kali linux: killall xfce4-panel
Hi @ all Maybe I am the only one that opens a root terminal on kali linux, pastes "killall xfce4-panel" to get rid of the menu bar at the bottom of the screen. For me it's a waste of screen space, esp. when running in a window. And if you ever wondered how to get rid of it, now you know. How do you deal with it? ncCSM Tip: Immerse Yourself In our Multi-Language Experience!
Did you know you can easily change your Immersive platform experience to a variety of supported languages? We are a global family and many of you are multi-lingual and/or have a primary language preference other than English. This fantastic capability has been available for a while, but I still talk with global teams from time to time that are unaware of this great feature. Simply head up to the top right of the platform and select from the dropdown globe symbol. Have you used this feature? Do you know some peers that may benefit from knowing about this and trying it in another language of their choice?
Introduction to Active Directory Attacks: Local Passwords
Briefing says to use poweup.ps1 but i dont see the powershell script in the tools folder. additionally tried powershell command mentioned but producing so many result. any thoughts or suggestion to find the password stored in some where in files.Crisis Sim Complete...Now What?
Picture it: you’ve designed, built, and exercised your first Crisis Sim. You're pleased with the scenario and satisfied to see your team sharpen their skills, deepen their understanding, and boost their incident readiness. You can bask in the glory of this job well done for a moment, but the journey of the Crisis Sim doesn’t end here. The devil is in the details of the exercise data. Completing the exercise and gathering the results is only the beginning of your journey of fostering people-centric cyber resilience! Not sure where to start? We’ve got you covered Remember how meticulously you mapped out those injects and options to build your scenario? The feedback options, the performance indicators, the branching paths, the exercise types? Your hard work is about to pay off. We’ve processed the exercise responses for you because you’ve earned it – and because there’s more work to be done. Next steps for managers Crafting outcomes from outputs You can expand on the work you’ve already put into the exercise by leveraging both the Results and the After Action Report (AAR) for your scenario in the Immersive platform. Follow these steps to access these items: Go to Crisis Sim in the Exercise tab. Locate your exercise. Hint: use the filters available on the left to show “ended” exercises. Click to open your “Ended” exercise. From there, you’ll see how to dive into the available outputs with a few clicks! If you need a bit more info, here are some additional guides from our Help Center: Where to find Crisis Sim exercise results & reports View Results After Action Report (AAR) Analyzing exercise results Results If you’re looking for granular data down to the details of each inject, you can find it here. In Results, you’ll see an overview including the summary from the exercise scenario, along with key details such as scoring and completion metrics. Need to examine responses to specific injects? In the platform, you can quickly drill down into each inject by using the navigation on the left-hand side of the report. By selecting an inject, you can review responses and start to see patterns that emerged throughout the exercise. If you’d prefer raw data, you can export a CSV file of your results. It's straightforward, packed with detail, and puts all the key metrics and figures within easy reach. Check out our documentation for more details on key information and metrics. This is an invaluable resource for anyone passionate about data! It allows you to establish a foundation, set comparative standards, and ultimately gauge and improve your cyber resilience – all with concrete data to back your efforts. If the mention of statistics and spreadsheets doesn't excite you, no worries, the Immersive platform generates an After Action Report for you 30 minutes after completion of your exercise. After Action Report (AAR) Enter the After Action Report! The AAR presents an interactive visualization of your data analysis, offering valuable insights at your fingertips. And, as a bonus, you can download it as a PDF. The AAR is more than a deliverable; it’s a guide to fostering a people-centric cyber resiliency culture. It offers an outline of the exercise and crucial data points that will help drive what you and your team do next. Overall performance, inject-by-inject analysis, and participant breakdown provide a comprehensive view of your team's current capabilities and readiness, wrapped up with relevant recommendations for you and your team. Remember, insights are only available for data that’s collected as part of your exercise, so make sure you offer ranked inject options and enable response confidence and feedback to maximize your exercising. This is defaulted in the Immersive Crisis Sim Catalog presentation scenarios. In the performance overview of the AAR, you'll encounter a high-level snapshot guide for your next steps. Think of this as a performance gauge (based on our experience with Immersive clients) that maps to the following: >=75%: Excellent >=50%: Good >= 25%: Fair >=0%: Needs improvement As you dive deeper into the AAR, these broader performance indicators unfold with more granular data, and you’ll be able to understand the gaps that exist in cyber resilience for your organization. Mind the gap By understanding your organization's current state, you can create targeted improvement plans, whether reinforcing strengths, addressing weaknesses, or identifying opportunities for further training and exercises. This provides a clear starting point for overall improvement and upskilling. Inject breakdowns help pinpoint your team's strengths and weaknesses. Imagine the exercise in a real-world scenario: would there be a data breach, or would operations continue as normal? Assess your team's confidence and accuracy in their responses to identify knowledge gaps and points of failure. Use these insights not to dwell on mistakes but to improve and ensure your team is well-prepared for future challenges. The participant breakdown takes this introspection into your team's capabilities a step further by plotting decision scores against confidence levels. This helps you understand the accuracy and confidence of your team’s responses. Are your strongest team members operating confidently? Are those with knowledge gaps posing risks by overcompensating with confidence? Create an action plan This data helps you prioritize your next steps. Will you address weaknesses, reinforce existing skills, or increase exercise frequency to build confidence? There are plenty of upskilling routes to choose from. After each exercise, you'll see related Crisis Sim scenarios and lab content based on the threats and attack vectors encountered. When creating your action plan, you should consider the following outcomes and their related recommendations: Weaknesses identified at the individual level ⇢ Assign recommended lab content to key users, and reinforce the importance of upskilling by communicating the purpose of the content. Hint: Don’t forget to use assignment deadlines to effectively track progress and keep the team on track. The participants' skills resulted in high accuracy decision-making but low confidence ⇢ Reinforce strengths with clear communication of processes and expectations. Consider reviewing your internal playbooks! Are processes clear, concise, and aligned with organizational needs and expectations? Are policies current and up to date? Are there conflicting processes or policies within your organization? The team performed exceptionally across the board with high confidence ⇢ Test response readiness by exercising on a more difficult level scenario. Does the team excel in all areas, or is this an opportunity to better prepare? The landscape is constantly changing, and new threats are constantly emerging. Ensure your team has a wide breadth of knowledge and coverage by continuously proving their skills and encouraging further learning. Three essential steps to maximize your post-simulation impact Of course, you know your organization and teams best, so the Crisis Sim results are always best interpreted by you. Once you’ve analyzed and understood the results, prioritize these steps: Review the results and gather feedback promptly to identify growth opportunities. Did outcomes align with expectations, or were there surprises? Plan specific changes for future Crisis Sim exercises and build a strategic timeline. Should you adjust the difficulty or coverage areas? Is there time for additional training between exercises? Create an action plan with clear objectives, owners, and deadlines to ensure individual and team development. What other organizational stakeholders should you bring in moving forward? And what will be important for them in Crisis Sim exercising? Share your thoughts If you’ve recently completed your first Crisis Sim exercise, what will you do next? If you’ve completed many, what tips do you have for others? Join the discussion below!CSM Tip Of The Month: How To Size Text When Accessing VM Labs
Did you know you can increase the font within virtual machines in the more difficult labs? If you are anything like me, I tend to adjust lighting, resolution, and just about anything on my various monitors. However, I have been asked by several customers recently about the font size/resolution in the virtual machines in Immersive. Here is how you can tweak this: In my example below in a lab, open the Kali box and adjust the resolution. Click on the icon (blue) upper left, then go to settings (general) and voila! I tend to do this when using VMs. Let me know if you have done this or will use this going forward.
Credential Access - NTDS
Got down to the last two questions and I felt like I've tried all suggestions in the briefing. Can anyone help out with the last two question? Also, the "secretsdump.py -ntds <ntds.dit path> -system <SYSTEM hive path> LOCAL" isn't working but tried "impacket.examples.secretsdump" and it doesn't throw an error, but also doesn't throw any output.CSM Tip: CPD/CPE Credits Signed Certificate – Yes Please! Did You Know?
Well, well, well. I know many of you look for opportunities to earn CPD/CPE credits that you can submit for your annual renewals with various organizations each year. Did you know, the Immersive platform makes this so easy for you to track, pull, and submit a signed certificate? Have you used this in years past? Simply head to your profile/settings/reports (sound familiar? It is the same area of the platform I have sent you to get reporting on progress and achievements). Be ReadyCSM Tip: Are You Immersed In AI? Here's An Idea For You!
Does it seem like lately every meeting, every email in your personal and private life is either about how to leverage AI more and more or let’s be real, created leveraging AI? I say embrace it, be comfortable with it, and have fun with it! How? Recently I hosted a one hour Beat the Bot competition for a large financial company. Oh the fun, oh the silly prompts the team used to Beat The Bot. Did all complete the 10 levels within the hour? No, but we had four that DID before the session ended. Have you held a lunch hour challenge or a Friday afternoon challenge with your team? I CHALLENGE you to try this and let me know your feedback. Oh, and we have amazing content on the AI topic to really meet Immersers wherever they are, check them out as well: Be Ready
CVE-2024-3094 (XZ Utils Supply Chain Backdoor)
This training was a deep dive into supply chain attacks, focusing on how attackers compromise third-party libraries to infiltrate systems. 🌳 ROOT: The Core Lesson 🔹 Your code is only as secure as its weakest dependency. 🔹 Attackers don’t always target your app—they infect the libraries and tools you trust. 🔹 A single update from upstream can spread malware downstream into thousands of systems. 🌲 BRANCHES: Key Takeaways 1️⃣ Trunk: The Major Incidents (Real-World Cases) 📌 Log4j (CVE-2021-44228) – A simple logging library led to RCE attacks on millions of apps. 📌 XZ Utils Backdoor (CVE-2024-3094) – Attackers planted a hidden SSH backdoor inside a widely used Linux tool. 📌 SolarWinds Attack – A trusted software update infected top enterprises & governments. 2️⃣ Branches: How These Attacks Work? 🌿 Compromised Upstream – Hackers inject malicious code into open-source projects. 🌿 Silent Propagation – CI/CD pipelines & OS distros auto-fetch infected updates. 🌿 Exploitation in Production – The attacker gains remote access, RCE, or data leaks. 3️⃣ Leaves: Defensive Actions You Must Take! 🍃 Pin Dependencies – Use fixed versions instead of "latest". 🍃 Verify Integrity – Check hashes, signatures, and changelogs before updating. 🍃 Scan Your Stack – Use SCA tools like Dependabot, Trivy, or Snyk. 🍃 Restrict CI/CD Auto-Updates – Require manual reviews for third-party updates. 🍃 Monitor for Compromise – Set alerts for vulnerable dependencies. 🌟 TOP OF THE TREE: The Final Takeaway Supply chain security is not an option—it's a necessity! If upstream is compromised, everything downstream is at risk. Never blindly trust software updates—always verify before deploying. Your security is only as strong as the weakest library you import! Be proactive, not reactive—because the next Log4j or XZ Backdoor could already be in your pipeline!Human Connection Challenge: Season 1 – Scanning Walkthrough Guide (Official Version)
Time’s Up! Congratulations to everyone who completed Lab 2: Scanning from the Human Connection Challenge: Season 1. In this walkthrough, I'll share some strategies for efficiently completing the lab, based on my perspective as the author. Remember, there are often multiple ways to approach a challenge, so if you used a different method and succeeded, that's perfectly fine! The goal is to learn, and I hope these notes help clarify any steps and reinforce key concepts for the next challenge. This challenge has now ended, but the lab remains available for practice. While prizes are no longer up for grabs, you can still complete the lab and use this walkthrough guide for support if needed. I’ve also used placeholders in some of the commands that would give away an answer directly, so if you see anything enclosed in angle brackets, such as <name server>, please make sure you replace it with the actual value, such as nameserver. With all that considered, let's get started. Overview Task: Identify the name server records of tinytown.bitnet. 1. What is the IP of the first name server for tinytown.bitnet? You’ll first need to open a Terminal on the Kali desktop. Next, you’ll need to query the DNS Server IP (found in the Machines panel) about the tinytown.bitnet domain using the nslookup (Name Server Lookup) tool. You’re specifically looking for NS (Name Server) records, so you can use the -type=ns parameter with nslookup to specify this: nslookup -type=ns tinytown.bitnet [DNS Server IP] The output of this command will return two name servers for the domain labelled with 1 and 2. Your next step is to identify what IP address is associated with the first name server (1). To do this, you can use nslookup along with the name server, domain, and DNS Server IP: nslookup <name server>1.tinytown.bitnet [DNS Server IP] This command will then return an IP address for the name server. 2. What is the IP of the second name server for tinytown.bitnet? As you’ve already identified both name servers, you’ll just need to run the previous command, except with the second (2) name server: nslookup <name server>2.tinytown.bitnet [DNS Server IP] You’ll then find the IP address associated with it. Task: Identify port service information for Target 1. 3. What service version is running on port 53? A network scanning tool like Nmap can help you identify the service version running on a specific port. To do this with Nmap, you can use the -sV option for service detection: nmap -sV [Target 1 IP Address] The output will show what service version is running on port 53. 4. What is the full service banner of port 22? There are a couple of ways to find the full service banner of port 22 – such as with Nmap or Netcat. If you’re using Nmap, you can modify the previous command to include the “banner” script along with the port number: nmap -sV -script=banner [Target 1 IP Address] -p22 The command line will then display the service banner from port 22. You can alternatively use netcat to manually connect to the SSH server. When a client connects, Netcat may present a banner that contains version information. To use Netcat, you’ll need the nc command along with the Target 1 IP address and specify you want to connect to port 22: nc [Target 1 IP Address] 22 When you run this command, the banner appears before the terminal hangs. Task: Identify a token on one of the ports. 5. What is the token? With the previous Nmap command, you initially found that three ports were open on Target 1. However, you’ll need to do a more thorough network scan to find another open port, one not initially found with the previous scans. To do this, you can expand your port scan to cover a much wider range by using Netcat to scan for open ports from 1 through 9000: nc -zvn <Target 1 IP Address> 1-9000 Here, -z will scan for listening services but won’t send any data, -v is verbose mode, which provides more detailed information, and -n tells Netcat not to resolve hostnames via DNS. This command will reveal a fourth open port. Now, you can use Netcat to connect to this port: nc <Target 1 IP Address> <open port> The token will then be displayed in the terminal. Task: Scan the TLS configuration on Target 2. 6. How many protocols are enabled? To scan for SSL/TLS configurations, you can use the sslscan tool. By default, sslscan scans port 443 and will return supported server ciphers, certificate details, and more. You can use sslscan like this: sslscan <Target 2 IP Address> The returned output will be verbose, but you can find and count the number of enabled protocols under the SSL/TLS Protocols subheading. 7. Name an enabled protocol. Using the previous output, name one of the enabled protocols. 8. What exploit are the protocols NOT vulnerable to? Using the same output, scroll down through the results until you find a subheading that’s named after a vulnerability and contains a similar string to: <Protocol> not vulnerable to <vulnerability name> The vulnerability has the same name as the subheading. Task: Identify and extract information from an SMB share on Target 3. 9. What Disk shared directory can you access? To extract information from an SMB (Server Message Block) share, you can use the smbclient tool. First, you’ll need to list the SMB shares on the target using the -L flag (the list/lookup option) with: smbclient -L //<Target 3 IP> You’ll then be prompted for a password, but you can press Enter to skip this. A list of SMB shares will then be displayed, three of which are shown to be a Disk type, so you know the answer will be one of these. You can now begin to go through the list and try to connect to the shares with: smbclient //<Target 3 IP>/<Sharename> However, this time when you’re prompted for a password and you press Enter, you might encounter a message when you try and connect to a share: NT_STATUS_ACCESS_DENIED If you attempt to connect to all shares, you’ll find you can connect to one share without a password. You’ll then be greeted with the following prompt to show the successful connection: smb: \> 10. What is the token stored in the directory? Now that you’re connected, you can execute commands to interact with the SMB share. If you run ls, you’ll find a token.txt file in the current directory. You can then download the file from the share onto your local machine with: get token.txt On the Kali desktop, open the Home folder and the token.txt will be inside. Open this file and find the token. 11. What is the username stored in the directory? After you’ve run ls in the SMB share, you’ll find not only token.txt, but also a file named creds.txt. Use the same command as you just did previously to download the file onto your machine: get creds.txt This file will also be downloaded to the Home folder, where you can find a username and password. Task: Identify open services on Target 3. Task: Connect to Target 3 with the previously found credentials. 12. What is the token stored in the user's /Documents directory? For this final task, you first need to scan the target using Nmap. You’ll find that if you attempt to scan the target without using the -Pn flag, you’ll get a response saying that the host seems down. However, if you run Nmap with -Pn, you’ll find some ports are open: nmap -Pn <Target 3 IP Address> However, the ports returned from this command don’t offer a way to connect to the target. You’ll also need to scan the 6000 most popular ports: nmap -Pn --top-ports 6000 <Target 3 IP Address> These results will now show two additional ports are open regarding the Web Services Management (Wsman) protocol, which is used to communicate with remote machines and execute commands. One of the tools that implement this protocol is Windows Remote Management (WinRM) which is Microsoft’s implementation of Wsman. Knowing this, you can now use Metasploit to interact with the target. In your terminal, run: msfconsole Once loaded, you can use the the following auxiliary module to connect to a system with WinRm enabled and execute a command with: set cmd ls You’ll then need to set the following options, using the credentials you found in the creds.txt file: set username <username> set password <password> set rhosts <Target 3 IP Address> Next, you need to set the cmd option with the command you want to run. If you use the ls command, you’ll be able to find what out files are in the directory you connect to: set cmd ls With all the options set, you can now run the module: run The results of the executed command will be printed on the screen and also saved to a directory, but both show the existence of a token.txt file in the current directory. You can now set the cmd option to type token.txt in Metasploit: set cmd type token.txt Once set, use the run command to send the updated command: run The contents of token.txt will then be displayed on the screen and outputted to a file. Tools For this challenge, you’ll use a range of tools including: Nslookup Nmap Netcat Sslscan Smbclient Metasploit Tips You can use different tools and parameters within those tools to scan for and find information, so don’t be afraid to try out a few different things! If you want to learn more about some of the tools within this lab, take a look at the following collections: Reconnaissance Nmap Infrastructure Hacking Introduction to Metasploit Post Exploitation with Metasploit Conclusion The steps I’ve laid out here aren’t the only way to find the answers to the questions, as long as you find the answer, you did it – well done! If you found another way to find some of these answers and think there’s a better way to do it, please post them in the comments below! I hope you enjoyed the challenge and I’ll see you for the next one.
