My main use case for Kali Linux is for security testing, checking websites, security, analyzing malware, and open-source intelligence gathering.

I have WordPress websites, so I want to identify whether they are vulnerable or not. Kali Linux has many inbuilt tools such as WPScan, which I can use readily and analyze whether a website is secure or not, and whether the code running on it is up-to-date or has vulnerabilities. I have used it for checking Wi-Fi security, identifying whether the SSIDs are vulnerable to brute-force attacks or any other cracking attempts.

I have used Kali Linux for penetration testing, bypassing antivirus and gaining access to machines, virtual machines for testing. I have used Metasploit, which is in-built with Kali Linux, and I have utilized many Metasploit exploits and modules to achieve this.

Kali Linux has every tool needed to get started in-built, and it comes along with the OS itself. All we need to do is a bit of update and some slight configuration, but everything else is in-built. It doesn't require extensive time configuring things. It's adopted and available everywhere, including cloud, AWS or Azure, where you can readily deploy the images. It's based on Debian Linux, which is one of the most user-friendly flavors of Linux, making it very easy to modify or create new modules.

In my organization, Kali Linux has positively impacted my day-to-day job, where I perform proof of concepts mostly around endpoint security testing or web vulnerability testing. Kali Linux has helped me significantly in simulating penetration testing and other activities. I can pick an exploit from Metasploit or any other Exploit-DB using Kali Linux in-built features. It has saved me considerable time and effort, and since all the tools are open source, I can easily modify and customize them based on my needs.

Some tools in Kali Linux lack documentation and details on how to use them, which is one area where it can be improved. It's still advertised as a Linux distro used only for security testing, and many of the tools run as root by default or with the highest privileges. If something could be modified to make it more an everyday OS, activating the security testing part and all other modules on a need-to-activate basis would be very beneficial. Additionally, it could be optimized to suit some low-powered machines.

The UI in Kali Linux could be improved. In the drop-down menus, it takes a while to load. Trimming down the graphics and other animations could focus more on the speed of opening things and menus.

I have been using Kali Linux for 12 years.

Kali Linux is stable.

Kali Linux is very scalable, and when deployed from the public cloud, it offers every feature available on public cloud scalability as.

The customer support for Kali Linux is good. Since most of the tools and other things are community-based, the documentation and other community support are very good.

I previously used Parrot Linux and BackBox Linux, but these were not up to the mark for what we expected, so we switched to Kali Linux.

I purchased Kali Linux through the AWS Marketplace. My experience with pricing, setup cost, and licensing for Kali Linux has been good. The pricing and the deployment, resource usage are all spot on and clearly defined, making it helpful and useful for me to deploy and calculate costs.

I evaluated Parrot, BackBox Linux, and some options Ubuntu with custom tools before choosing Kali Linux. We felt Kali Linux was the most versatile solution.

Kali Linux has provided a very good return on investment. When we needed training for employees, we wanted 20 or 30 instances of Kali Linux. The availability on AWS Marketplace was helpful for us to spin up the VMs and deploy them readily. Once the need was over, we removed the instances, saving costs. If we had installed it on-premises or through other means, it would have incurred significant money and effort to create the VMs, deploy it on machines, and then delete and format it after use. The fact that it was available on public cloud helped us achieve about an 85% return on investment.

My experience with pricing, setup cost, and licensing for Kali Linux has been good. The pricing and the deployment, resource usage are all spot on and clearly defined, making it helpful and useful for me to deploy and calculate costs.

I would advise others looking into using Kali Linux to start with the public cloud instances or marketplace deployment if possible, and to utilize the predefined templates and other options. I would advise going through the documentation since most things are documented. Additionally, use the persistent and other forensic modules that help securely delete data after use.

Kali Linux is a very good project and distro that can be used for multiple applications, including security testing, penetration testing, or even basic learning of information security or IT security.

I rate Kali Linux eight out of ten.

My main use case for Kali Linux is primarily for testing and cybersecurity, specifically for doing penetration testing on applications and network applications that we utilize for network monitoring.

A specific penetration test I performed using Kali Linux was for the application related to DDI, which encompasses DNS, DHCP infrastructure, and network monitoring as well as authentication for Cisco ISE, during which I used tools such as Hydra, Nmap, Ncat, and Wireshark to capture and analyze network packets.

Kali Linux fits into my team because I mainly work with network tools and focus primarily on DNS; it plays a crucial role in penetration testing and ensuring that my applications are secure against attacks through various cybersecurity criteria.

The best features Kali Linux offers include its Debian-based architecture and being open source, which is important for many reasons, such as allowing for live USB boot and custom ISOs, making penetration testing simpler with comprehensive pre-installed toolsets such as Nmap, useful for vulnerability scanning.

The live USB and custom ISO options help me specifically as they allow for quick access to a wide selection of pre-installed security tools, saving me time on installations and configurations through live USB boot functionality, which lets me get up and running quickly.

The integration of cloud and containers within Kali Linux is something I wish more people knew about, as it allows for utilizing containerized versions that provide scalability and eliminate the need for a virtual machine setup.

Kali Linux has positively impacted my organization by improving efficiency in penetration testing; its open-source nature permits extensive customization and inclusion of numerous comprehensive pre-installed tools, contributing to a secure network environment with effective monitoring of network applications.

The outcomes from using Kali Linux in our organization are significant; we experienced reduced cybersecurity attacks and improved application security, leading to decreased attack surfaces and quicker testing cycles that enabled faster launches and installations.

There are areas for improvement in Kali Linux, particularly regarding its use of the Linux kernel, which requires external additional patching, and the fact that network services are disabled by default, which complicates usage; enhancing user-friendliness through more GUI-based tools and better integration could be beneficial.

While Kali Linux is open source, it lacks vendor support, and I believe that improving documentation and community engagement is essential, making it more user-friendly and encouraging the use of GUI tools can significantly enhance the overall experience.

I have been using Kali Linux for around five years, starting in 2018 or 2019, and I continue to use it until 2024, with plans to keep using Kali Linux starting in January 2025.

Before switching to Kali Linux, we used Fedora for penetration testing. The decision to move to Kali Linux was influenced by its open-source nature, which reduced costs while facilitating easier automation with DevOps tools.

Integrating Kali Linux with DevOps tools has resulted in reduced operational costs due to automated test cases, making it a worthwhile investment with significant returns by decreasing the attack surface area and the frequency of attack incidents.

My experience with pricing, setup costs, and licensing for Kali Linux has been positive, as it operates under an open-source model with setup costs primarily related to hardware and virtual machines, eliminating the need for vendor-specific licenses.

We evaluated alternatives to Kali Linux, including Parrot OS, BlackArch, BackBox, and the Network Security Toolkit (NST), but Kali Linux was chosen for its stability, open-source nature, and strong community support.

Kali Linux's scalability is commendable; it allows for easy expansion through containerized versions and custom ISOs, although support is primarily dependent on the community rather than vendor assistance.

My advice for others looking into using Kali Linux is to ensure they have a strong foundation in Linux knowledge and are familiar with the various toolsets available within Kali Linux so that they can select the right tools for their specific needs.

I believe Kali Linux is a valuable open-source tool with great potential for growth through community involvement, and continuous development can enhance its position as a leading solution for penetration testing.

On a scale of one to ten, I rate Kali Linux an eight out of ten.

I mainly use Kali Linux for educational purposes, such as learning pen testing and Linux fundamentals.

I have been using Kali Linux for the TryHackMe section and applying that learning into different automated scenarios of pen testing that are available on the TryHackMe website.

I haven't used Kali Linux for my organization, only for my learning purposes.

Since Kali Linux is a security-focused Linux distro, that would be its main advantage compared to Ubuntu or Arch Linux.

The overall focus on security in Kali Linux is what I find most useful.

TryHackMe has an inbuilt Linux distro for doing the assigned tasks, but sometimes network issues may arise or lag may occur. I use Kali Linux because it is fast and there are no hindrances. It provides quick results and helps me gain a deeper understanding of how something works.

It would be helpful if Kali Linux could be involved in more systems or laptops. Windows is a standard for many laptops and comes pre-installed on many devices available in the market. If Kali Linux could do the same and increase their reach to better areas, it would be beneficial.

They could improve Kali Linux's UI/UX. They have been following a standard UI/UX. They could add more options, similar to how CachyOS distro of Arch Linux has many different UI options to select from. Making Kali Linux more customizable would allow users to personalize it to their style.

Many users utilize Kali Linux through virtual machines. Sometimes Kali Linux has issues detecting hardware such as inbuilt or external Wi-Fi adapters. Improving device detection would be beneficial.

I have been using Kali Linux for a couple of years.

Kali Linux is pretty stable.

With enough resources, Kali Linux can handle enough tasks.

I used Ubuntu before. I wasn't aware of Kali Linux when I first started. I was using Ubuntu for learning about cybersecurity and pen testing. Then I discovered Kali Linux.

I compared Ubuntu and Kali Linux, as there weren't many security-focused Linux distros available.

Kali Linux is free software, an operating system that's available to download without any cost or licensing fees.

Kali Linux has helped me learn faster and understand concepts better. You get a sense of appreciation when completing tasks on your own machine without help or hints from available tools or operating systems, with minimal guidance.

I have saved time by avoiding the lag I sometimes face on the TryHackMe in-built machine, and I have learned more efficiently.

Kali Linux is free software, an operating system that's available to download without any cost or licensing fees.

Other than increasing my knowledge of the Linux distro, Kali Linux has helped me in automated scenarios and increased my knowledge in cybersecurity pen testing. I am still learning.

I would recommend starting with Ubuntu, learning basic Linux commands and Linux-related knowledge, including Debian. Then make the switch to Kali Linux when ready, starting with small tasks before moving on to bigger things.

On a scale of 1-10, I rate Kali Linux an 8.

We have some entirely backend services that function as an integration layer, where multiple applications exchange data through it. For any frontend and API control such as Acunetix or Qualys, they are not supported for those kinds of backend services. For that purpose, we are using Kali Linux. Kali Linux has the capability of real-time data scanning for vulnerability assessment for backend services. That is actually very far more valuable.

For backend service, Kali Linux is a very good tool, so I can recommend it for that.

Kali Linux has the capability of real-time data scanning for vulnerability assessment for backend services. That is actually very far more valuable.

The toolset on the security framework in Kali Linux is fulfilling our purpose of doing the assessment. We are good with that.

Kali Linux has the capability to expand more.

We don't know if Kali Linux has the port scanning capability yet, but that is an area of improvement because we are working with DMZ zones and customized ports. If we can add featured customized port scanning and DMZ zone capability, then it will be a very great tool. It might be there, but we are not exploring it yet.

We are not exploring 100% of Kali Linux capabilities. If real-time customized port scanning can be added, for example, instead of a default port such as 8080 or 443, if we can use a customized port such as 9876, that capability would be great.

The only point that I didn't find on Kali Linux for now is the ability to customize port scanning.

It has been only five to six months, and the team is getting used to it now.

I should rate the stability of the product as average, good. I would rate it eight, minus two because I don't know about other capabilities.

Kali Linux has the capability to expand more, so I would rate it nine.

I won't compare Kali Linux with Linux from other vendors because we are installing it on top of Red Hat.

The initial setup of Kali Linux is okay—not pretty complex or very simple.

It could be simplified from Kali's side for a GUI user, but if we are doing it as command mode, it is okay. We don't find it very hard to install or pretty complex.

For a regular user, they might find it complex. For the technical staff, it's not very complex.

Our DevOps team is doing it, so it is somewhat customized.

I won't compare Kali Linux with Linux from other vendors because we are installing it on top of Red Hat. We can say the competitors of Acunetix, such as Burp Suite and Qualys Guard, those are the real competitors. Kali Linux is good because Sysbench is one kind of tool that has the capability of port scanning, but we don't know much about Sysbench as of now.

We are not working with the multi-language support function as of now because we are very new to it, so we are exploring the stuff entirely.

We are not working with the resource constrainer system function. We just use scanning for incoming and outgoing data services as of now.

We are not exploring 100% of Kali Linux capabilities. If real-time customized port scanning can be added, for example, instead of a default port such as 8080 or 443, if we are able to use a customized port such as 9876, that capability would be great.

I prefer not to comment further because we are very new to the tool. We don't explore 100%, so I can't comment on it with my capacity right now.

I'm not sure about the pricing model because we got a community version of Kali Linux. The customer has purchased it, so I'm not sure about the pricing.

On a scale of one to ten, I rate Kali Linux an eight.

In general, Kali Linux is used for hosting applications, developing new applications, and operating systems. It's also used in containers and nodes. The tool offers a smaller footprint than Windows because it lacks the functionality of graphical user interfaces. One advantage of Kali Linux is its lower maintenance requirements than Windows, with slower update cycles and easier maintenance procedures.

The tool's most valuable features are low maintenance and stability.

The tool is already stable and well-developed, so there's minimal feedback for enhancement or change. However, it should improve security, which is crucial, especially with the increasing use of Kali Linux in cloud environments.

I have been using the product for a few months.

I rate the tool's stability a ten out of ten.

Kali Linux is scalable and has a smaller footprint. It can be run on multiple instances of your applications.

We have community support. I haven't faced any problems with support.

The tool's deployment is quick and straightforward compared to Windows. It takes about five to ten minutes to complete.

Kali Linux offers a perpetual license, meaning you pay for it once and can use it. While free versions of Linux are available, Kali Linux, being an enterprise edition, usually comes with a perpetual license. I rate its pricing a five out of ten.

Pre-installed tools can provide basic training and security measures, which is helpful. However, these tools may not be sufficient to secure your workload fully. That's why it's important to complement them with other specialized security tools to enhance your overall security.

Before using Kali Linux, make sure you know its pros and cons. It's a good system to learn because it's the best choice for some situations. It has default firewall settings that block everything by default. It's up to the user to decide how much they want to open up.

Learning Kali Linux takes time because it relies on command-line tasks instead of graphical interfaces. Practice is key to becoming comfortable with it.

Kali Linux's use cases are quite diverse. It can be used as an operating system for learning Linux, penetration testing, ethical hacking, and much more.

The most effective features of Kali Linux include its stability as a Linux operating system, its flexibility in configuring resources such as partitions, its powerful and stable file system, and its multi-user capability, which allows for setting user privileges and rights. Additionally, Kali Linux provides access to a wide range of free and open-source applications for testing and development purposes.

The tool's most valuable features for security tasks include its resistance to viruses, ability to configure and filter incoming connections, and security measures that make it difficult for hackers to break into the system. Linux systems are known for their strong security measures, including numerous checkpoints and gates that make hacking attempts difficult. As a result, many financial and scientific institutions prefer to use Linux for its enhanced security compared to Windows.

With access to a vast repository of tools, users can install third-party tools and perform various tasks related to network testing, penetration testing, and session testing.

The tool is slightly difficult to learn.

I rate the tool's stability a nine out of ten.

Kali Linux's scalability depends on the available resources. Depending on the resources available, users can install multiple instances of Kali Linux, which can be scaled up to meet the needs of various user sizes.

I've never contacted Kali Linux for technical support. Most issues and their resolutions are readily available on the internet.

The solution's deployment is easy and takes about ten minutes to deploy.

I rate the overall product a nine out of ten. For aspiring ethical hackers, I highly recommend using Kali Linux. It's stable and reliable. However, remember that while Kali Linux is very reliable, new bugs and issues may arise occasionally, and driver support for new hardware can sometimes be lacking.

Additionally, it's worth noting that Linux operating systems like Kali Linux are not designed for general entertainment purposes like gaming. They are preferred by developers, engineers, and technical users who want to customize and utilize the full potential of their operating system. If you're looking for a system for general purposes like internet browsing and gaming, Windows or macOS may be more suitable options.