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2020年4月16日星期四

W3AF

"W3AF is a Web Application Attack and Audit Framework. The project goal is to create a framework to find and exploit web application vulnerabilities that is easy to use and extend. This project is currently hosted at SourceForge." read more...

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TLS-Attacker V2.2 And The ROBOT Attack

We found out that many TLS implementations are still vulnerable to different variations of a 19-year old Bleichenbacher's attack. Since Hanno argued to have an attack name, we called it ROBOT: https://robotattack.org

Given the new attack variants, we released a new version of TLS-Attacker 2.2, which covers our vulnerabilities.

Bleichenbacher's attack from 1998

In 1998, Daniel Bleichenbacher discovered that the error messages given by SSL servers for errors in the PKCS #1 1.5 padding allow an adversary to execute an adaptive-chosen ciphertext attack. This attack also belongs to the category of padding oracle attacks. By performing the attack, the adversary exploits different responses returned by the server that decrypts the requests and validates the PKCS#1 1.5 padding. Given such a server, the attacker can use it as an oracle and decrypt ciphertexts.
We refer to one of our previous blog posts for more details.

OK, so what is new in our research?

In our research we performed scans of several well-known hosts and found out many of them are vulnerable to different forms of the attack. In the original paper, an oracle was constructed from a server that responded with different TLS alert messages. In 2014, further side-channels like timings were exploited. However, all the previous studies have considered mostly open source implementations. Only a few vulnerabilities have been found.

In our scans we could identify more than seven vulnerable products and open source software implementations, including F5, Radware, Cisco, Erlang, Bouncy Castle, or WolfSSL. We identified new side-channels triggered by incomplete protocol flows or TCP socket states.

For example, some F5 products would respond to a malformed ciphertext located in the ClientKeyExchange message with a TLS alert 40 (handshake failure) but allow connections to timeout if the decryption was successful. We could observe this behaviour only when sending incomplete TLS handshakes missing ChangeCipherSpec and Finished messages.
See our paper for more interesting results.

Release of TLS-Attacker 2.2

These new findings motivated us to implement the complete detection of Bleichenbacher attacks in our TLS-Attacker. Before our research, TLS-Attacker had implemented a basic Bleichenbacher attack evaluation with full TLS protocol flows. We extended this evaluation with shortened protocol flows with missing ChangeCipherSpec and Finished messages, and implemented an oracle detection based on TCP timeouts and duplicated TLS alerts. In addition, Robert (@ic0ns) added many fixes and merged features like replay attacks on 0-RTT in TLS 1.3.
You can find the newest version release here: https://github.com/RUB-NDS/TLS-Attacker/releases/tag/v2.2

TLS-Attacker allows you to automatically send differently formatted PKCS#1 encrypted messages and observe the server behavior:
$ java -jar Attacks.jar bleichenbacher -connect [host]:[port]
In case the server responds with different error messages, it is most likely vulnerable. The following example provides an example of a vulnerable server detection output:
14:12:42 [main] CONSOLE attacks.impl.Attacker - A server is considered vulnerable to this attack if it responds differently to the test vectors.
14:12:42 [main] CONSOLE attacks.impl.Attacker - A server is considered secure if it always responds the same way.
14:12:49 [main] CONSOLE attacks.impl.Attacker - Found a difference in responses in the Complete TLS protocol flow with CCS and Finished messages.
14:12:49 [main] CONSOLE attacks.impl.Attacker - The server seems to respond with different record contents.
14:12:49 [main] INFO attacks.Main - Vulnerable:true
In this case TLS-Attacker identified that sending different PKCS#1 messages results in different server responses (the record contents are different).
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2020年4月14日星期二

Black Hat Python Free PDF

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HOW TO HACK WHATSAPP ACCOUNT? – WHATSAPP HACK

In the last article, I have discussed a method on WhatsApp hack using SpyStealth Premium App. Today I am gonna show you an advanced method to hack WhatsApp account by mac spoofing. It's a bit more complicated than the last method discussed and requires proper attention. It involves the spoofing of the mac address of the target device. Let's move on how to perform the attack.

SO, HOW TO HACK WHATSAPP ACCOUNT?                                                          

STEP TO FOLLOW FOR WHATSAPP HACK

Here I will show you complete tutorial step by step of hacking WhatsApp account. Just understand each step carefully so this WhatsApp hack could work great.
  1. Find out the victim's phone and note down it's Mac address. To get the mac address in Android devices, go to Settings > About Phone > Status > Wifi Mac address. And here you'll see the mac address. Just write it somewhere. We'll use it in the upcoming steps.
  2. As you get the target's mac address, you have to change your phone's mac address with the target's mac address. Perform the steps mentioned in this article on how to spoof mac address in android phones.
  3. Now install WhatsApp on your phone and use victim's number while you're creating an account. It'll send a verification code to victim's phone. Just grab the code and enter it here.
  4. Once you do that, it'll set all and you'll get all chats and messages which victims sends or receives.
This method is really a good one but a little difficult for the non-technical users. Only use this method if you're technical skills and have time to perform every step carefully. Otherwise, you can hack WhatsApp account using Spying app.
If you want to know how to be on the safer edge from WhatsApp hack, you can follow this article how to protect WhatsApp from being hacked.
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PHASES OF HACKING

What is the process of hacking or phases of hacking?
Hacking is broken up into six phases:The more you get close to all phases,the more stealth will be your attack.

1-Reconnaissance-This is the primary phase of hacking where hacker tries to collect as much as information as possible about the target.It includes identifying the target,domain name registration records of the target, mail server records,DNS records.The tools that are widely used in the process is NMAP,Hping,Maltego, and Google Dorks.

2-Scanning-This makes up the base of hacking! This is where planning for attack actually begins! The tools used in this process are Nessus,Nexpose,and NMAP. After reconnaissance the attacker scans the target for services running,open ports,firewall detection,finding out vulnerabilities,operating system detection.

3-Gaining Access-In this process the attacker executes the attack based on vulnerabilities which were identified during scanning!  After the successful, he get access to the target network or enter in to the system.The primary tools that is used in this process is Metasploit.

4-Maintaining Access-It is the process where the hacker has already gained access in to a system. After gaining access the hacker, the hacker installs some backdoors in order to enter in to the system when he needs access in this owned system in future. Metasploit is the preffered toll in this process.

5-Clearning track or Covering track-To avoid getting traced and caught,hacker clears all the tracks by clearing all kinds of logs and deleted the uploaded backdoor and anything in this process related stuff which may later reflect his presence!

6-Reporting-Reporting is the last step of finishing the ethical hacking process.Here the Ethical Hacker compiles a report with his findings and the job that was done such as the tools used,the success rate,vulnerabilities found,and the exploit process.

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Advanced Penetration Testing • Hacking The World'S Most Secure Networks Free PDF

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What Is Brave Browser And How Does It Compares To Chrome ?

       There are more competing web browsers than ever, with many serving different niches. One example is Brave, which has an unapologetic focus on user privacy and comes with a radical reimagining of how online advertising ought to work.

Brave is based on Chromium, the open-source code that forms the basis for Google Chrome. But is it any good? And for those using Google Chrome, is it worth switching to Brave?

A Brief History of Brave

When Brendan Eich and Brian Bondy founded Brave in 2015, they wanted to address what they perceived as the biggest problem with the modern internet: intrusive advertising.

Advertising is the fuel that powers the modern internet, allowing websites and digital creatives to monetize their content without charging users for each article read or every video watched. That said, Eich and Bondy think it's got some pretty significant downsides, citing the potentially privacy-harming nature of advertising trackers, as well as the negative impact it has on the overall user experience.

Brave's first release came about amidst two significant trends, which ultimately defined the new browser.

First, the cryptocurrency revolution was in full swing. Companies and individuals alike—like the pseudonymous Satoshi Nakamoto—were creating their own decentralized cryptocurrencies, which quickly reached billion-dollar market capitalizations. Second, ad-blocking technology entered the mainstream. By the decade's halfway point, millions of people were blocking ads online across all browsers, desktop, and mobile.

Brave was one of the first browsers to include built advertisement and tracker blockers, leapfrogging the likes of Opera. It also came with its own cryptocurrency, called BAT (or Basic Attention Token), allowing users to reimburse the sites and creators they like.

Essentially, Brave wants to re-imagine how the Internet works: not just on a usability level, but on an economic level. It's an undeniably radical vision, but you wouldn't expect any less, given its founding team.

Brendan Eich is the inventor of the JavaScript programming language and co-founded the Mozilla Foundation, which created the popular Firefox web browser. He also briefly served as the foundation's CEO before resigning following a bitter controversy over his political donations. Brian Bondy is also ex-Mozilla, and spent time at education startup Khan Academy.

Beyond that, Brave is a reasonably standard browser. Like Edge, Chrome, and Opera, it's built upon the Blink rendering engine, which means webpages should work as you expect. Brave is also compatible with Chrome extensions.

To Track or Not to Track?

The Brave browser is characterized by an unapologetically pathological focus on user privacy. Its primary mechanism for delivering this is something called Brave Shields, which combines traditional tracker-blocking technology, paired with several under-the-hood browser configuration tweaks. This feature is turned on by default, although users can easily de-activate it should it cause websites to break.

As you might expect, Brave blocks trackers based on whether they appear in several public blocklists. Going beyond that, it also uses cloud-based machine learning to identify trackers that slipped through the net, in addition to browser-based heuristics.

Brave Shields also forces sites to use HTTPS, where both an encrypted and unencrypted option is available. By forcing users to use an encrypted version of a website, it makes it harder for those on your network to intercept and interfere with the content you visit. While this sounds abstract, it's more common than you think. Public Wi-Fi hotspots, like those found in airports, routinely inject their own ads into websites being visited. Although upgrading to SSL isn't a silver bullet against all security and privacy, it's a pretty significant security upgrade.

Separately from Shields, Brave also includes a built-in TOR browser. TOR allows users to circumvent local censorship — like that which occurs on a national or ISP level — by routing traffic through other computers on its decentralized network.

The tool, which was funded by the US Department of Defence, is frequently used by dissidents living under authoritarian governments to escape surveillance and censorship. Both Facebook and the BBC offer their own TOR 'onion' sites for this reason. Somewhat of a double-edged sword, it's also used by bad actors — drug dealers, hackers, and other online criminals — to operate free from the scrutiny of law enforcement.

Going Batty for BAT

As mentioned, Brave uses its own cryptocurrency, called BAT, for rewarding websites for the content they appreciate. Microtransaction-based tipping is nothing new. Flattr pioneered it almost a decade ago. What's different about BAT is both the implementation and the scale.

While Flattr used traditional fiat-based currencies (by that, I mean currencies like pounds, dollars, and euros), Flattr has its own fungible (essentially, convertible) cryptocurrency based on the Ethereum blockchain. And, as a browser with mainstream aspirations, Brave can deliver this concept to millions of people.

So, let's talk about how it works. Firstly, it's entirely optional. Users can choose to use brave without even touching the BAT micropayments system. By default, it's turned off.

If you decide to opt-in, users can purchase BAT through a cryptocurrency exchange, like Coinbase. They can also earn it by viewing "privacy-respecting" ads. Rather than traditional banner-based advertising, these present as push notifications. Users can choose to dismiss a notification or view it in full-screen.

Unlike traditional advertising networks, the calculations determining what advertisements to show you are performed on your own device. This means the advertiser isn't able to build a profile of you and your interests.

Of all advertising revenue that Brave receives, it shares 70 percent with users, keeping a 30 percent share. It's also worth noting that Brave's advertising program is only available in a handful of countries, mostly scattered across Europe and the Americas, plus Israel, India, Australia, South Africa, the Philippines, Singapore, and New Zealand.

Once you have some BAT, you can spend it. You can choose to automatically contribute to specific sites or tip creators on an ad-hoc basis. You can even tip individual tweets. When you open Twitter through your browser, Brave will automatically add a button to each post within your newsfeed. Pressing it will open a drop-down window, where you confirm your tip.

The sites accepting BAT include The GuardianThe Washington Post, and Slate, as well as popular tech publications like Android Police and The Register. Brave also plans to allow users to spend their rewards for more tangible rewards: like hotel stays, gift cards, and restaurant vouchers. At the time of publication, this system isn't yet available.

How Does Brave Compare to Google Chrome?

Google Chrome commands the majority of the browser market, with other competitors, including Brave, trailing behind. Independent figures about Brave's adoption aren't readily available. It doesn't show on NetMarketShare or W3Counter, as it uses Chrome's user-agent string. In October, however, the company behind Brave reported eight million monthly active users and 2.8 million daily active users.

While that's pocket change in the broader Internet ecosystem, it's still fairly impressive for a young company that's trying to disrupt a market dominated by a small handful of well-entrenched players, like Mozilla, Google, Microsoft, and Apple.

Brave promises to be faster and less energy-intensive than rival browsers, and it delivers on this. Scientific benchmarks, plus my own anecdotal experiences, pay testament to this. Furthermore, when you open a new tab, Brave shows you how much time you've saved by using it.

However, there are small annoyances you perhaps wouldn't get with other browsers. Functionality that comes standard in Chrome, like the ability to automatically translate webpages, is only available through plug-ins.

You also occasionally encounter webpages that force you to "drop" your shield to access it. And while this isn't Brave's fault, it does highlight the fact that a huge part of the conventional Internet isn't quite prepared to embrace its utopian vision of how content should be monetized.

A Brave New World?

Should you ditch Google Chrome for Brave? Maybe. There's a lot to appreciate about this browser. While it's generally fast, it also feels extremely polished. I appreciate the fact that it comes with both light and dark themes and the ease in which it allows users to protect their privacy from cross-site trackers.

But Brave is more than a browser. It's a statement about how the Internet should work. And while most people will agree that the pace and scale of online tracking should be rolled back, many may disagree whether cryptocurrencies are the best way to monetize content that is otherwise funded by traditional in-browser advertising. And are push notification-based advertisements on your desktop really a less irritating form of advertising?

Ultimately, the question is whether you agree with Brave's approach or not.

@£√£RYTHING NT

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