This internship provides hands-on experience in Cybersecurity and Digital Forensics. You’ll learn to analyze security incidents and understand forensic investigation processes through practical tasks.
NOTICE: Complete a minimum of 2 tasks from the tasks listed below.
Cybersecurity Tasks
Task 1: Install and Configure Wireshark
Problem Statement: Install Wireshark and capture network traffic on your local machine.
Steps to Complete:
- Download Wireshark from Wireshark’s official website.
- Install the application following the prompts.
- Open Wireshark and start capturing packets on your network interface.
Tools/Datasets/Platforms:
- Tool: Wireshark.
You can use any tool/platform or dataset.
How to Submit:
- Record a 10-15 second video showcasing the installation and packet capture.
- Upload the video to LinkedIn or YouTube.
- Tag the following in your post:
- Submit the video link in the submission form.
Task 2: Use Nmap for Network Scanning
Problem Statement: Perform a basic network scan using Nmap to discover devices on your local network.
Steps to Complete:
- Download and install Nmap from Nmap’s official website.
- Open a command prompt or terminal.
- Run a scan on your local network (e.g., nmap 192.168.1.0/24).
Tools/Datasets/Platforms:
- Tool: Nmap.
You can use any tool/platform or dataset.
How to Submit:
- Record a video demonstrating the scan results.
- Upload the video to LinkedIn or YouTube.
- Tag the following in your post:
- Submit the video link in the submission form.
Task 3: Set Up a Virtual Machine for Testing
Problem Statement: Set up a virtual machine using VirtualBox or VMware to create a safe environment for testing.
Steps to Complete:
- Download and install VirtualBox or VMware.
- Create a new virtual machine and install a Linux distribution (e.g., Ubuntu).
- Ensure the VM is set up for internet access.
Tools/Datasets/Platforms:
- Tool: VirtualBox or VMware.
- Operating System: Linux distribution (e.g., Ubuntu).
You can use any tool/platform or dataset.
How to Submit:
- Record a video demonstrating the VM setup.
- Upload the video to LinkedIn or YouTube.
- Tag the following in your post:
- Submit the video link in the submission form.
Task 4: Use Online Tools for Vulnerability Assessment
Problem Statement: Conduct a basic vulnerability assessment using an online tool.
Steps to Complete:
- Visit a vulnerability assessment website like Qualys SSL Labs or Detectify.
- Enter a public website URL to scan for vulnerabilities.
- Review the assessment report generated.
Tools/Datasets/Platforms:
- Tool: Online vulnerability assessment tools.
You can use any tool/platform or dataset.
How to Submit:
- Record a video of the assessment process and results.
- Upload the video to LinkedIn or YouTube.
- Tag the following in your post:
- Submit the video link in the submission form.
Task 5: Analyze Logs Using a Text Editor
Problem Statement: Analyze server log files using a text editor to identify potential security incidents.
Steps to Complete:
- Obtain a sample server log file (you can generate one or find a sample online).
- Open the log file using a text editor (e.g., Notepad++, Sublime Text).
- Search for common indicators of compromise, such as failed login attempts.
Tools/Datasets/Platforms:
- Tools: Text editor (e.g., Notepad++, Sublime Text).
You can use any tool/platform or dataset.
How to Submit:
- Record a video demonstrating your analysis of the log file.
- Upload the video to LinkedIn or YouTube.
- Tag the following in your post:
- Submit the video link in the submission form.
Task 6: Create a Basic Phishing Email
Problem Statement: Create a simulated phishing email to understand common tactics used by attackers.
Steps to Complete:
- Research common phishing tactics and elements (e.g., urgency, spoofed email addresses).
- Draft an email mimicking a phishing attempt (ensure it’s clearly marked as a simulation).
- Share your email with peers for discussion.
Tools/Datasets/Platforms:
- Tools: Email platform (e.g., Gmail, Outlook).
You can use any tool/platform or dataset.
How to Submit:
- Record a video summarizing your phishing email’s components and intent.
- Upload the video to LinkedIn or YouTube.
- Tag the following in your post:
- Submit the video link in the submission form.
Task 7: Conduct a Risk Assessment
Problem Statement: Perform a basic risk assessment for a fictional organization.
Steps to Complete:
- Identify potential risks that the organization might face (e.g., data breaches, malware attacks).
- Assess the likelihood and impact of each risk.
- Document your findings and recommendations.
Tools/Datasets/Platforms:
- Tools: Word processor (e.g., Microsoft Word, Google Docs).
You can use any tool/platform or dataset.
How to Submit:
- Record a video summarizing your risk assessment process and findings.
- Upload the video to LinkedIn or YouTube.
- Tag the following in your post:
- Submit the video link in the submission form.
Task 8: Write a Simple Python Script for Log Analysis
Problem Statement:
Develop a Python script that analyzes log files for failed login attempts.
Steps to Complete:
- Set up a Python environment.
- Write a script that reads a log file and counts the number of failed login attempts.
- Output the results to the console.
Tools/Datasets/Platforms:
- Programming Language: Python 3.x.
You can use any tool/platform or dataset.
How to Submit:
- Record a video demonstrating the script execution and output.
- Upload the video to LinkedIn or YouTube.
- Tag the following in your post:
- Submit the video link in the submission form.
Task 9: Develop a Basic Incident Response Plan
Problem Statement: Create an incident response plan for a hypothetical cybersecurity incident.
Steps to Complete:
- Outline the steps for identifying, containing, and recovering from a cyber incident.
- Define roles and responsibilities for team members during an incident.
- Document your response plan clearly.
Tools/Datasets/Platforms:
- Tools: Word processor (e.g., Microsoft Word, Google Docs).
You can use any tool/platform or dataset.
How to Submit:
- Record a video summarizing your incident response plan.
- Upload the video to LinkedIn or YouTube.
- Tag the following in your post:
- Submit the video link in the submission form.
Task 10: Create a Cybersecurity Awareness Presentation
Problem Statement: Develop a presentation aimed at educating users about cybersecurity best practices.
Steps to Complete:
- Research common cybersecurity threats and preventative measures.
- Create a PowerPoint or Google Slides presentation highlighting key points.
- Share your presentation with peers for feedback.
Tools/Datasets/Platforms:
- Tools: PowerPoint or Google Slides.
You can use any tool/platform or dataset.
How to Submit:
- Record a video presenting your slides.
- Upload the video to LinkedIn or YouTube.
- Tag the following in your post:
- Submit the video link in the submission form.
Digital Forensics Tasks
Problem Statement: Create a forensic image of a USB drive using FTK Imager.
Steps to Complete:
- Download and install FTK Imager from AccessData’s official website.
- Insert the USB drive and open FTK Imager.
- Select the USB drive and create a disk image file.
Tools/Datasets/Platforms:
- Tool: FTK Imager.
You can use any tool/platform or dataset.
How to Submit:
- Record a video demonstrating the imaging process.
- Upload the video to LinkedIn or YouTube.
- Tag the following in your post:
- Submit the video link in the submission form.
Task 12: Analyze a Disk Image Using Autopsy
Problem Statement: Analyze the disk image created in Task 11 using Autopsy.
Steps to Complete:
- Download and install Autopsy from Autopsy’s official website.
- Open Autopsy and create a new case.
- Import the disk image and analyze its contents (files, deleted files, etc.).
Tools/Datasets/Platforms:
- Tool: Autopsy.
You can use any tool/platform or dataset.
How to Submit:
- Record a video summarizing your analysis process and findings.
- Upload the video to LinkedIn or YouTube.
- Tag the following in your post:
- Submit the video link in the submission form.
Task 13: Use Wireshark for Packet Analysis
Problem Statement: Capture and analyze network packets using Wireshark.
Steps to Complete:
- Start capturing packets on your network interface using Wireshark.
- Filter for HTTP packets and examine the details.
- Document your findings regarding the traffic observed.
Tools/Datasets/Platforms:
- Tool: Wireshark.
You can use any tool/platform or dataset.
How to Submit:
- Record a video demonstrating your packet analysis.
- Upload the video to LinkedIn or YouTube.
- Tag the following in your post:
- Submit the video link in the submission form.
Task 14: Use Volatility for Memory Analysis
Problem Statement: Analyze a memory dump using Volatility to identify suspicious processes.
Steps to Complete:
- Download and install Volatility from Volatility’s official GitHub repository.
- Obtain a memory dump (you can use a sample file available online).
- Use Volatility commands to analyze the dump and identify processes.
Tools/Datasets/Platforms:
- Tool: Volatility.
You can use any tool/platform or dataset.
How to Submit:
- Record a video demonstrating your memory analysis.
- Upload the video to LinkedIn or YouTube.
- Tag the following in your post:
- Submit the video link in the submission form.
Task 15: Create a Forensic Report
Problem Statement: Draft a forensic report based on the analysis conducted in Task 12.
Steps to Complete:
- Document your analysis findings from the disk image analysis.
- Include details about the methods used and any significant artifacts discovered.
- Structure the report professionally.
Tools/Datasets/Platforms:
- Tools: Word processor (e.g., Microsoft Word, Google Docs).
You can use any tool/platform or dataset.
How to Submit:
- Record a video summarizing your forensic report.
- Upload the video to LinkedIn or YouTube.
- Tag the following in your post:
- Submit the video link in the submission form.
Conclusion
These tasks are designed to give you real-world experience in digital marketing while allowing you to explore various platforms and tools. Remember to tag the company and mentor in your submissions. Good luck, and enjoy your internship journey!
Thank you!