[Facebook Hacker V260 Password 125
Betty Neyhart
Jenkins is an open source automation server written in Java that offers a simple way to set up a continuous CI / CD pipeline. It supports version control tools, including AccuRev, CVS, Subversion, Git, Mercurial, Perforce, TD/OMS, ClearCase, and RTC, and can execute Apache Ant, Apache Maven, and sbt based projects as well as arbitrary shell scripts and Windows batch commands. The creator of Jenkins is Kohsuke Kawaguch. Jenkins achieves Continuous Integration with the help of plugins. Plugins allow the integration of Various DevOps stages. If you want to integrate a particular tool, you need to install the plugins for that tool. For example Git, Maven 2 project, Amazon EC2, HTML publisher etc.
Now we need to install Jenkins and for this, it is mandatory that you are logged in from sudo user or root. Because Jenkins is a Java application, installing Java is the first step. Update the package index and install the OpenJDK Java 8 package using the following commands:
On the next page, you will be asked if you want to install suggested plugins or if you want to select specific plugins. Click the Install suggested plugins box and start the process of installation plugin instantly.
We use pscp to upload the go install file to our attacking machine, defining where it can find the file and the credentials and IP of the destination machine. Go is a prerequisite for setting up evilginx. You can get Go 1.10.0 from here.
Evilginx works as a relay between the victim and the legitimate website that they are trying to access, to achieve this, the attacker needs a domain of their own. There are plenty of resources on the web from where a free domain can be attained temporarily, we used one such resource. We have setup an attacking domain: userid.cf.
The lures have to be attached with our desired phishlet and a redirect has to be set to point towards the legitimate website that we are trying to harvest credentials for. Once the lures have been configured, we can see what the configurations yield.
In this article, we are going to exploit SPLUNK using the reverse shell. One can find this beneficial in exploiting and do penetration testing of SPLUNK environment of their respective IT infrastructure.
Splunk Enterprise Security (ES) is a security information and event management (SIEM) solution that provides insight into machine data generated from security technologies such as network, endpoint, access, malware, vulnerability and identity information. It is a premium application that is licensed independently from Splunk core.
In the first phase, we have discussed how we can deploy Splunk in our local machine (Ubuntu) and in this phase, we will go with Splunk penetration testing where we will try to exploit Splunk for obtaining reverse shell of the machine.
For installing any app slunk provides upload form to browse any .spl or .tar.gz for uploading. Taking advantages of functionality we will try to upload our Splunk shell that we had downloaded previously.
Now to execute the shell. We navigate to the search option in Splunk and type in our command defining that we want a reverse shell of standard type to talk to out attach machines IP on the listening port.
The payload is uploaded through our existing Netcat session, all that needed to be done was the payload to be pasted into the terminal and executed but do not forget to run netcat listener inside a new terminal.
Nexpose is one of the leading vulnerability assessment tools. It operates across physical, virtual, cloud and mobile environments to discover the active services, open ports, and running applications on each machine, and it tries to identify vulnerabilities that may exist based on the attributes of the known services and applications. Though Nexpose discloses the results into scan reports, which helps to prioritize the vulnerabilities based on the risk factor and determine the most effective solution to be implemented.
Now in the Authentication section, if we need to put any credentials, we can do that here. Basically, we conduct a credential-based scan by providing the system with a username and a password.
Now we can see all the vulnerabilities mentioned along with their Common Vulnerability Scoring System (CVSS) score from the highest to the lowest over the Vulnerabilities tab. The exciting part is that one or more of these exploits have been published throughout the Exploit database and are vulnerable to many Metasploit.
This was the comprehensive guide of the usability of Nexpose a vulnerability scanner. Due to its GUI, it is user-friendly and convenient. Therefore, it has become one of the best tools as it makes its place in the corporate world with Nessus and retina.
Shellphish is an interesting tool that we came across that illustrates just how easy and powerful phishing tools have become today. The tool leverages some of the templates generated by another tool called SocialFish. The tool offers phishing templates for 18 popular sites, the majority are focused on social media and email providers. There is also an option to use a custom template if so desired.
We will be choosing option 2 here and using the Ngrok service to host our phishing link, this is what gives us the HTTPS on our phishing pages. Just by choosing this option, the tool starts a php and Ngrok server and we have our phishing link presented to us.
Email firewalls mostly depend on threat intel or on the strength of their filters which dictate how much scrutiny they exercise on each email that hits a domain and how quick they can be to deem an email malicious.
For a scan to begin the specific details to the retina through its GUI. As soon as the scanner will receive the scanning details, it will begin the auditing process. An audit scan covers the following :
Now, we got the Options. Here, we have a choice to select some additional functionality that we can include in our scan. This includes OS Detection, Reverse DNS, NetBIOS Name, MAC Address and others. We can also provide the number of users that we want to enumerate.
Everything in the report will be catalogued for your convenience and the title will be shown in the index as shown below. It will start by showing all the top vulnerabilities in all the way to the bottoms ones.
Then, as catalogued it will go on to showing you the top twenty open ports with their names, port number and service. It also includes count which helps to tell the total no. of ports that are running in the same service.
Since the launch of Retina Vulnerability Scanner in 1998, the Beyond Trust Network states that it has sold over 10,000 copies of the Scanner. The Retina Vulnerability Scanner is one of the scanners that have an edge over other scanners as it continuously monitors and improves their scanner with the enterprise security posture. It is the most sophisticated vulnerability assessment solution on the market that is available as a standalone application, a host-based option, or as part of the Retina CS enterprise vulnerability management solution, Retina Network Security Scanner enables you to efficiently identify IT exposures and prioritize remediation enterprise-wide
In this article, we will learn to use EvilOSX tool which is a Remote Administrator tool (RAT ) for initializing foothold on MacOS/OSX like platform. It can dramatically increase access in a matter of seconds.
EvilOSX is an evil RAT (Remote Administrator Tool) designed to work upon macOS / OSX Platforms. It was developed by Marten4n6. Its backbone is famous Empire Framework Project. This project can be modified to be used on Rubber Ducky. This toolkit is fully packed with features. It was designed on the module system that made the debugging, improvements and addition of other modules easy. Also being developed in python it provides easy to be run across different attacking platforms.
The installation of the EvilOSX RAT on the Attacker machine, which in our case in Kali Linux is pretty simple. To begin with, we will visit the EvilOSX GitHub Page. After getting the git link, we are going to clone the EvilOSX to our attacker machine using the git clone command.
Since we have successfully installed all the predefined requirements, it time to run this tool and gain control over some macOS devices. Now to exploit, we need a payload. To create this payload, we will use the start.py file with the builder parameter.
Now we can use any method to share this launcher or payload to the victim. In our case, we used a python HTTP server to get this file to the victim system. This file is downloaded on the victim system and then after providing the proper permissions the payload is executed as shown in the image given below.
While we are executing the Launcher on the victim, we have to perform some actions on the attacker machine simultaneously. We are going execute the start.py again but this time in the CLI mode. Here we have to specify the port that we used while creating the launcher as the parameter as shown in the image.
After running the start.py script in the previous steps simultaneously with the launcher on the victim machine, we have successfully infiltrated the Victim MacOS system. The terminal converts in a framework as shown in the image. We can configure a page to shown upon the running. Type in help to show a list of working commands. We can see the list of active bots by using the command bots. To establish a connection to a bot, use connect command followed by the number which in this case is 0. To see the list of available modules we use modules command.
To get a brief summary of the system, we can use the get info module. This gives us the System Version, Model of the MacOS device. We also get the Battery status in case it is a Laptop. We have the name of the Wi-Fi network it is connected to. It also tells us the privileges the current account has as well as the status of the FileVault.
We can also capture the audio from the victim device using the microphone module. After running the command use microphone, we are asked to enter the time in seconds to record the audio from the microphone of the victim device and also the name of the service that would show up in the verification prompt.
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