Israeli Spies Hacked ISIS Computers, Exposed Their Plans For “Laptop Bomb”

Israeli Spies Hacked ISIS Computers, Exposed Their Plans For “Laptop Bomb”

Israeli government spies have hacked into the operations of ISIS. The group is inventing a laptop computer bomb that could have blasted the commercial aircraft to the US. However, Israeli cyber researchers have hacked into the operations of ISIS months ago and revealed their plans.

Recently, Israeli government spies have hacked into the operations of ISIS. The group is inventing a laptop computer bomb that could have blasted the commercial aircraft to the US. However, Israeli cyber researchers have hacked into the operations of ISIS months ago and revealed their plans.

Experts David Sanger and Eric Schmitt along with two of the American officials have stated that the process of bomb encryption and protection is what supported them to analyze how such bombs works.

A ban was also executed by the Department of Homeland Security on allowing electronic devices onto aircraft which are larger than the smartphones. The ban was implemented in ten countries in the Middle East and Africa.

After U.S laptop ban, Britain announced a similar prohibition for flights originating from six countries. The reports from The New York Times states that the laptop bomb was developed in such a way that it can cross through airport X-ray machines without detection.

The bomb was intelligently placed in the place of laptop battery which is capable of tricking the X-ray detectors in the airport. The reports also said that Israel had shared this information with U.S. in the past two years. Israel and U.S are working together against cyber terrorism. Most of their cooperating have been against Iran.

President Donald Trump made this information on this bomb attack public, which exposes it to Russia. This event has been the source of a trouble for Israeli officials. Trump had also tweeted that he did share the information with Russia and that he has full right to do so.

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Intel Core i9 Extreme – Most extreme Desktop Processor Ever

Intel Core i9 Extreme Most Extreme Desktop Processor Ever

The war of processors between AMD and Intel is very well known. This month AMD revealed its first monstrous Ryzen Threadripper processors with up to 16 cores and 32 threads. AMD intended to target the world’s fastest ultra-premium desktop systems. Yesterday, Intel also introduced its new Core X-series, and it’s anchored by the company’s first 18-core CPU, the Core i9 Extreme. The i9 Extreme is a befitting reply to AMD’s 16-core/32-thread Ryzen Threadripper.

Last week, the picture was leaked on a tech forum and it was showing that Intel Likely to Launch a high-end Core i9 CPU with 12 cores. However, the 18 core processor is a good surprise from Intel.
“The Intel Core X-series processor family introduces a series of firsts that reflect the extreme performance we are delivering,”

Intel said today.

“This family includes Intel’s first teraflop desktop CPUs, a prime example of just how much raw compute these processors can handle. We’re also introducing the entirely new Intel Core i9 processor, representing the highest performance for advanced gaming, VR and content creation.”

About the Core i9, these Intel chips feature a base clock speed of 3.3GHz, reaching up to 4.3GHz dual-core speed with Turbo Boost 2.0 and 4.5GHz with Turbo Boost 3.0, which implies that there’s plenty of room for overclocking. At the top of the line-up is the new Intel Core i9 Extreme Edition processor – the first consumer desktop CPU with 18 cores and 36 threads.

All of the latest X-Series chips run on Intel’s new x299 chipset, replacing the x99 platform used by their predecessors. New x299-based motherboards and full desktop systems will be available “in the coming weeks”.
The Core i9 Extreme Edition i9-7980XE, what Intel calls the first teraflop desktop PC processor ever, will be priced at $1,999. The lower-tier Core i9 family: Core i9 X-series chips in 16-core, 14-core, 12-core, and 10-core versions, with prices climbing from $999 to $1,699. If these Core i9 X-series chips are too rich, Intel also introduced three new Core i7 X-series chips, priced from $339 to $599, and a $242 quad-core Core i5. All of the new chips are due “in the coming weeks,” Intel said.

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Face Swap

Android users there is a good news for you! Microsoft just released an Android app in Google play store. The app had been launched in Play Store and the iOS version is already on its way. The new app launched by Microsoft was called Face Swap.

Android users there is a good news for you! Microsoft just released an Android app in Google play store. The app had been launched in Play Store and the iOS version is already on its way.
The new app launched by Microsoft was called Face Swap. As its name suggests this app does a simple job to put your face on pictures it finds online using Microsoft’s super-advance facial recognition method and Bing image search.
Well, users need to click a selfie which will trigger the facial recognition system. Once the facial recognition system recognizes your face it will let you search online for images or you can even choose pictures from your camera roll for popular faces and displays.
This app has the potential to match skin tones, lighting conditions, head turns and tilts automatically. This app also lets you put multiple faces in a single scene, which is perfect for group shots.

The firm says “Face Swap was developed from conception to app store over 5 months by the small incubation team within the Bing organization. The engineering team included developers in remote locations, allowing us to work around the clock and iterate rapidly on the product. We employed continuous user research studies with external participants, which helped us build a product that is easy and intuitive to use”

For Download Click Here

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Protect Against WannaCry: Microsoft Issues Patch For Unsupported Windows (Xp, Vista, Windows 8 & 8.1 Users)

Protect Against WannaCry: Microsoft Issues Patch For Unsupported Windows (Xp, Vista, Windows 8 & 8.1 Users

Update —  If you are thinking that activating the kill-switch has completely stopped the WannaCry Ransom ware, then you are mistaken. WannaCry 2.0 version has just arrived without any 'kill-switch' function. Get prepared for the next massive wave of ransom ware attacks.

In the wake of the largest ransom ware attack in the history that had already infected over 114,000 Windows systems worldwide since last 24 hours, Microsoft just took an unusual step to protect its customers with out-of-date computers.

Microsoft has just released an emergency security patch update for all its unsupported version of Windows, including Windows XP, Vista, Windows 8, Server 2003 and 2008 Editions.

So, if your organization, for some reason, is still running on Windows XP ,Vista, Windows 8 & 8.1 you are strongly advised to download and Apply The Patch Apply The Patch.

WannaCrypt, or also known as WannaCry, is a new ransom ware that wreaked havoc across the world last night, which spreads like a worm by leveraging a Windows SMB vulnerability (MS17-010) that has been previously fixed by Microsoft in March.

A large number of successful infections of the WannaCry ransom ware at an astonishing pace concludes that either significant number of users have not yet installed the security patch released in March (MS17-010) or they are still running an unsupported version of Windows for which Microsoft is no longer releasing any security update.

So far, Criminals behind WannaCry Ransom ware have received nearly 100 payments from victims, total 15 Bitcoins, equals to USD $26,090.

Moreover, if you are using Windows 10, you are on the safe side.

"The exploit code used by WannaCrypt was designed to work only against unpatched Windows 7 and Windows Server 2008 (or earlier OS) systems, so Windows 10 PCs are not affected by this attack," Microsoft says.

Once infected, WannaCry locks files on the computers and requires victims to pay $300 in Bitcoins to get back the control of their systems, along with a threat to double the price to $600.

But there's no guarantee of getting your files back even after paying the ransom.

How is WannaCry Spreading?

Such ransom ware infection typically leverages social engineering or spam emails as a primary attack vector, tricking users into downloading and executing a malicious attachment.

WannaCry is also leveraging one such social engineering trick, as FoxIT researchers uncovered one variant of the ransom ware that is initially distributed via an email containing a link or a PDF file with payload, which if clicked, installs WannaCry on the targeted system.

Once executed, the self-spreading WannaCry ransom ware does not infect the targeted computers immediately, as malware reverse engineers found that the dropper first tries to connect the following domain, which was initially unregistered:

hxxp://www[.]iuqerfsodp9ifjaposdfjhgosurijfaewrwergwea[.]com

If the connection to the above-mentioned unregistered domain fails (which is obvious), the dropper proceeds to infect the system with the ransom ware that would start encrypting files.

But if the connection is successful, the dropper does not infect the system with the WannaCry ransom ware module.

A security researcher, tweeting as MalwareTech, did the same and registered the domain mentioned above, accidentally triggering a "kill switch" that can prevent the spread of the WannaCry ransom ware, at least for now.

Malware Tech registered this domain by spending just £10, which makes the connection logic successful.

"In other words, blocking the domain with firewall either at ISP or enterprise network level will cause the ransom ware to continue spreading and encrypting files," Microsoft warned.

If infected, the malware scans the entire internal network and spread like a worm into all unlatched Windows computers with the help of SMB vulnerability.

The SMB vulnerability has been identified as EternalBlue, a collection of hacking tools allegedly created by the NSA and then subsequently dumped by a hacking group calling itself "The Shadow Brokers" over a month ago.

So Far, Over 114,000 Infections Detected in 99 Countries

WannaCry Ransom ware attack has become the largest ransom ware infection in history within just a few hours.

• A total of 16 U.K. organizations has been affected by the ongoing attack, including the National Health Service (NHS), which was forced to reject patients, cancel operations, and reschedule appointments due to malware infection.
• WannaCry also targeted Spanish telecom giant Telefónica infecting by some of its computers on an internal network, but did not affect clients or services.
• Other victims of the attack include Portugal Telecom and Russia’s MegaFon.
• Delivery company FedEx was also a victim.
• Users from Japan, Turkey, and the Philippines were also affected.

7 Easy Steps to Protect Yourself

Currently, there is no WannaCry decryption tool or any other solution available, so users are strongly advised to follow prevention measures in order to protect themselves.

• Keep your system Up-to-date: First of all, if you are using supported, but older versions of Windows operating system, keep your system up to date, or simply upgrade your system to Windows 10.
• Using Unsupported Windows OS? If you are using unsupported versions of Windows, including Windows XP, Vista, Server 2003 or 2008, apply the emergency patch released by Microsoft today. (Click Here to Download)
• Enable Firewall: Enable firewall, and if it is already there, modify your firewall configurations to block access to SMB ports over the network or the Internet. The protocol operates on TCP ports 137, 139, and 445, and over UDP ports 137 and 138.
• Disable SMB: Follow steps described by Microsoft to disable Server Message Block (SMB).
• Keep your Antivirus software up-to-date: Virus definitions have already been updated to protect against this latest threat. (KasperSky Internet Security Premium Click Here to Download) 
• Backup Regularly: To always have a tight grip on all your important files and documents, keep a good backup routine in place that makes their copies to an external storage device that is not always connected to your PC.
• Beware of Phishing: Always be suspicious of uninvited documents sent an email and never click on links inside those documents unless verifying the source.

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Difference Between LAN, WAN, MAN, CAN, VPN, BAN, NAN, SAN.

Difference Between LAN, WAN, MAN, CAN, VPN, BAN, NAN, SAN

A computer network is an interconnection of various devices like laptops, routers, switches, servers, etc. with the help of wired or wireless means. We can differentiate these networks by their reach, i.e., geographical area. For example, we have local area network, wide area network, personal area network, metropolitan area network, near-me network, etc. Whatever connection you use, whether your home WiFi or the office Ethernet, you’re a part of some computer network. A computer network can include devices like routers, hubs, switches, end-user devices, repeaters, network cards, etc. These devices can be arranged in various network topologies as per the requirement.

Local Area Network (LAN)

LAN is a form of a computer network most known to the general public. It has a limited reach, roughly a bunch of closely situated houses or building. And that’s because we typically use the Ethernet technology (IEEE 802.3) to power our local area networks. The ethernet cables we lay across our houses and offices have their practical limitations. Beyond a certain length, the speed gets degraded. The reach of a LAN can be enhanced using repeaters, bridges, etc.

Home Area Network (HAN)

A kind of local area network is the HAN (Home Area Network). All the devices like smartphones, computers, IoT devices, televisions, gaming consoles, etc. connect to a central router (wired or wireless) placed in a home constitute a home area network.

Wireless LAN (WLAN)

This type of computer network is a wireless counterpart of the local area network. It uses the WiFi technology defined as per the IEEE 802.11 standards. If you’re the one who thinks WiFi and WLAN are the same things, then you need to rectify your confusion. They are completely different. WiFi is used to create a wireless local area network.

WiFi networks can reach up to a few hundred meters in a clear line of sight. However, just like wired LAN, its range can be increased using wireless repeaters and bridges.

Personal Area Network (PAN)

As the name suggests, a personal area network is intended for personal use within a range of a few ten meters. Mainly, the technologies used for creating personal area networks are wireless. A notable example of WPAN is the Bluetooth technology, mostly found on portable devices like smartphones, laptops, tablets, wearable, etc. Other PAN technologies are Zigbee, Wireless USB, etc.

Campus Area Network (CAN)

A network infrastructure covering the school, university, or a corporate premises can be dubbed as campus area network. It can comprise of several LANs, a central firewall, and connected to the internet using a leased line or any other means.

Metropolitan Area Network (MAN)

The area covered by a MAN is quite larger in comparison to a LAN and CAN. In fact, a MAN can be used to link several LANs spread across a city or a metro area. A wired backhaul spread across a city is used to powers a metropolitan area network in that place. You might have known about various city-wide WiFi networks in different parts of the world.

Wide Area Network (WAN)

We can think of a WAN as the superset of all the small networks we find in our homes, offices, cities, states, and countries. The router or modem placed at your home is a device used to connect to the WAN. The internet is also a type WAN that spans across the entire earth.

Various technologies like ADSL, 4G LTE, Fiber optic, cable, etc. are used to connect to the internet. However, these technologies mostly confine to a country at max. Cables are laid across countries and continents to establish global connectivity.

Storage Area Network (SAN)

Generally, it is used to connect external storage devices to servers but make them believe that the storage is attached directly. The technology used to accomplish this is known as Fiber Channel.

Body Area Network (BAN)

You can create a body area network by using wearable devices like smartwatches, fitness bands, biometric RFID implants, and medical devices placed inside the body like pacemakers. Wireless BAN is the primary form used to created such networks. It is defined as per the IEEE 802.15.6 standard which describes a short-range, extremely low power wireless communication within or in a vicinity of the human body.

Wireless BAN can work together with PAN technologies. For instance, a Bluetooth-connected smartphone can be used to sync data from wearables and various sensors present in the body.

Near-me Network (NAN)

Although it sounds totally unfamiliar, you use Near-me network almost every day. Remember chatting with your friends on Facebook while all of you were sitting in the same room. You were part of a NAN, even though you might be on the networks of different carriers.

A message from your device would traverse all the way to Facebook servers over the internet come to your friend’s device sitting right next to you. In a logical way, both the device are on some sort of network. Basically, the criteria for the devices is to lie in proximity. They don’t need to be connected to the same network. For instance, they can be connected via WiFi, cellular, etc.

Virtual Private Network (VPN)

VPN is a type of computer network which doesn’t have physical existence. The devices that are part of a VPN could be present anywhere on the earth, connected to each other over the internet. VPNs are used by corporate to interconnect their offices located in different places and give their remote employees access to company’s resources. It has phased out another type of network known as Enterprise Private Network, a physical network created by organizations to link their office locations.

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USB Thief This Self Projecting USB Trojan Can Give You Nightmares

USB Thief This Self Projecting USB Trojan Can Give You Nightmares

USB Thief This Self Projecting USB Trojan CanSecurity researchers have identified a new malware named USB Thief that has the ability to steal data from air-gapped computers without leaving its trace. The malware uses a unique method of protecting itself with AES128-encryption and renaming the files in each new instance.

Imagine a malware that spreads through USB drives, steals your computer’s data and goes undetected. Sounds like a bitter pill to swallow? Well, security researchers have spotted this unique data-stealing trojan in the wild that comes with self-protection mechanism that protects it from being reproduced or copied.

The researchers at ESET security firm have unveiled the fact that Win32/PSW.Stealer.NAI malware, or USB Thief, can attack the isolated or air-gapped computers. Each attack of this malware relies on a USB device and it leaves no evidence on its target.

How does USB Thief spread in the wild?

Instead of spreading via the tried-and-tested techniques of autorun files and shortcuts to run itself, USB Thief uses another technique that involves using itself in the portable versions of popular application like NotePad++, Firefox web browser, and TrueCrypt on thumb drives.This queer fish takes advantage of this disguise and finds home in the command chain of such applications in the form of a dynamically linked library or a plugin. As a result, whenever the target runs the applications, the malware also runs in the background.

The protection mechanism of USB Thief.

The USB Thief malware contains six files — four executables and two containing configuration data. Talking about its self-protection techniques, the malware uses two methods:1) Some of the files are protected by AES128-encryption.

2) The filenames are generated with some cryptographic jugglery that makes the filenames different for every instance of malware.The researchers found it very challenging to crack this dish fit for hacking Gods. Here’s is the execution flow of malware explained in a flow-chart. The malware operates with 3 payloads that interact with two configuration files and implements the data stealing functionality with the payload.

At the moment, the USB Thief malware is not widespread but its ability to be used in targeted attacks on isolated computers makes it the black sheep of the malware family. fossBytes advises you to turn of Autorun feature in your computer and do not use USB drive from random sources.

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Some Useful Websites For Hacking.

Some Useful Websites For Hacking.

To check if a port is open:  
http://www.canyouseeme.org/

To multiple scan a file for viruses:
http://vscan.novirusthanks.org/

To check if a site is down:
http://www.downforeveryoneorjustme.com/

A place to get newest exploits:
http://www.exploit-db.com/

Lets other people view your inserted text:
http://pastebin.com/

The free online crypting + decrypting service:
http://www.crypo.com/

An online MD5 decrypter:
http://www.md5decrypter.com/

The best online Admin Page Finder:
http://sc0rpion.ir/af/

Online WPA cracker:
http://wpa.darkircop.org/

Online Fake Mailer:
http://emkei.cz/

A mailing site ( it gives you a temporary email account to send and receive messages ):
http://10minutemail.com/10MinuteMail/index.html

It gives you alternatives for program's:
http://alternativeto.net/

Upload and send files to friends etc. Very quick:
http://ge.tt/

Note!!!!!!

This post is share just for an education purpose. 

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Five Common Mistakes That Fresh Hackers Make

Five Common Mistakes That Fresh Hackers Make

Starting out as a beginner in hacking can be a lot of fun, but there are some common mistakes that most make. If you’re reading this, then you have the unique advantage of avoiding these mistakes when you’re still news. The following five points will tell you what not to do in your journey towards becoming a true hacker.

1. If you see a website offering hacking software or offering to hack email ids for money, avoid them. These websites are nothing but scams and won’t work.

2. A software that claims to hack giants like Google, Facebook, Yahoo and the like is a hoax. There are no such software available. You may get yourself hacked while trying to get these.

3. Don’t use key loggers and Trojans found as freeware online. These software aren’t meant to be free and you will be giving access to your own computer to another hacker.

4. Programming and scripting languages are very important parts of any hacker’s arsenal. If you plan to use software only then you would also be limited by the software’s functionalities.

5. A good hacker is a good programmer, security expert, developer and good script writer. It is usually not the other way around. You must know this for cross site scripting.

So, hacking is not simply about making your way into websites and leaving your mark. You have a great set of talents a can also get the best jobs in the industry.

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Hacking Facebook & WhatsApp Signals To Track 4G/LTE Smartphone’s Precise Locations

Hacking Facebook & WhatsApp Signals To Track 4G/LTE Smartphone’s Precise Locations

Researchers have made a low-cost gadget to track the precise location of smartphones using 4G/LTE by hacking Facebook and WhatsApp signals. It was earlier thought that though such attacks could be targeted against the 2G and 3G enabled smartphones and 4G/LTE enabled smartphones are immune. to such attacks Security researchers have revealed how simply contacting somebody via WhatsApp or Facebook messenger can reveal a smartphone owner’s location by exploiting a security flaw in 4G mobile networks.

According to researchers, a hacker could use the apps to discover the supposedly anonymised identifiers that are assigned to devices when they connect to a network. This can than be used to track their precise location.

4G/LTE enabled smartphones are expected to have a user base of about 1.37 billion people by the end of the year. The researchers assembled a $1,400 gadget which runs on freely available open-source software. The contraption can target 4G/LTE smartphones to leak their location to within a 32- to 64-foot (about 10 to 20 meter) radius and in some cases their GPS coordinates. The researchers said only tech savvy smartphone users can detect any intrusion made by their gadget. They also said that there exists a separate method that can track the smartphone user to a area of one square mile and is virtually impossible detect.

When a smartphone connects to a mobile network, it is assigned a temporary number called a TMSI (Temporary Mobile Subscriber Identity). The network then uses this eight-digit number to identify a device, rather than a phone number, to make communication more private.

However, a hacker monitoring radio communications could tie this TMSI to an individual by sending them a Facebook message or WhatsApp chat, both of which trigger a special “paging request” from a network that contains specific location information about a particular TMSI number.

Anybody with a Facebook account can send another user a Facebook message. Unless the two users are friends, this message will end up in Facebook’s “Other” folder, a feature most users do not know about that is only accessible on the social network’s desktop version, but sending a user a message will still trigger a paging request.

Likewise, WhatsApp’s “typing notification” – a feature on the chat app that displays when a contact is composing a message – also triggers the connection. If a hacker has a victim’s phone number, they could send them a message on WhatsApp, and if the victim begins to type a response, the network issues a paging request.

It is relatively easy to monitor these signals using easily-available network hardware, according to the researchers, from Aalto University, the University of Helsinki, Technische Universitat Berlin and Telekom Innovation Laboratories.

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Some Library Of C, C++ Programming & It's Description

Some Library Of C, C++ Programming & It's Description

1. <stdio.h>: input and output function in program.

2. <conio.h>: to clear screen and pause information function.

3. <ctype.h>: function for testing characters

4. <string.h>: function for manipulating string

5. <math.h>: mathematical function 

6. <stdlib.h>: utility function for number, conversion, storage allocation

7. <assert.h>: function that can be used to add diagnostics to a program

8. <stdarg.h>: function that can be used to step through a list of function arguments

9. <setjmp.h>: function that can be used to avoid the normal call and return sequence

10. <signal.h>: function for handling exceptional condition that may arise in a program

11. <time.h>: function for manipulating date and time

12. <limits.h>: constant definitions for the size of C data types

13. <float.h>: definitions relating to floating-point arithmetic

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4 Ways To Be Anonymous Online

4 Ways To Be Anonymous Online

Want to be anonymous online to view blocked websites, protect your self from hackers or want to hack some one and stay un-traced?. In the following post i will explain 4 easy ways by which you can stay anonymous online!


1. Using Proxies

A proxy is an address ( IP address) of a Server (proxy server) that is placed between your computer and the Internet The advantage ofa proxy is that your real IP address is Hidden so when you hack your giving the IP address ofthe proxy sever and not your real IP address Same way if your a normal Internet user the hacker won't get your real IP but the IP of the proxy server.You can use it to enter site or forum that you areIP is banned. To know more about proxies les me know above this post and I will post a full tutotial about it.


2. Using Tor


Tor-proxy is a free proxy-server service that Internet users can useto hide their IP address while surfing the Web. Tor (The Onion Router) is free software for enabling online anonymity. Tor directs Internet traffic through a free, worldwide volunteer network consisting of more than three thousand relays to conceal auser's location or usage from anyone. I have written a complete How to guide on how to use tor - just let me know if you need it


3. SSH Tunneling

SSH tunnel is an encrypted tunnel created through an SSH protocol connection. SSH tunnels may be used to tunnel unencrypted trafficover a network through an encrypted channel.In easy language,you can surf net withoutbeing monitored and even surf blocked sites too. To know more about SSH and SSH tunneling let me know if you would like to read: SSH tunneling guide.


4. Using VPN

Virtual Private Network. Basically it’s a private network which lets users to connect to other users orremote sites using a public network usually internet. It uses "virtual" connections routed through the Internet from the company’s private network to the remote site or employee instead of physical connections. In short, it is private network constructed within a public network infrastructure,such as the global Internet. The Biggest difference between proxy and VPN is everything in a VPN is encrypted which gives an additional layer of security. There are some paid Andfree VPN services. 

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