sexta-feira, 12 de junho de 2020

How To Control Android Phone From Another Phone Remotely

How to control Android phone From another phone Remotely

If you wish to remotely control Android phone from another phone, then you have come to the right place. It might sound surprising, but now you can easily control Android from Android by using the right kinds of applications. This can let you keep a strict eye on your kids, spouse, or anyone else remotely. In this informative post, we will make you familiar with different Android to Android remote control apps. Also, we will provide a stepwise solution to use an Android tracking app as well. Let's uncover them by taking one step at a time.

Control Android Phone from Another Phone Remotely

There could be numerous reasons to control Android from Android remotely. In most of the cases, it is used by professionals to access a device over the air. Also, parents like to use an Android to Android remote control at times to get a complete access to their kid's smartphones. Sometimes, it can help us transfer files from one device to another. You can also use it to access your partner's or employee's phone at the time of needs too. In the next section, we will let you know how to remotely control Android phone from another phone.

Control android from another android

How to remotely control Android phone from another phone?

There are different readily available applications that can be used to remotely control Android phone from another phone. We have picked the 3 best tools here.

1. TeamViewer for Remote Control

TeamViewer is one of the most widely known solutions that can provide a remote access to computer and smartphone remotely. It has a dedicated solution for Android as well that can perform the same function without any trouble. You can try its free version and later buy the premium subscription if you wish to.

  • Smart screen sharing with a complete control of the device
  • Control Android from Android by bypassing a security access (a one-time code should be matched).
  • 256 Bit AES session encoding and 2048 Bit RSA key exchange supported for advanced security
  • File transfer is also supported

Compatibility; Android 4.0 and later versions

Get it here >>

Control android from android - TeamViewer for Remote Control

2. RemoDroid

RemoDroid is another smart and lightweight Android to Android remote control that you can use. Besides controlling an Android phone, you can also use this tool to control a TV and other smart devices from your Android device as well.

  • Easy screen sharing provision
  • You can remotely control Android phone from another phone and other smart devices (like a TV)
  • It supports screen sharing between multiple users
  • Password protected and supports one-time authentication
  • Advanced features require root access

Compatibility: Android 4.0 and up

Get it here >>

Control android from android - RemoDroid

3. Inkwire Screen Share and Assist

Inkwire is a highly useful app that every Android user should have installed on their device. This freely available tool can let you share your screen with another user. After sharing the screen, you can provide assistance by marking the screen as well. It is particularly used by users to guide other how to use a certain feature on the device.

  • Once connected, you can easily draw on the screen and guide the other user on a real-time basis.
  • It is extensively used to provide customer support for Android apps.
  • Voice chat option is also included

Compatibility: Android 5.0 and later versions

Get it here >>

Control android from android - Inkwire Screen Share and Assist


@£√£RYTHING NT

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quarta-feira, 10 de junho de 2020

BeEF: Browser Exploitation Framework


"BeEF is the browser exploitation framework. A professional tool to demonstrate the real-time impact of XSS browser vulnerabilities. Development has focused on creating a modular structure making new module development a trivial process with the intelligence residing within BeEF. Current modules include the first public Inter-protocol Exploit, a traditional browser overflow exploit, port scanning, keylogging, clipboard theft and more." read more...


Website: http://www.bindshell.net/tools/beef


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What Is A Vpn And How Is It Works ?

What Is A VPN?

VPN stands for Virtual Private Network, and maybe you have heard or read that term in association with privacy and geolocation. In this article we will learn and look into what exactly is it how does it work and what can it do for you.

How Does A VPN Work?

Let me explain it now but before we dive into VPNs, let me tell you a little bit about how the internet works now. At home, you have probably got some router or modem from your telephone company or your internet service provider. Then that is connected to your desktop, maybe by an Ethernet cable, to your smartphone over Wi-Fi, perhaps to your laptop over Wi-Fi and so on.

Inside your house when you do a laptop talk or your PC talk or your phone talk that is part of your private network, and that does not go out onto the internet. It stays inside your house, but the moment you open a web page somewhere out on the internet that data flows through your modem down into your local phone company or ISP and then out across the internet.

It will travel across the internet until it gets to the server the server will then reply with some information that will come back through the internet into your local telecommunications provider or ISP down through to your modem and then back onto your PC or your Android smartphone.

Now, while all that data is rushing around the internet, it needs to know where it is going and the things to know where they are going. They need an address it is the same with the postal service is the same when you want to go and visit somebody. It is the same with data on the internet.

There are different layers of addressing or different types of addressing that go on, but at the highest level, each of these packets of information has what is called an IP address. The IP address is you have probably seen them there those four digits from 0 to 255 with dots in between them so maybe like 178.304.67.

The modem or your router has probably been assigned an IP address from your ISP and what happens in is that when your data goes through the internet every piece of equipment, it touches every router every server it touches knows that your IP address. It is done that is not because they are trying to spy on you but because trying to connect collect data about the number of people that clicked into their website.

What a VPN does is it allows you to create a tunnel a connection from your home computer to a server somewhere else in the world. The connection is encrypted, and then when I access something on the Internet, it goes through that tunnel and then it arrived at that other server and then it goes on to the Internet, and it will finally arrive at the web server or the service. Your IP address will no longer be your IP address. The IP address of the VPN server protects your IP.

If you use a VPN, first of all, your local telecommunications provider and your local government have no idea about the sites that you are accessing. When you go through the VPN, it is all encrypted. VPN allows you to connect to another server in another country.


@£√£RYTHING NT

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CEH: Gathering Network And Host Information, Types Of Scan


In Hacking the main focus is over gathering the information about victim or victim's machine. Which will help to find out which type of exploit will works according to the given circumstances. Gathering the network and host information means to find out by which network, the which victim's machine is connected and communicating over the network. Moreover, scanning is also performed for gathering information about open and closed ports. After that they'll able to find the vulnerabilities in the target system and try to get access to the system.

Types Of Scan

As a CEH you should know the scan types and uses:

SYN

SYN scan doesn't complete the TCP three way handshake that is why it is known as a half-open scan. An attacker send a SYN packet to the victim machine if SYN/ACK packet is received back to attacker, then it clarify that the port is listening due to the acknowledgment by the victim that it has completed the connection. While if the attacker is received the RST/ACK packet then it assumed that the port is closed or open.


XMAS

XMAS scan works only on target system that has the RFC 793 development of TCP/IP and it doesn't works against any version of windows.
XMAS scan send a packet with by setting up the FIN, URG and PSH flags of the TCP header. The function of this scan is if the port is active there will be no response but if the port is closed the target responds with a RST/ACK packet.


FIN

A FIN scan send a packet by setting up only the FIN flag of the TCP. This scan is similar to XMAS scan. FIN scan receives no response if the port is active while if the port is closed it receives the RST/ACK packet.


NULL 

NULL scan is also similar to the XMAS scan. But the only difference is that it sends a packet without setting up the any flag of TCP header. NULL scan receives no response if the port is open but if the port is closed it receives the RST/ACK packet.


IDLE

It is just like spoofing an IP address by sending a SYN packet to the victim's machine to find out which services are available over the system. This scan is completed with the help of another system called as "Zombie" (that is not receiving or transmitting any information).


More information

How Do I Get Started With Bug Bounty ?

How do I get started with bug bounty hunting? How do I improve my skills?



These are some simple steps that every bug bounty hunter can use to get started and improve their skills:

Learn to make it; then break it!
A major chunk of the hacker's mindset consists of wanting to learn more. In order to really exploit issues and discover further potential vulnerabilities, hackers are encouraged to learn to build what they are targeting. By doing this, there is a greater likelihood that hacker will understand the component being targeted and where most issues appear. For example, when people ask me how to take over a sub-domain, I make sure they understand the Domain Name System (DNS) first and let them set up their own website to play around attempting to "claim" that domain.

Read books. Lots of books.
One way to get better is by reading fellow hunters' and hackers' write-ups. Follow /r/netsec and Twitter for fantastic write-ups ranging from a variety of security-related topics that will not only motivate you but help you improve. For a list of good books to read, please refer to "What books should I read?".

Join discussions and ask questions.
As you may be aware, the information security community is full of interesting discussions ranging from breaches to surveillance, and further. The bug bounty community consists of hunters, security analysts, and platform staff helping one and another get better at what they do. There are two very popular bug bounty forums: Bug Bounty Forum and Bug Bounty World.

Participate in open source projects; learn to code.
Go to https://github.com/explore or https://gitlab.com/explore/projects and pick a project to contribute to. By doing so you will improve your general coding and communication skills. On top of that, read https://learnpythonthehardway.org/ and https://linuxjourney.com/.

Help others. If you can teach it, you have mastered it.
Once you discover something new and believe others would benefit from learning about your discovery, publish a write-up about it. Not only will you help others, you will learn to really master the topic because you can actually explain it properly.

Smile when you get feedback and use it to your advantage.
The bug bounty community is full of people wanting to help others so do not be surprised if someone gives you some constructive feedback about your work. Learn from your mistakes and in doing so use it to your advantage. I have a little physical notebook where I keep track of the little things that I learnt during the day and the feedback that people gave me.


Learn to approach a target.
The first step when approaching a target is always going to be reconnaissance — preliminary gathering of information about the target. If the target is a web application, start by browsing around like a normal user and get to know the website's purpose. Then you can start enumerating endpoints such as sub-domains, ports and web paths.

A woodsman was once asked, "What would you do if you had just five minutes to chop down a tree?" He answered, "I would spend the first two and a half minutes sharpening my axe."
As you progress, you will start to notice patterns and find yourself refining your hunting methodology. You will probably also start automating a lot of the repetitive tasks.

Related word


CEH Practical: Information-Gathering Methodology

 

Information gathering can be broken into seven logical steps. Footprinting is performed during the first two steps of unearthing initial information and locating the network range.


Footprinting

Footprinting is defined as the process of establishing a scenario or creating a map of an organization's network and systems. Information gathering is also known as footprinting an organization. Footprinting is an important part of reconnaissance process which is typically used for collecting possible information about a targeted computer system or network. Active and Passive both could be Footprinting. The example of passive footprinting is assessment of a company's website, whereas attempting to gain access to sensitive information through social engineering is an example of active information gathering. Basically footprinting is the beginning step of hacker to get hacked someone because having information about targeted computer system is the main aspect of hacking. If you have an information about individual you wanna hack so you can easily hacked that individual. The basic purpose of information gathering is at least decide what type of attacks will be more suitable for the target. Here are some of the pieces of information to be gathered about a target
during footprinting:
  • Domain name
  • Network blocks
  • Network services and applications
  • System architecture
  • Intrusion detection system
  • Authentication mechanisms
  • Specific IP addresses
  • Access control mechanisms
  • Phone numbers
  • Contact addresses
Once this information is assemble, it can give a hacker better perception into the organization, where important information is stored, and how it can be accessed.

Footprinting Tools 

Footprinting can be done using hacking tools, either applications or websites, which allow the hacker to locate information passively. By using these footprinting tools, a hacker can gain some basic information on, or "footprint," the target. By first footprinting the target, a hacker can eliminate tools that will not work against the target systems or network. For example, if a graphics design firm uses all Macintosh computers, then all hacking software that targets Windows systems can be eliminated. Footprinting not only speeds up the hacking process by eliminating certain tool sets but also minimizes the chance of detection as fewer hacking attempts can be made by using the right tool for the job. Some of the common tools used for footprinting and information gathering are as follows:
  • Domain name lookup
  • Whois
  • NSlookup
  • Sam Spade
Before we discuss these tools, keep in mind that open source information can also yield a wealth of information about a target, such as phone numbers and addresses. Performing Whois requests, searching domain name system (DNS) tables, and using other lookup web tools are forms of open source footprinting. Most of this information is fairly easy to get and legal to obtain.

Footprinting a Target 

Footprinting is part of the preparatory pre-attack phase and involves accumulating data regarding a target's environment and architecture, usually for the purpose of finding ways to intrude into that environment. Footprinting can reveal system vulnerabilities and identify the ease with which they can be exploited. This is the easiest way for hackers to gather information about computer systems and the companies they belong to. The purpose of this preparatory phase is to learn as much as you can about a system, its remote access capabilities, its ports and services, and any specific aspects of its security.

DNS Enumeration

DNS enumeration is the process of locating all the DNS servers and their corresponding records for an organization. A company may have both internal and external DNS servers that can yield information such as usernames, computer names, and IP addresses of potential target systems.

NSlookup and DNSstuff

One powerful tool you should be familiar with is NSlookup (see Figure 2.2). This tool queries DNS servers for record information. It's included in Unix, Linux, and Windows operating systems. Hacking tools such as Sam Spade also include NSlookup tools. Building on the information gathered from Whois, you can use NSlookup to find additional IP addresses for servers and other hosts. Using the authoritative name server information from Whois ( AUTH1.NS.NYI.NET ), you can discover the IP address of the mail server.

Syntax

nslookup www.sitename.com
nslookup www.usociety4.com
Performing DNS Lookup
This search reveals all the alias records for www.google.com and the IP address of the web server. You can even discover all the name servers and associated IP addresses.

Understanding Whois and ARIN Lookups

Whois evolved from the Unix operating system, but it can now be found in many operating systems as well as in hacking toolkits and on the Internet. This tool identifies who has registered domain names used for email or websites. A uniform resource locator (URL), such as www.Microsoft.com , contains the domain name ( Microsoft.com ) and a hostname or alias ( www ).
The Internet Corporation for Assigned Names and Numbers (ICANN) requires registration of domain names to ensure that only a single company uses a specific domain name. The Whois tool queries the registration database to retrieve contact information about the individual or organization that holds a domain registration.

Using Whois

  • Go to the DNSStuff.com website and scroll down to the free tools at the bottom of the page.
  • Enter your target company URL in the WHOIS Lookup field and click the WHOIS button.
  • Examine the results and determine the following:
    • Registered address
    • Technical and DNS contacts
    • Contact email
    • Contact phone number
    • Expiration date
  • Visit the company website and see if the contact information from WHOIS matches up to any contact names, addresses, and email addresses listed on the website.
  • If so, use Google to search on the employee names or email addresses. You can learn the email naming convention used by the organization, and whether there is any information that should not be publicly available.

Syntax

whois sitename.com
whois usociety4.com

More articles

How To Hack Facebook Messenger Conversation

FACEBOOK Messenger has become an exceptionally popular app across the globe in general. This handy app comes with very interactive and user-friendly features to impress users of all ages.

With that being said, there are a lot of people who are interested in knowing how to hack Facebook Messenger in Singapore, Hong Kong and other places. The requirement to hack Facebook Messenger arises due to various reasons. In this article, we are going to explain how to hack Facebook Messenger with ease.

As you may know, Facebook Messenger offers a large range of features. Compared to the initial release of this app, the latest version shows remarkable improvement. Now, it has a large range of features including group chats, video calls, GIFs, etc. A lot of corporate organizations use Facebook messenger as a mode of communication for their marketing purposes. Now, this messenger app is compatible with chatbots that can handle inquiries.

Why Hack Facebook Messenger in Singapore?

You may be interested in hacking Facebook Messenger in Singapore (or anywhere else) for various reasons. If you suspect that your partner is having an affair, you may want to hack Facebook Messenger. Or, if you need to know what your kids are doing with the messenger, you will need to hack it to have real time access.

You know that both of these situations are pretty justifiable and you intend no unethical act. You shouldn't hack Facebook Messenger of someone doesn't relate to you by any means, such a practice can violate their privacy. Having that in mind, you can read the rest of this article and learn how to hack Facebook Messenger.

How to Hack Someone's Facebook Messenger in Singapore

IncFidelibus is a monitoring application developed by a team of dedicated and experienced professionals. It is a market leader and has a customer base in over 191+ countries. It is very easy to install the app, and it provides monitoring and hacking of Facebook for both iOS and Android mobile devices. You can easily hack into someone's Facebook messenger and read all of their chats and conversations.

Not just reading the chats, you can also see the photo profile of the person they are chatting to, their chat history, their archived conversations, the media shared between them and much more. The best part is that you can do this remotely, without your target having even a hint of it. Can it get any easier than this?

No Rooting or Jailbreaking Required

IncFidelibus allows hacking your target's phone without rooting or jailbreaking it. It ensures the safety of their phone remains intact. You don't need to install any unique rooting tool or attach any rooting device.

Total Web-Based Monitoring

You don't need to use any unique gadget or app to track activity with IncFidelibus. It allows total web-based monitoring. All that you need is a web browser to view the target device's data and online activities.

Spying With IncFidelibus in Singapore

Over ten years of security expertise, with over 570,000 users in about 155+ countries, customer support that can be reached through their website, and 96% customer satisfaction. Need more reasons to trust IncFidelibus?

Stealth Mode

IncFidelibus runs in pure Stealth mode. You can hack and monitor your target's device remotely and without them knowing about it. IncFidelibus runs in the background of your target's device. It uses very less battery power and doesn't slow down your phone.

Hacking Facebook Messenger in Singapore using IncFidelibus

Hacking Facebook Messenger has never been this easy. IncFidelibus is equipped with a lot of advance technology for hacking and monitoring Facebook. Hacking someone's Facebook Messenger is just a few clicks away! 

Track FB Messages in Singapore

With IncFidelibus, you can view your target's private Facebook messages and group chats within a click. This feature also allows you to access the Facebook profile of the people your target has been interacting with. You can also get the media files shared between the two.

Android Keylogger

IncFidelibus is equipped with a powerful keylogger. Using this feature, you can record and then read every key pressed by your target on their device.

This feature can help get the login credentials of your target. You can easily log into someone's Facebook and have access to their Facebook account in a jiffy.

What Else Can IncFidelibus Do For You?

IncFidelibus control panel is equipped with a lot of other monitoring and hacking tools and services, including;

Other Social Media Hacking

Not just FB messenger, but you can also hack someone's Instagram, Viber, Snapchat, WhatsApp hack, SMS conversations, call logs, Web search history, etc.

SIM card tracking

You can also track someone SIM card if someone has lost their device, changed their SIM card. You can get the details of the new number also.

Easy Spying Possible with IncFidelibus

Monitoring someone's phone is not an easy task. IncFidelibus has spent thousands of hours, had sleepless nights, did tons of research, and have given a lot of time and dedication to make it possible.

@HACKER NT

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terça-feira, 9 de junho de 2020

Evilginx2 - Install And Configure In Localhost Complete

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Why Receipt Notifications Increase Security In Signal

This blog post is aimed to express and explain my surprise about Signal being more secure than I thought (due to receipt acknowledgments). I hope you find it interesting, too.

Signal, and especially its state update protocol, the Double Ratchet algorithm, are widely known for significantly increasing security for instant messaging. While most users first see the end-to-end security induced by employing Signal in messaging apps, the properties achieved due to ratcheting go far beyond protecting communication against (active) attackers on the wire. Due to updating the local device secrets via the Double Ratchet algorithm, the protocol ensures that attackers, who temporarily obtain a device's local storage (on which Signal runs), only compromise confidentiality of parts of the communications with this device. Thus, the leakage of local secrets from a device only affects security of a short frame of communication. The exact duration of compromise depends on the messaging pattern among the communicating parties (i.e., who sends and receives when), as the state update is conducted during the sending and receiving of payload messages.


The Double Ratchet

The Double Ratchet algorithm consists of two different update mechanisms: the symmetric ratchet and the asymmetric ratchet. The former updates symmetric key material by hashing and then overwriting it with the hash output (i.e.,  k:=H(k)). Thus, an attacker, obtaining key material can only predict future versions of the state but, due to the one-wayness of the hash function, cannot recover past states. The asymmetric ratchet consists of Diffie-Hellman key exchanges (DHKE). If, during the communication, party A receives a new DH share gb as part of a message from the communication partner B, then A samples a new DH exponent a and responds with the respective DH share ga in the next sent message. On receipt of this DH share, B will again sample a new DH exponent b' and attach the DH share gb' to the next message to A. With every new DH share, a new DHKE gab is computed among A and B and mixed into the key material (i.e., k:=H(k,gab)). For clarity, I leave out a lot of details and accuracy. As new DH shares ga and gb are generated from randomly sampled DH exponents a and b, and the computation of gab is hard if neither a nor b are known, the key material recovers from an exposure of the local secrets to an attacker after a new value gab was freshly established and mixed into it. Summing up this mechanism, if an attacker obtains the local state of a Signal client, then this attacker cannot recover any previously received message (if the message itself was not contained in the local state), nor can it read messages that are sent after a new gab was established and mixed into the state. The latter case happens with every full round-trip among A and B (i.e., A receives from B, A sends to B, and A receives again from B).
Conceptual depiction of Double Ratchet in Signal two years ago (acknowledgments were only protected between client and server). The asymmetric ratchet fully updates the local secrets after one round-trip of payload messages.

Research on Ratcheting

During the last two years, the Signal protocol inspired the academic research community: First, a formal security proof of Signal was conducted [1] and then ratcheting was formalized as a generic primitive (independent of Signal) [2,3,4]. This formalization includes security definitions that are derived via 1. defining an attacker, 2. requiring security unless it is obvious that security cannot be reached. Protocols, meeting this optimal notion of security, were less performant than the Double Ratchet algorithm [3,4]. However, it became evident that the Double Ratchet algorithm is not as secure as it could be (e.g., recovery from exposure could be achieved quicker than after a full round-trip; see, e.g., Appendix G of our paper [3]). Afterwards, protocols (for slightly weakened security notions) were proposed that are similarly performant as Signal but also a bit more secure [5,6,7].

Protecting Acknowledgments ...

In our analysis of instant messaging group chats [8] two years ago (blog posts: [9,10]), we found out that none of the group chat protocols (Signal, WhatsApp, Threema) actually achieves real recovery from an exposure (thus the asymmetric ratchet is not really effective in groups; a good motivation for the MLS project) and that receipt acknowledgments were not integrity protected in Signal nor WhatsApp. The latter issue allowed an attacker to drop payload messages in transmission and forge receipt acknowledgments to the sender such that the sender falsely thinks the message was received. Signal quickly reacted on our report by treating acknowledgments as normal payload messages: they are now authenticated(-encrypted) using the Double Ratchet algorithm.

... Supports Asymmetric Ratchet

Two years after our analysis, I recently looked into the Signal code again. For a training on ratcheting I wanted to create an exercise for which the lines in the code should be found that execute the symmetric and the asymmetric ratchet respectively. Somehow I observed that the pure symmetric ratchet (only updates via hash functions) was nearly never executed (especially not when I expected it) when lively debugging the app but almost always new DH shares were sent or received. I realized that, due to encrypting the receipt acknowledgments now, the app always conducts full round-trips with every payload message. In order to observe the symmetric ratchet, I needed to temporarily turn on the flight mode on my phone such that acknowledgments are not immediately returned.
Conceptual depiction of Double Ratchet in Signal now (acknowledgments encrypted). The asymmetric ratchet fully updates the local secrets after an acknowledgment for a message is received.

Consequently, Signal conducts a full DHKE on every sent payload message (in case the receiving device is not offline) and mixes the result into the state. However, a new DH exponent is always already sampled on the previous receipt (see sketch of protocol above). Thus, the exponent for computing a DHKE maybe remained in the local device state for a while. In order to fully update the state's key material, two round-trips must be initiated by sending two payload messages and receiving the resulting two acknowledgments. Please note that not only the mandatory receipt acknowledgments are encrypted but also notifications on typing and reading a message.

If you didn't understand exactly what that means, here a tl;dr: If an attacker obtains your local device state, then with Signal all previous messages stay secure and (if the attacker does not immediately use these secrets to actively manipulate future conversations) all future messages are secure after you wrote two messages (and received receipt acknowledgments) in all of your conversations. Even though this is very (in practice certainly sufficiently) secure, recent protocols provide stronger security (as mentioned above) and it remains an interesting research goal to increase their performance.

[1] https://eprint.iacr.org/2016/1013.pdf
[2] https://eprint.iacr.org/2016/1028.pdf
[3] https://eprint.iacr.org/2018/296.pdf
[4] https://eprint.iacr.org/2018/553.pdf
[5] https://eprint.iacr.org/2018/889.pdf
[6] https://eprint.iacr.org/2018/954.pdf
[7] https://eprint.iacr.org/2018/1037.pdf
[8] https://eprint.iacr.org/2017/713.pdf
[9] https://web-in-security.blogspot.com/2017/07/insecurities-of-whatsapps-signals-and.html
[10] https://web-in-security.blogspot.com/2018/01/group-instant-messaging-why-baming.html
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OWASP ZAP Project - Zed Attack Proxy Team Releases Two Initiatives

The Zed Attack Proxy team is pleased to announce two recently released initiatives:


ZAP In Ten

The team have just launched a new series of videos called 'ZAP in Ten' in conjunction with AllDayDevOps.

ZAP in Ten is a series of short form videos featuring Simon Bennetts, project lead of the OWASP Zed Attack Proxy (ZAP)  project. Each video highlights a specific feature or resource for ZAP.

ZAP API Docs

As part of OWASP's participation in Google's Season of Docs, the ZAP project has had @sshniro working on API documentation. The first iteration of the documentation is now live It includes Java, Python, and shell example snippets all presented in a responsive and accessible design. Which we will continue to build on in the future.

Big thanks to Nirojan for his efforts on this wonderful initiative!  Congratulations and thanks to Google Open Source for helping to bring the open source and technical writer communities together!

Related word


How To Hack And Trace Any Mobile Phone With A Free Software Remotly

Hello Everyone, Today I am Going To Write a very interesting post for You ..hope you all find this valuable.. :
What is The cost to hire a spy who can able to spy your girlfriend 24X7 days..???? it's around hundreds of dollars Or Sometimes Even Thousands of dollars 🙁
But you are on Hacking-News & Tutorials so everything mentioned here is absolutely free.
would you be happy if I will show you a Secret Mobile Phone trick by which you can Spy and trace your girlfriend, spouse or anyone's mobile phone 24 X 7 which is absolutely free?The only thing you have to do is send an SMS like SENDCALLLOG To get the call history of your girlfriend's phone.isn't it Sounds Cool... 🙂
Without Taking Much Of Your Time…
let's Start The trick…
STEP 1: First of all go to android market from your Girlfriend, spouse, friends or anyone's phone which you want to spy or download the app mentioned below.
STEP 2: Search for an android application named "Touch My life "

STEP 3: download and install that application on that phone.
STEP 4: Trick is Over 🙂
Now you can able to spy that phone anytime by just sending SMS to that phone.
Now give back that phone to your girlfriend.
and whenever you want to spy your girlfriend just send SMS from your phone to your Girlfriend phone Which are mentioned in Touch My Life manage to book.
I am mentioning some handy rules below…
1) Write "CALL ME BACK" without Quotes and Send it to your girlfriend's mobile number for an Automatic call back from your girlfriend's phone to your phone.
2)Write "VIBRATENSEC 30" without Quotes and send it to your girlfriend's mobile number to Vibrate your Girlfriend's Phone for 30 seconds.You can also change Values from 30 to anything for the desired Vibrate time.
3)Write "DEFRINGTONE" without Quotes and Send it to your girlfriend's mobile number..this will play the default ringtone on your girlfriend's phone.
4)Write "SEND PHOTO youremail@gmail.com" without Quotes and Send it to your girlfriend's mobile number.it will take the photo of the current location of your girlfriend and send it to the email address specified in the SMS as an attachment.it will also send a confirmation message to your number.
5)Write "SENDCALLLOG youremail@gmail.com" without Quotes and Send it to your girlfriend's mobile number ..it will send all the call details like incoming calls, outgoing calls, missed calls to the email address specified in the SMS.
6)Write "SENDCONTACTLIST youremail@gmail.com" without Quotes and Send it to your girlfriend's mobile number ..it will send all the Contact list to the email address specified in the SMS.
So Guys Above all are only some Handy features of touch my life…You can also view more by going to touch my life application and then its manage rules... 🙂
Enjoy..:)
Stay tuned with IemHacker … 🙂

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segunda-feira, 8 de junho de 2020

The RastaLabs Experience

Introduction


It was 20 November, and I was just starting to wonder what I would do during the next month. I had already left my previous job, and the new one would only start in January. Playing with PS4 all month might sound fun for some people, but I knew I would get bored quickly.

Even though I have some limited red teaming experience, I always felt that I wanted to explore the excitement of getting Domain Admin – again. I got my first DA in ˜2010 using pass-the-hash, but that was a loooong time ago, and things change quickly.
While reading the backlogs of one of the many Slack rooms, I noticed that certain chat rooms were praising RastaLabs. Looking at the lab description, I felt "this is it, this is exactly what I need." How hard could it be, I have a whole month ahead of me, surely I will finish it before Christmas. Boy, was I wrong.



The one-time fee of starting the lab is 90 GBP which includes the first month, then every additional month costs 20 GBP. I felt like I was stealing money from Rastamouse and Hackthebox... How can it be so cheap? Sometimes cheap indicates low quality, but not in this case.



My experience


Regarding my previous experience, I already took OSCP, OSCE, SLAE (Securitytube Linux Assembly Expert), and PSP (Powershell for Pentesters), all of which helped me a lot during the lab. I also had some limited red teaming experience. I had more-than-average experience with AV evasion, and I already had experience with the new post-exploit frameworks like Covenant and Powershell Empire. As for writing exploits, I knew how a buffer overflow or a format string attack worked, but I lacked practice in bypassing ASLR and NX. I basically had zero experience with Mimikatz on Windows 10. I used Mimikatz back in 2012, but probably not since. I also had a lot of knowledge on how to do X and Y, on useful tools and hot techniques, but I lacked recent experience with them. Finally, I am usually the last when it comes to speed in hacking, but I have always balanced my lack of speed with perseverance.

RastaLabs starts in 3,2,1 ...


So I paid the initial entry fee, got the VPN connection pack, connected to the lab, and got my first flag after ... 4 days. And there were 17 of them in total. This was the first time I started to worry. I did everything to keep myself on the wrong track, stupid things like assuming incorrect lab network addresses, scanning too few machines, finding the incorrect breadcrumbs via OSINT, trying to exploit a patched web service (as most OSCPers would do), etc. I was also continually struggling with the tools I was using, as I never knew whether they were buggy, or I was misusing them, or this is just not the way to get the flag. I am sure someone with luck and experience could have done this stage in 2-3 hours, but hey, I was there to gain experience.

During the lab, whenever I got stuck with the same problem for more than 30-40 hours and my frustration was running high, I pinged Rastamouse on the official RastaLabs support channel on https://mm.netsecfocus.com/. I usually approached him like "Hi, I tried X, Y, and Z but no luck", then he replied "yeah, try Y harder". This kind of information was usually all I needed, and 2-3 hours later I was back on track again. His help was always enough, but never too much to spoil the fun. The availability and professionalism of Rastamouse was 10/10. Huge multi-billion dollar companies fail to provide good enough support, this one guy here was always there to help. Amazing. I highly recommend joining the Mattermost channel – it will help you a lot to see that you are not the only one stuck with problems. But please do not DM him or the channel if you have not already tried harder.

What's really lovely in the lab is that you can expect real-world scenarios with "RastaLabs employees" working on their computer, reading emails, browsing the web, etc. I believe it is not a spoiler here that at some point in time you have to deliver malware that evades the MS Defender AV on the machine. Yes, there is a real working Defender on the machines, and although it is a bit out of date, it might catch your default payload very quickly. As I previously mentioned, luckily I had recent experience with AV evasion, so this part was not new to me. I highly recommend setting up your own Win10 with the latest Defender updates and testing your payload on it first. If it works there, it will work in the lab. This part can be especially frustrating, because the only feedback you get from the lab is that nothing is happening, and there is no way to debug it. Test your solution locally first.

Powershell Empire turned out to be an excellent solution for me, the only functionality it lacked was Port Forwarding. But you can drop other tools to do this job efficiently.

A little help: even if you manage to deliver your payload and you have a working C&C, it does not mean your task with AV evasion is over. It is highly probable that Defender will block your post-exploit codes. To bypass this, read all the blog posts from Rastamouse about AMSI bypass. This is important.

Lateral movement


When you finally get your first shell back ...



A whole new world starts. From now on, you will spend significant time on password cracking, lateral movement, persistence, and figuring out how Windows AD works.
In the past, I played a lot of CTF, and from time to time I got the feeling "yeah, even though this challenge was fun, it was not realistic". This never happened during RastaLabs. All the challenges and solutions were 100% realistic, and as the "Ars poetica" of RastaLabs states:



...which is sooooo true. None of the tasks involve any exploit of any CVE. You need a different mindset for this lab. You need to think about misconfigurations, crackable passwords, privilege abuse, and similar issues. But I believe this lab is still harder to own than 90% of the organizations out there. The only help is that there are no blue-teamers killing our shells.

About the architecture of the lab: When connecting to the lab with VPN, you basically found yourself in a network you might label as "Internet", with your target network being behind a firewall, just as a proper corporate network should be.
There are a bunch of workstations – Win10 only, and some servers like fileserver, exchange, DC, SQL server, etc. The majority of servers are Windows Server 2016, and there is one Linux server. The two sites are adequately separated and firewalled.

As time passed, I was getting more and more flags, and I started to feel the power. Then the rollercoaster experience started. I was useless, I knew nothing. Getting the flag, I was god. One hour later, I was useless.



For example, I spent a significant amount of time trying to get GUI access to the workstations. In the end, I managed to get that, just to find out I did not achieve anything with it. For unknown reasons, none of the frameworks I tried had a working VNC, so I set up my own, and it was pain.

On December 18, I finally got Domain Admin privileges. So my estimation to "finish the lab" in one month was not that far off. Except that I was far from finishing it, as I still had to find five other flags I was missing. You might ask "you already have DA, how hard could it be to find the remaining five?". Spoiler alert, it was hard. Or to be more precise, not hard, just challenging, and time-consuming. This was also a time when connections on Mattermost RastaLabs channel helped me a lot. Hints like "flag X is on machine Y" helped me keep motivated, yet it did not spoil the fun. Without hints like this, I would not have written this post but would have been stuck with multiple flags.

About exploitation


And there was the infamous challenge, "ROP the night away." This was totally different from the other 16. I believe this image explains it all:


If you are not friends with GDB, well, you will have a hard time. If you don't have lots of hands-on experience with NX bypass - a.k.a ROP - like me, you will have a hard time with this challenge. The binary exploit challenges during OSCP and OSCE exams are nowhere near as complex as this one. If you have OSEE, you will be fine. For this challenge, I used GDB-Peda and Python pwntools – check them out in case you are not familiar with them. For me, solving this challenge took about 40 hours. Experienced CTF people could probably solve it in 4 hours or less.

Conclusion


I would not recommend taking this lab for total beginners *. I also do not recommend doing the lab if you only have limited time per day, which is especially true if you are working on your home computer. I probably would have saved hours or even days if I had set up a dedicated server in the cloud for this lab. The issue was that the lab workstations were rebooted every day, which meant that I always lost my shells. "Persistence FTW", you might say, but if your C&C is down when the workstation reboots, you are screwed. "Scheduled tasks FTW", you might say, but unless you have a strict schedule on when you start your computer, you will end up with a bunch of scheduled tasks just to get back the shell whenever you start your computer. Day after day I spent the first hour getting back to where I had been the day before. And I just figured out at the end of the lab why some of my scheduled tasks were not working ...

I would be really interested to see how much time I spent connected to the lab. Probably it was around 200–250 hours in total, which I believe is more than I spent on OSCP and OSCE combined. But it was totally worth it. I really feel the power now that I learned so many useful things.

But if you consider that the price of the one-month lab is 20 GBP, it is still a very cheap option to practice your skills. 
* It is totally OK to do the lab in 6 months, in case you start as a beginner. That is still just 190 GBP for the months of lab access, and you will gain a lot of experience during this time. You will probably have a hard time reaching the point when you have a working shell, but it is OK. You can find every information on Google, you just need time, patience and willingness to get there.

Anyway, it is still an option not to aim to "get all the flags". Even just by getting the first two flags, you will gain significant experience in "getting a foothold". But for me, not getting all the flags was never an option.



If you are still unconvinced, check these other blog posts:

Or see what others wrote about RastaLabs.


Footnote


In case you start the lab, please, pretty please, follow the rules, and do not spoil the fun for others. Do not leave your tools around, do not keep shared drives open, do not leave FLAGs around. Leave the machine as it was. If you have to upload a file, put it in a folder others won't easily find. This is a necessary mindset when it comes to real-world red teaming. Don't forget to drop a party parrot into the chat whenever you or someone else gets a new flag. And don't forget:
OSCP has no power here. Cry harder!

I will probably keep my subscription to the lab and try new things, new post-exploit frameworks. I would like to thank @_rastamouse for this great experience, @superkojiman for the ROP challenge. Hackthebox for hosting the lab with excellent uptime.
As for @gentilkiwi and @harmj0y, these two guys probably advanced red-teaming more than everyone else combined together. pwntools from @gallopsled was also really helpful. And I will be forever grateful to Bradley from finance for his continuous support whenever I lost my shells.

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