This assessment item relates to the unit learning outcomes as in the unit descriptor. This  assessment is designed to improve the ability of students to critically analyse security tools and  present their findings. The assignment provides an opportunity to work in a group and to achieve  a joint objective. Description Each group is required to critically analyse any 2 security tools from the list and demonstrate the  functionality of the tools in a video presentation. The list of tools for the assignment include: Hydra Maltego NMap Zed Attack Proxy SqlMap Metasploit Framework Burp Suite Nessus Nikto Snort The tools need to be launched in Linux terminal (a user could be created for any member of the  group).  Each group is required to: 1. Install and launch the 2 security tools in Linux terminal (a user could be created for any  member of the group). Screenshots need to be provided with a brief description. 2. Evaluate 4 features of each tool. Description and screenshots need to be provided for each tool 3. Critically analyse each tool in terms of: a) Ease of Use b) Performance c) Scalability d) Availability e) Reporting and analytics 4. Demonstrate the 4 features of the tool in a short video not more than 5 Minutes. Each  student is required to demonstrate 1 feature for each tool. If a student does not  demonstrate in the video, the student will not be marked for the demonstration marks Instructions These instructions apply to Assignment 3 Group Assignment – Critical Analysis of Network  Security Tools. 

Students will create a complete C# project to implement the operation of a hash table by addressing the following: Create a flowchart to show the processing that will take place to implement the operation of a hash structure. Create a detailed and separate flowchart for the operation of the hash function (hash key generator).Write a complete C# program (complete project code) that will create and use a hash table algorithm to store “String” data type in the hash structure. You must use a linked List to resolve potential collisions.Submit the complete Visual Studio (C#) project folder in zipped format that includes a Word document containing the required flowcharts in step 1