In the exercise, your task was to create a penetration testing strategy that encompasses the various stages and tasks aligned with Sam’s Scoops case study.
Now, let's dive into an exemplar that presents a possible penetration testing plan based on the exercise's findings and recommendations.
Take note: Don’t worry if the outcome of your exercise is different, the exemplar the exemplar serves as a reference guide to compare your work to.
Gather information about Sam's Scoop and their infrastructure from publicly available sources like social media, search engines, and their website.
Utilize search engines and social media platforms to gather information about Sam's Scoop, their employees, and potential connections.
Explore Sam's Scoop website to collect data on system architecture, email addresses, and other valuable details.
Use Nmap to scan the target VMs and identify open ports, services, and versions.
Perform a comprehensive port scan using Nmap to identify all open ports on the target VMs.
Analyze the scan results to determine running services and their associated ports.
Use Nmap's operating system detection feature to identify the operating system running on the target VMs.
Utilize Nessus to perform vulnerability scans on the target VMs.
Configure Nessus to scan the target VMs for known vulnerabilities based on their services and versions.
Analyze the scan results to identify potential vulnerabilities and prioritize them based on their severity.
Conduct banner grabbing to gather information about the services running on the target VMs.
Use banner grabbing techniques with tools like netcat or telnet to retrieve banners from the target services.
Analyze the banners received to determine service names, versions, and vendor information.
Perform network sniffing to capture and analyze network traffic (if authorized).
Use authorized network sniffing tools like Wireshark to capture and analyze network traffic between the target VMs and other devices.
Analyze the captured network packets to identify any potential security weaknesses or sensitive information.
Attempt to exploit weak passwords by using brute-force techniques.
Utilize brute-force attacks against the identified user accounts, trying various password combinations.
Adjust the attack parameters based on the known account information or common password patterns.
Exploit known vulnerabilities in the eCommerce platform or SQL Server using appropriate methods and techniques.
Based on the results from the vulnerability scans, identify and exploit any known vulnerabilities in the target systems.
Utilize suitable methods and techniques to exploit the identified vulnerabilities.
Simulate social engineering attacks, such as crafting and sending phishing emails, to trick users into revealing credentials.
Craft convincing phishing emails to impersonate trusted entities.
Execute simulated phishing attacks and monitor responses to assess the effectiveness of social engineering techniques.
Exploit unpatched software vulnerabilities or weak access controls to escalate privileges on the VMs.
Identify unpatched software vulnerabilities in the target VMs' operating systems, applications, or services.
Exploit these vulnerabilities to gain higher levels of access.
Abuse misconfigurations in firewalls or network devices to gain higher levels of access.
Identify misconfigurations in the Azure Firewall or other network devices protecting the target VMs.
Exploit these misconfigurations to bypass access controls or gain unauthorized access to the target systems.
Attempt privilege escalation techniques to gain administrator or root access.
Employ appropriate techniques specific to the target operating systems or applications.
Explore common privilege escalation paths, such as misconfigured file permissions or vulnerable system services.
Based on the scenario provided, the type of testing involved would be white box testing. As a penetration tester, you have access to detailed information about the system's architecture, components, and infrastructure. You are operating with a high level of knowledge, similar to an insider or an authorized user, which allows you to perform a more in-depth analysis and identify potential vulnerabilities and weaknesses.