hack at Facebook and it has been a great success. Over the last year, we have migrated nearly our entire PHP codebase to Hack, thanks to both organic adoption and a number of homegrown refactoring tools.
We're also proud to release an open source version of Hack to the public at http://hacklang.org/ as part of our HHVM runtime platform, which will now support both Hack and PHP.

Download Link:- http://docs.hhvm.com/manual/en/install.php 


Official site :- http://hacklang.org/

Thus, Hack was born! Facebook Team decides to develop a new programming language that could combine elements of static-type programming languages such as C or C++ with dynamic-type languages like PHP, now called "HACK Programming Language".

"Hack has deep roots in PHP. In fact, most PHP files are already valid Hack files." Facebook said, "We have also added many new features that we believe will help make developers more productive."

HACK is a new version of PHP, requires Facebook’s HHVM (Hip Hop Virtual Machine) which is designed to execute programs written in Hack and PHP. The top 20 open source frameworks on Github run on HHVM.

by Facebook's - { hack } official site  :- 

The following are some of the important language features of Hack. For more information, see the full documentation, or follow through the quick interactive tutorial.

• Type Annotations allow for PHP code to be explicitly typed on parameters, class member variables and return values:

<?hh
class MyClass {
const int MyConst = 0;
private string $x = '';
public function increment(int $x): int {
$y = $x + 1;
return $y;
}
}

• Generics allow classes and methods to be parameterized (i.e., a type associated when a class is instantiated or a method is called) in the same vein as statically type languages like C# and Java):

<?hh
class Box<T> {
protected T $data;
public function __construct(T $data) {
$this->data = $data;
}
public function getData(): T {
return $this->data;
}
}

• Nullable Types are supported by Hack through use of the ? operator. This introduces a safer way to deal with nulls and is very useful for primitive types that don’t generally allow null as one of their values, such as bool and int (using ?bool and ?intrespectively). The operator can be used on any type or class.

• Collections enhance the experience of working with PHP arrays, by providing first class, built-in parameterized types such as Vector (an ordered, index-based list), Map(an ordered dictionary), Set (a list of unique values), and Pair (an index-based collection of exactly two elements).

• Lambdas offer similar functionality to PHP closures, but they capture variables from the enclosing function body implicitly and are less verbose:

<?hh
function foo(): (function(string): string) {
$x = 'bar';
return $y ==> $x . $y;
}
function test(): void {
$fn = foo();
echo $fn('baz'); // barbaz
}
Other significant features of Hack include Shapes, Type Aliasing, Async support, andmuch more. 

Stay tuned to +Techno World  for more Technology updates  

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Another News about ' SEA ' CNN website,Facebook,twitter was hacked by Syrian Electric army and showed their unsatisfaction about CNN's fake news of All time

A well-known pro-Syrian hacker group known as Syrian Electronic Army (SEA), aligned with PresidentBashar al-Assad, who successfully attacked The New York Times, Huffington Post, and Twitter, BBC, National Public Radio, Al-Jazeera, Microsoft, Xbox, Skype and responsible for cyber-attacks against various other U.S media companies in the past.

Last evening, the Group claimed the responsibility for hacking another big media outlet “CNN”, compromised their Twitter, Facebook account and the website.

CNN’s twitter profile with 11.6 million followers saw a number of fake tweets from hackers, including allegations that the Central Intelligence Agency (CIA) is behind the Al-Qaida network.

Hackers Tweeted, "Tonight, the #SEA decided to retaliate against #CNN's viciously lying reporting aimed at prolonging the suffering in #Syria."

Following fake tweets were posted:

“Syrian Electronic Army Was Here … Stop lying … All your reports are fake!” 

"Obama Bin Laden the lord of terror is brewing lies that the Syrian state controls Al Qaeda."

They also hacked into CNN's "Security Clearance" blog, and posted a new fake article, titled "US declares a state of national emergency, State Department reportedly out of reach."

Within 5 minutes, CNN took control back and deleted all the fake contents. CNN confirmed that some of their social media account were compromised via third-party social publishing platform. "We have secured those accounts and are working to remedy the issue." they said. source by hacker news .. 

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ASUS Wireless router leaves USB Storage Devices vulnerable to remote attackers

In this era of Computers and Smartphones, where we are connected to the Internet every second and use it almost for everything. For an Internet connection, one has to plug a device called Router between the ISP (Internet Service Provider) and device. Some Routers are available with USB option, where you can attach an external Hard Disk that allows files to be stored and retrieved across a computer network.

Asus one of the largest IT hardware manufacturer providing these kind of devices by which you can connect to the internet and make your external hard disk available on the Internet as FTP server just by configuring AiDisk utility from the router’s administrator panel.  

Many ASUS Routers have this feature available, including models: RT-N66U, RT-N56U, RT-N15U, RT-N65U, RT-AC66U, DSL-N55U and RT-N16. Recently a vulnerability has been noticed by some Sweden users in the ASUS Routers, that allows an attacker to access your Hard Disk remotely from any part of the world, could result in complete system compromise, exposing your private pictures and files.

 In my opinion, it is not a vulnerability, but a lethargic behavior of administrator to keep the device in the default configuration and providing their storage device on  public IP by which any malware can be intruded to your system hence inviting trouble for himself and its end users. 

Enabling the AiDisk utility from Router makes the device available for using it through the public Internet, this feature comes with a problem if kept in default configuration which is giving Limitless access to your storage device.

  If you have some movies or cracked softwares downloaded from Torrents, by this you might become a criminal by delivering Pirated Content over the Internet and even you don’t have any such information.

Using SHODAN search, I have found more than thousands of Storage Disk using Asus Routers are available on the Internet, either with no password or having default settings. You can access these IP addresses using FTP protocol i.e. ftp://ipaddress/. ASUS Company is now aware of the issue and they intend to release an update, to warn their users with recommendation to choose a strong password for device storage and Router Administrative panel. source by hackernews

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Syrian Electronic Army's own website got hacked by Turkish hacker by using ordinary phishing with intelligent way by showing big security flaw

we all know that Syrian Electric Army is the most high profile rated hackers for successfully hacked all most of all highly secure we sites and servers too here is the proof 

but the seen was reversed right now , as after ruling the world of most vulnerable hackers post to most Vulnerable victim position as from below post 

when the time i am creating this post after this SEA [ Syrian electric army ] hacked by a security flaw of them they were not publishing their site .. so i can't give you their site link in my post of hyper link eve if it was present in entire post.  

 Hacking Group The Syrian Electronic Army's own website got hacked by another well known Turkish hacker 'Turkguvenligi

Today, Turkguvenligi claimed that he has defaced the official website (sea.sy and leaks.sea.sy) of the hacking group SEA. He has also hacked the OpenSSL's website two weeks ago. Today's victim, i.e. SEA Group has taken down hundreds of high-profile targets in 2013-14, including Microsoft, Obama & New York Times' twitter accounts and websites, but now they had faced a breach into their own server. The most common technique used by the SEA Group to hack high profile targets is Phishing, but in a very clever way, whereas the Turkguvenligi hacked SEA website via exploiting some known vulnerabilities in the server or website. At the time of writing this news, the whole website of SEA was down, but our readers can see the defacement mirror on Zone-H.

Hacker tweeted about the hack and tagged SEA also in it, as shown:



The Syrian Electronic Army doesn't make any comments about the hack yet, but We'll keep you updated, so stay tuned.

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MIT University website defaced by Anonymous hackers in honor of Aaron Swartz

Today is January 11, 2014 and the last year on the same day a 26-year-old, young hacker, Reddit cofounder and the digital Activist, Aaron H. Swartz committed suicide. He found dead in his Brooklyn, New York apartment, where he had hanged himself.

Swartz was indicted by a federal grand jury in July 2011, accused of hacking the MIT JSTOR database and stealing over four million documents with the intent to distribute them. He could have prison for 50 years and $4 million in fines by the Court, but before that he committed suicide in fear. Swartz's father, Robert, later blamed the MIT and the judiciary system for his son's death. On the first Anniversary of Aaron Swartz, today the Anonymous group of hackers defaced the sub-domain of the Massachusetts Institute of Technology (MIT) website (http://cogen.mit.edu/) for about an hour as part of #OPLASTRESORT. Defacement page was titled 'THE DAY WE FIGHT BACK'. The message posted on it, “Remember The Day We Fight Back, Remember. We Never Forget, We Never Surrender, Expect Us.”

At the time of writing, the domain was down. The attack on the website of MIT is a part of the tragic suicide of hacker Aaron Swartz to give him tribute. It was the MIT's role in the federal prosecution against an activist, which ultimately led to him committing suicide, but the U.S Government has not learned anything and they are planning to make laws stricter against hackers. Recently, The Senate Judiciary Committee Chairman 'Patrick Leahy' reintroduced a revamped version of the "Personal Data Privacy and Security Act" for tough criminal penalties for hackers. 

The new bill suggests 20 years in prison, rather than 10 years (currently) and also recommending to give same penalties for the hackers who even attempt to hack the systems, but doesn't succeed. source by The Hacker news ....

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Firmware vulnerability allows man-in-the-middle attack using SD Memory cards

How is it possible to exploit SD Card, USB stick and other mobile devices for hacking? Another interesting hack was presented at the Chaos Computer Congress (30C3), in Hamburg, Germany. The researchers demonstrated how it is possible to hack the microcontroller inside every SD and MicroSD flash cards that allow arbitrary code execution and can be used to perform a man in the middle attack. The Hardware Hackers Andrew “bunnie” Huang and Sean “xobs” described the exploitation method on their blog post,"it also enables the possibility for hardware enthusiasts to gain access to a very cheap and ubiquitous source of microcontrollers."

It seems that to reduce SD cards price and increase their storage capability, engineers have to consider a form of internal entropy that could affect data integrity on every Flash drive. Almost every NAND flash memory is affected by defects and presents problems like electron leakage between adjacent cells. "Flash memory is really cheap. So cheap, in fact, that it’s too good to be true. In reality, all flash memory is riddled with defects — without exception. The illusion of a contiguous, reliable storage media is crafted through sophisticated error correction and bad block management functions. This is the result of a constant arms race between the engineers and mother nature; with every fabrication process shrinks, memory becomes cheaper but more unreliable. Likewise, with every generation, the engineers come up with more sophisticated and complicated algorithms to compensate for mother nature’s propensity for entropy and randomness at the atomic scale." wrote Huang. Manufacturers have a sophisticated software that can detect hardware issues, such as bad sectors, and correct them through firmware. Hackers could hack into these flash-based storage devices using firmware vulnerability, allowing them to install malware. The firmware on the SD cards can be updated, but according the Huang revelations most manufacturers leave this update functionality unsecured. During the presentation, they reverse-engineered the instruction set of a particular microcontroller to inspect firmware loading mechanism. The attackers suitably modifying the firmware could hack any device that uses the compromised SD card (e.g. A mobile device, Wi-Fi equipped camera), the flash memory will appear to be operating normally while hacking the hoisting equipment.



The SD card could make a copy of the contents in a hidden memory area or it could run malicious code while idle avoiding detection mechanisms. When we speak about USB hacking or SD Card is hacking we must consider that we are approaching the hacking on a large-scale due the wide diffusion of these components. Microcontrollers cost as little as 15¢ each in quantity, they are everywhere and every device that use them could be hacked. Another consideration that must be done is that Governments and high profile hackers could be very interested in this type of attack for both cyber espionage and sabotage, arrange a countermeasure against those types of threat it is very hard. A curiosity for the " hackers inside"...

 These cards could be reprogrammed to become Arduino open source microcontroller and memory systems. “An Arduino, with its 8-bit 16 MHz microcontroller, will set you back around $20. A MicroSD card with several gigabytes of memory and a microcontroller with several times the performance could be purchased for a fraction of the price,” he writes. So, in short, destroy your SD cards if you have any dirty info on them and keep your eyes peeled for ultra-small, ultra-fast Arduino hacks. Look closely at the presentation... and distrustful of SD cards from now on.

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Hackers stole money from European ATMs using Malware-loaded USB Device

Hacking ATM Machines is nothing new, but it seems that instead of relying on ATM skimmers now some smart hackers in Europe are reportedly targeting ATM Machines using Malware-loaded USB drives to steal money.

Most of the world’s ATMs are running on Windows XP operating system, which is highly vulnerable to Malware attacks. Just like your Desktop Laptops, some ATMs also have USB sockets, which is hidden behind the ATM’s fascia. The German security researchers who discovered the hack detailed their findings at the Chaos Computing Congress in Hamburg, Germany recently. They said that the thieves cut holes in the fascia to access a USB port and then uploaded malware to the machines.

 The malware creates a backdoor that can be accessed on the front panel. "These researchers explained that the malware allowed the thieves to create a unique interface on the ATMs by typing in a 12-digit code. This interface allowed for withdrawal and also showed the criminals the amount of money and each bill denomination inside the machines. This meant the thieves could save time by only taking the highest value bills." Dara Kerr from CNET news reported.

Once the thieves finished their theft at a cash machine, they would patch up the hole to allow the same exploit to be used on other machines. This indicates that the criminal crew is highly familiar with the ATMs mechanism. The malware does not appear to harvest customer PINs or other sensitive data and now some banks have upgraded their ATMs to prevent them from booting from external USB drives source by HACKER news ..

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Facebook, Twitter, and others reset user logins after hacker steals 2 million passwords & Techno Tips: Guide to protecting Internet accounts

Facebook, Twitter, and others reset user login's after hacker steals 2 million passwords

A hacker  has netted more than 2 million passwords for users of major services including Facebook, Gmail, Twitter, Yahoo, and LinkedIn, according to the security firm Trustwave.

The attacker installed keylogging software on users' computers in 92 countries, recording their logins and user passwords as they were typed.

The companies themselves were not breached, but ADP, Facebook, LinkedIn, and Twitter have reset passwords and alerted compromised users, CNNMoney reports.

The keylogger tool was a version of the Pony botnet controller, a malicious piece of software that has been proliferating since its source code was published. The botnet controller is mainly being used to steal passwords, according to Trustwave researchers.

This time, whoever was behind the attack got around 1.5 million website login credentials, 320,000 email account credentials, 41,000 FTP credentials, 3,000 remote desktop credentials, and more.

A look at the passwords shows a keylogger may have been overkill, however. Trustwave reports that the most common passwords were "123456," "123456789," "1234," and "password."

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What is DOS Attack and what are DDOS Attack Types And it's tools to work out

Denial of service (DOS) attack, a type of attack on a network that is designed to bring the network to its knees by flooding it with useless traffic. Many DoS attacks, such as the Ping of Death and Teardrop attacks, exploit limitations in the TCP/IP protocols.

Types:-

Teardrop attack is type of attack where fragmented packets are forged to overlap each other when the receiving host tries to reassemble them.

Ping of death type of DoS attack in which the attacker sends a ping request that is larger than 65,536 bytes, which is the maximum size that IP allows. While a ping larger than 65,536 bytes is too large to fit in one packet that can be transmitted, TCP/IP allows a packet to be fragmented, essentially splitting the packet into smaller segments that are eventually reassembled. Attacks took advantage of this flaw by fragmenting packets that when received would total more than the allowed number of bytes and would effectively cause a buffer overload on the operating system at the receiving end, crashing the system. Ping of death attacks are rare today as most operating systems have been fixed to prevent this type of attack from occurring.  

DDOS Attack: A distributed denial of service attack (DDoS) occurs when multiple systems flood the bandwidth or resources of a targeted system, usually one or more web servers. This is the result of multiple compromised systems (for example a botnet) flooding the targeted system(s) with traffic. When a server is overloaded with connections, new connections can no longer be accepted.

Peer to Peer Attack: Attackers have found a way to exploit a number of bugs in peer-to-peer servers to initiate DDoS attacks. Peer-to-peer attacks are different from regular botnet-based attacks. With peer-to-peer there is no botnet and the attacker does not have to communicate with the clients it subverts. Instead, the attacker acts as a "puppet master," instructing clients of large peer-to-peer file sharing hubs to disconnect from their peer-to-peer network and to connect to the victim's website instead. As a result, several thousand computers may aggressively try to connect to a target website. While peer-to-peer attacks are easy to identify with signatures, the large number of IP addresses that need to be blocked (often over 250,000 during the course of a large-scale attack) means that this type of attack can overwhelm mitigation defenses.

For all known DOS attacks, there are software fixes that system administrators can install to limit the damage caused by the attacks.



Top 10 Dos Attack Tools:-

1. LOIC (Low Orbit Ion Canon)
This tool was used by the popular hackers group Anonymous. This tool is really easy to use, even for a beginner. This tool performs a DOS attack by sending UDP, TCP, or HTTP requests to the victim server. You only need to know the URL of IP address of the server and the tool will do the rest.
Download

2. HOIC: High Orbit Ion Canon HOIC
HIgh Orbit Ion Canon HOIC is Anonymous DDOS Tool. HOIC is an Windows executable file 

High-speed multi-threaded HTTP Flood

• - Simultaenously flood up to 256 websites at once
• - Built in scripting system to allow the deployment of 'boosters', scripts
• designed to thwart DDoS counter measures and increase DoS output.
• - Easy to use interface
• - C an be ported over to Linux/Mac with a few bug fixes (I do not have
• either systems so I do
• - Ability to select the number of threads in an ongoing attack
• - Ability to throttle attacks individually with three settings: LOW, MEDIUM,
• and HIGH - 

Download

3. XOIC
XOIC is another nice DOS attacking tool. It performs a DOS attack an any server with an IP address, a user-selected port, and a user-selected protocol.

XOIC have 3 modes:
-Test Mode
-Normal DoS attack mode (No request counter and TCP HTTP UDP ICMP message because of performance )
-DoS attack with a TCP/HTTP/UDP/ICMP Message
Download 

4. Tor Hammer
Tor's Hammer is a slow post dos testing tool written in Python. It can also be run through the Tor network to be anonymized. If you are going to run it with Tor it assumes you are running Tor on 127.0.0.1:9050. Kills most unprotected web servers running Apache and IIS via a single instance. Kills Apache 1.X and older IIS with ~128 threads, newer IIS and Apache 2.X with ~256 threads.
Download 

5. Anonymous-DoS
Anonymous-DoS is a http flood program written in hta and javascript, designed
to be lightweight, portable, possible to be uploaded to websites whilst still
having a client version, and made for Anonymous ddos attacks.

How does it work?
It will flood a chosen web server with HTTP connections, with enough it will
crash the server, resulting in a denial of service.
Download

6. DAVOSET 
It is a tool for committing distributed denial of service attacks using execution on other sites.
Download

7.  PyLoris is a scriptable tool for testing a server's vulnerability to connection exhaustion denial of service (DoS) attacks. PyLoris can utilize SOCKS proxies and SSL connections, and can target protocols such as HTTP, FTP, SMTP, IMAP, and Telnet. 
Download

8. Dereil 
Dereil is professional (DDoS) Tools with modern patterns for attack via tcp , udp and http protocols . In computing, a denial-of-service attack (DoS attack) or distributed denial-of-service attack (DDoS attack) is an attempt to make a machine or network resource unavailable to its intended users.
Download 

9. Moihack Port-Flooder
This is a simple Port Flooder written in Python 3.2 Use this tool to quickly stress test your network devices and measure your router's or server's load. Features are available in features section below. Moihack DoS Attack Tool was the name of the 1st version of the program. Moihack Port-Flooder is the Reloaded Version of the program with major code rewrite and changes.
Download 

10. DDOSIM
DDOSIM simulates several zombie hosts (having random IP addresses) which create full TCP connections to the target server. After completing the connection, DDOSIM starts the conversation with the listening application (e.g. HTTP server).
Download

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Complete Tutorial Install Custom Recovery and Root Nexus 4

The nexus 4 slowly arrives at more and more purchasers. Who would like to use the full performance potential of the Google flagship, which not comes around to unlock the boot loader,rooting and playing ClockworkMod recovery. We show you in the following article, how that goes.

As always with our guides an obligatory warning: even though the process of nexus devices is generally very simple, some residual risk remains. Therefore:

• Before you start, read our guide completely and follow the instructions as carefully as possible.
• Who rootet changes his device at the system level. The threat of damage may be very low, still anything can happen. Neither we nor the manufacturer take responsibility for any damage caused.
• Who rootet custom firmwares or Rome reflashing or his unit, may be forfeited his guarantee.
• Although all data remain available after the rooting, installing to a custom ROM but unlocked the bootloader – where all data will be lost. We are in the instructions at the appropriate place on it and to create a backup - this opportunity is not used, all data are gone at the end.

Once that is settled, we can start. First, a decision must be made: to choose the "lazy" method and uses the nexus 4 Toolkit, or tapping the few commands by hand? First, we want to describe the manual method before we briefly enter the Toolkit at the end to use. For the first method, Windows users should experience when using the Windows command prompt (formerly called DOS window) have. source by: mariakitchen

Requirements

• A nexus as full battery 4 (at least 50% <)
• A USB cable
• A PC with installation powers
• One hour time

Step 1: make nexus 4 ADB-fit

First need to enable your USB debugging on the nexus 4. For this, you must first enable the developer options.

1. Go on settings ⇒ over the phone
2. Tap the build number, seven times, until you will be informed that you are a developer (if it were really so easy)
3. Now you can find the developer options under settings
4. Enabled USB debugging there

Step 2: install software on the PC

Now need the Android SDK downloaded and unzipped to. Then, you need to install the drivers for the nexus 4. This process varies depending on the operating system - on Windows machines, the drivers can be found on this page.

• Unzipped the driver file
• The nexus 4 via a USB cable connects to the computer
• In the popup dialog you choose you just unzipped driver

Note: Install the driver on Windows 8

Windows 8 , the process was very complicated because you cannot install unsigned drivers in the normal state and must switch off the signature enforcement. Here's how anyway:

• For this go to the modern UI view in the right top or bottom corner and selects the gear
• Here change PC settings select
• Go to General and scroll down quite advanced time - now restart to click
• It restarts the computer. In the following dialog, you select onlyTroubleshooting, then Advanced options , then settings and give the command to restart.
• In the following menu, you pressed 7) disable driver signature enforcement
• If the computer is rebooted, it connects the nexus 4 via USB and install the drivers as described above.

To make sure that the nexus 4 has been installed correctly, start a command prompt or terminal, goes into the folder of the SDK, adb devices exist, followed by pressing the Enter key. Is the device listed, everything has worked out and you can continue safely. If the nexus 4 not included in the list should appear, you will find a detailed step by step solution in the CyanogenMod wiki under the steps 16 to 27.

Step 3: Unlock of the bootloader

The nexus 4 has permanently rooten, unlocked the bootloader will be.Fortunately, Google has created the no great hurdles in the way. Only one thing is to keep in mind: when unlocking the bootloader, the nexus reverts 4 to its factory State, all data will be deleted. We recommend this step so as to make first official act upon receipt of the nexus 4 or otherwise to create a backup of the data.

1. First you start the phone in fastboot mode (turn off, then volume down and power at the same time press and hold)
2. Now you connect the nexus 4 using the USB cable with the computer
3. Opens the prompt or Console (depending on the operating system different)
4. Now navigate to the folder of Android SDK, the fastboot file is located.
5. The command fastboot oem unlock unlocked the bootloader and resets your device

Step 4: install custom recovery

Before we now rooting the nexus 4 can we even a custom recovery Flash, with which it is possible to create nandroid backups, unsigned .zip files to Flash and much more. For this purpose, a recovery file must be downloaded first. The ClockworkMod Recovery is the classic and is available as a normale-or touch version for downloading - the TWPR of TeamWin is worth a look but also.

• Rename the downloaded file in recovery.img and move to the Android SDK folder (sdk/platform-tools).
• Navigate in the command prompt go there and enter the following term:fastboot flash recovery recovery.img

Then, the standard recovery of the nexus with the 4 of us replaced desired. This one can be accessed in the future by pressing the volume key in the bootloader so long, until the Android Andy "Recovery" to read is, which in turn needs to be confirmed with the power button.

Step 5: Rooting the nexus 4

Thus, the first step would be already done. Now, the nexus 4 must be only rooted.

1. To her the following »  Boot Image « , as well as the Root Files (SuperUser and BusyBox) have to download (the boot image takes advantage of a security gap and enables to rooting the device)
2. Unpack the ZIP file
3. Placed the files, and the boot image in the Android SDK folder, in which also the fastboot file is located (sdk/platform-tools)
4. With the following command your nexus 4 boots you once with the unsafe image:fastboot boot boot.img

Now following commands must be entered and confirmed with enter are:

• ADB shell mount-o remount, rw / system
• ADB push su / system/bin /
• ADB push Superuser.apk / system/app /
• ADB push busybox / system/xbin /
• ADB shell
• chmod 06755 / system/bin/su
• chmod 0644 /system/app/Superuser.apk
• chmod 04755 / system/xbin/busybox
• CD / system / xbin
• BusyBox--install/system/xbin /
• exit
• exit

Then restart your nexus 4 and have it rooted successfully.

Alternative procedure with the nexus 4 Toolkit

Who can use Alternatively the nexus 4 Toolkit whom the command in the command prompt is not quite haunted. Here, all the steps previously described can be done semi-automatically through a rudimentary graphical user interface.The procedure is identical to that in the Galaxy nexus, that we at this point already described. You can download the nexus 4 Toolkit in the XDA-Developers Forum .
Do you have your nexus 4 successfully rooted? There have been issues or ambiguities in our guide? Let me know - in the comments section.

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