Monthly Archives: November 2017

Secure Your Android! Using This VPN For Your Mobile – By Pro Hackers

If you’re using a VPN on your Android device because you want to improve your online privacy and security, that’s a great start!

 

VPN or Virtual Private Network

A VPN or Virtual Private Network is a method used to add security and privacy to private and public networks, like WiFi Hotspots and the Internet. VPNs are most often used by corporations to protect sensitive data. However, using a personal VPN is increasingly becoming more popular as more interactions that were previously face-to-face transition to the Internet. Privacy is increased with a VPN because the user’s initial IP address is replaced with one from the VPN provider. This method allows subscribers to attain an IP address from any gateway city the VPN service provides. For instance, you may live in San Francisco, but with a VPN, you can appear to live in Amsterdam, New York, or any number of gateway cities.

 

VPN Security

Security is the main reason why corporations have used VPNs for years. There are increasingly simple methods to intercept data traveling to a network. WiFi spoofing and Firesheep are two easy ways to hack information. A useful analogy is that a firewall protects your data while on the computer and a VPN protects your data on the web. VPNs use advanced encryption protocols and secure tunneling techniques to encapsulate all online data transfers. Most savvy computer users wouldn’t dream of connecting to the Internet without a firewall and up-to-date antivirus. Evolving security threats and ever increasing reliance on the Internet make a VPN an essential part of well-rounded security. Integrity checks ensure that no data is lost and that the connection has not been hijacked. Since all traffic is protected, this method is preferred to proxies.

 

 

Download GRIP VPN FOR FREE

 

dirsearch – Website Directory Scanner For Files & Structure

dirsearch is a Python-based command-line website directory scanner designed to brute force site structure including directories and files in websites.

dirsearch - Website Directory Scanner For Files & Structure

 

dirsearch Website Directory Scanner Features

dirsearch supports the following:

  • Multithreaded
  • Keep alive connections
  • Support for multiple extensions (-e|–extensions asp,php)
  • Reporting (plain text, JSON)
  • Heuristically detects invalid web pages
  • Recursive brute forcing
  • HTTP proxy support
  • User agent randomization
  • Batch processing
  • Request delaying

dirsearch Web Directory Structure Scanner & Wordlists

Dictionaries must be text files. Each line will be processed as such, except that the special word %EXT% is used, which will generate one entry for each extension (-e | --extension) passed as an argument.

Example:

Passing the extensions “asp” and “aspx” will generate the following dictionary:

 

You can also use -f | --force-extensions switch to append extensions to every word in the wordlists (like DirBuster).

 

You can download dirsearch here:

dirsearch-v0.3.8.zip

Or read more here.

Four methods hackers use to steal data from air-gapped computers

Researchers have devised numerous ways to extract data from computer systems by developing covert channels. These channels fall into four general groups:

  • Electromagnetic (the earliest attack vector)
  • Acoustic (beyond speakers, modulated fan and disk drive noise can be used)
  • Thermal (very low speeds possible)
  • Optical (a hot area, where speeds up to 4k bps have been demonstrated)

Electromagnetic (EM) channels range from eavesdropping on the EM radiation from the memory bus, to leakage from USB ports and cables. EM was the first channel widely explored and used, and has made EM shielding a common preventative measure.

Acoustic channels have become popular with a advent of hackable smartphones whose microphones can pick up audio signals that humans can’t differentiate from background hum. The latest area is the use of ultrasonic sounds, whose higher frequencies are both inaudible and offer greater bandwidth.

Thermal hacks have been demonstrated, but with bandwidth measured in a few tens of bits per second over a short distance. It isn’t clear that thermal transmission will ever find a practical covert use.

A more recent focus has been optical transmission. With the advent of widespread – and easily hacked — surveillance cameras, the ubiquitous LEDs on almost every system can transmit significant amounts of data.

There are three classes of LED used in today’s computer equipment.

  • unmodulated LEDs that indicate device state, such as power on.
  • time modulated LEDs that indicate device activity levels.
  • modulated LEDs that indicate the content of the data being processed.

The human eye has a hard time detecting flickers much above 60Hz, so human users won’t know if an LED is being used covertly or not. Of course, many consumer devices, such as the new iPhone X, are equipped with infrared (IR) LEDs that are designed to transmit or receive data invisibly.

LEAKY LEDS

Many network devices use LEDs to indicate data activity, which, with a large enough sample, can indicate the traffic passing through them. If the device can be hacked — and what isn’t, these days? — the LEDs can transmit much more specific data.

Storage drive activity LEDs have demonstrated transmission speeds up to 4k bps using surveillance cameras as optical receivers. This is fast enough to handle encryption keys, keystroke logging, and text and binary files.

Drive lights flicker in operation normally, so users are unlikely to notice any additional flickering during data transmission.

As drives have microprocessors embedded in their controllers, they are eminently hackable.

Printer LEDs have also been recently demonstrated to offer covert channel capability. Basically, if it has an LED and a microprocessor, it can be hacked.

UNMODULATED STATE INDICATORS

But what about using the least promising LED type: unmodulated state indicators?

In a recent paper, Exfiltration of Data from Air-gapped Networks via Unmodulated LED Status Indicators researchers Zhou et al., demonstrated that ordinary keyboard LEDs — such cap and num locks — can be used to exfiltrate data using IP cameras, without users being any the wiser.

As with any communications channel, the signal encoding method is key to getting the most performance and reliability from the limited bandwidth. The obvious method, On-Off Keying (OOK), presents a zero when off and a 1 when on. The problem is that surveillance cameras usually run at 15 frames per second, which hobbles data bandwidth. And, of course, users may wonder why their keyboard LEDs are flicking on and off for no apparent reason.

“In our approach, we use Binary Frequency Shift Keying (B-FSK) to modulate the signal. We can use one flicker frequency f0 to encode a logical zero(0), and use another flicker frequency f1 to encode a logical one.”

But that leaves one more problem: how do you simulate flicker frequencies when the LED should be either on or off — i.e. it is not a modulated LED to begin with? The team found that by turning a normally on LED off with a duration of less than 50ms, the human eye cannot detect the flicker. Thus two different flicker patterns can be presented from an apparently always-on LED.

The major downside to this method is that the bit rates are on the order of 12 bits per second. But if the data is high value, such as an encryption key, that may be all that is needed.

THE STORAGE BITS TAKE

Storage vendors often talk about encrypting data at rest, so you can’t steal a drive and access its data. But that’s not the big problem, especially if you’re striping data across multiple drives. The problem is when data is in motion, being typed, displayed, or processed.

LEDs are amazing devices, but clearly their use in computer screens, keyboards, switches, and drives, is a security issue. Given their ubiquity, any facility under surveillance is at risk.

If only we put as much energy into security as we do hacking!

Courteous comments welcome, of course. The paper has a good intro to data exfiltration methods, which I borrowed from.

WhatsApp Spy Tool

What is a WhatsApp Spy Tool?

Spy tool is something that is used to check all the data and details of any device anonymously. You can access to your target’s SMS, calls, and all the multimedia stuff virtually.

Spy software is widely used by parents for their child security from online scam and other +18 content. Parents can check out all the stuff from their child’s phone like web history call, their WhatsApp messages and they can Listen to the calls also. Spy software is critical because with this you can check out your child’s real-time location if your child is going to any restricted area.

Best WhatsApp Spy App

There are hundred of spy software available in the market at this time. But only a few are working fine. So we have selected the best available Whatsapp Spy software for you. This software can hack almost anything from your victim’s phone. You just need to download this Program and start WhatsApp hacking.

Online whatsapp Hacking

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WAFNinja – Web Application Firewall Attack Tool – WAF Bypass

WAFNinja is a Python-based Web Application Firewall Attack Tool designed to help penetration testers execute WAF bypass by automating the steps necessary to bypass input validation.

WAFNinja - Web Application Firewall Attack Tool - WAF Bypass

 

The tool was created with the objective to be easily extendible, simple to use and usable in a team environment.

What can WAFNinja Web Application Firewall Attack Tool Do?

Many payloads and fuzzing strings, which are stored in a local database file come shipped with the tool.

WAFNinja supports:

  • HTTP connections
  • GET requests
  • POST requests
  • Using Cookies (for pages behind auth)
  • Intercepting proxy

Using WAFNinja for WAF Bypass

Examples of Web Application Firewall Attacks

Fuzz:

Bypass:

Insert-fuzz:

You can download WAFNinja here:

WAFNinja-master.zip

Or read more here.