Nmap دورة إحتراف فحص الأنظمة بإستخدام

Explore how nmap performs network scanning, captures traffic with Wireshark, and analyzes protocols and ports on Linux environments like Kali, including TCP handshakes, UDP, DNS, and HTTP.

Master Nmap commands, options, and switches for host discovery and service version detection. Fill gaps in port and host discovery in IP domain for Windows or Linux, for ethical hackers.

Use nmap to perform port scanning, identify open ports through port ranges or specific ports, apply fast scans with -p options, and observe scan traffic with Wireshark.

Install Metasploitable in a VirtualBox lab and configure Kali Linux, then use Nmap for host discovery while exploring the Metasploitable and Metasploit setup in a controlled network lab.

Explore how to work with Wireshark to analyze traffic, import a Wireshark profile from a zip file, apply the default profile, and use filters for traffic requests.

Identify active hosts with Nmap ping scans and host discovery using icmp and arp protocols. Observe ip and mac addresses and analyze traffic with Wireshark during port scanning.

Explore ping scan types in nmap, including ARP and ICMP behaviors on active hosts, while mapping a subnet from a virtual machine and validating results with Wireshark.

Explore operating system detection with Nmap to identify the target operating system, comparing Linux and Windows responses, using normal and aggressive scans, while capturing packets with Wireshark for evidence.

Explore Wireshark features for capturing and analyzing network traffic, including how to save captures, view capture file properties, add comments, and apply filters to focus on specific ports and traffic.

Explore common network ports and protocols, including FTP, SSH, SMTP, DNS, HTTP, and NetBIOS, and learn how port scanning reveals services on a target machine and encrypted traffic.

Learn UDP scanning fundamentals using nmap to identify open or filtered UDP ports, observe traffic with Wireshark, and understand how firewalls drop packets on the UDP protocol.

Learn how Nmap discovers services and their versions on open ports, analyze port responses from HTTP, HTTPS, SSH, and FTP, and use Wireshark for packet testing.

Show more scanning results in Nmap by enabling ARP scanning and scanning all ports, revealing final results and port status.

Run an nmap scan, save the results to a text file such as ip.txt, and view or edit the saved data with a text editor or file manager.

Explore how to adjust nmap scanning speed using timing templates to balance speed and detection, and understand how IDS/IPS influence target scanning outcomes.

Explore how the Nmap scripting engine enables automated, Lua-based scripts to assess port and service vulnerabilities, scan FTP, DNS, HTTP, and anonymous FTP configurations, and update the script database.

Explore how the Nmap scripting engine runs default scripts to scan services and ports on a target, including ftp anonymous login checks and host and port configurations.

Explore nmap script scanning and http enumeration to identify server services, ports (80 and 8180), admin folders, and potential admin login pages in metasploitable, including http methods and file uploads.

Explore FTP script scans and anonymous logins on port 21, as shown. Use Wireshark to observe login attempts and brute-force credentials in FTP sessions.

Perform SMB script scans with Nmap to identify SMB services and ports, and practice user account actions such as enabling, disabling, and adding SMB-related accounts via scripts.

Learn to perform comprehensive vulnerability script scans with Nmap, using built-in and custom scripts, switches, and script folders to identify exploitable server vulnerabilities on Metasploitable targets.

Learn how to use nmap IP fragmentation scan to probe ports and bypass firewalls with fragmenting requests in Wireshark.

Learn how decoy scans in nmap bypass firewalls by using decoy and random IP packets to enable stealth scans, then inspect open ports and traffic with Wireshark.

Provide a reference to Nmap's port scanning methods and host discovery, and discuss its documentation and GUI interpretations.