Homework File: Cloud SecurityCongratulations! You have finished the cloud security portion of the course.Your homework assignment will be 2 parts:Part 1Cloud computing has many terms and definitions that are unique to the cloud. As such, it is important to understand and remember this jargon when speaking to potential employers or peers.In part 1 of the homework, our goal is to solidify many of the terms and concepts you have learned throughout the last 4 weeks of class.InstructionsAnswer the following questions in your own words:What are 3 common job roles that combine security and cloud skills?What are the 3 biggest cloud provider platforms?What are the 6 most common cloud services (and their acronyms)?What is the difference between a virtual network and a physical network?What is the point of setting your first firewall rule to block all traffic?What is the difference between physical computing components (CPU, RAM, HDD/SSD) and virtual computing components?What is the purpose of using an encrypted ssh key to connect to a machine?What is the difference between a container and a virtual machine?What is a provisioner? Provide 3 examples of common provisioning software.What is meant by Infrastructure as Code?What is Continuous Integration/Continuous Deployment?What is a VPN and when should us use one?What is the purpose of a load balancer?What is a resource group in Azure?What is Region in Azure?Part 2BackgroundDuring the last week, you created a highly available web server for XCorp's Red Team to use for testing and training.Your lead cloud administrator has asked for a diagram of the Network you created to keep for documentation and company records.Your task: Use draw.io to create a detailed diagram of your cloud infrastructure.Cloud RecapWhen you're finished completing all the activities in cloud week, you should have:A total of 3 VMs running DVWA.All 3 VMs receiving traffic from your load balancer.Your GoalWhen you are finished with this assignment, you should have a network diagram that shows your entire cloud setup, including your Ansible jump box and the Docker containers running on each VM.This document can be used as part of a portfolio to demonstrate your ability.InstructionsUse a free account at draw.io to diagram the entire cloud network you have created.- Your diagram should show the following: - Azure resource group - Virtual network with IP address range - Subnet range - Flow of specific traffic (e.g., HTTP, SSH) - Security group blocking traffic - Load balancer - All 4 VMs that you have launched - Where Docker and Ansible are deployed

1) Create Oracle database tables using SQL Data Definition Language (DDL) for each table listed in the metadata of Project 2. You may need to use a combination of DROP TABLE, CREATE TABLE, and ALTER TABLE SQL statements. Make sure that entity and referential integrity are enforced by declaring a primary key for each table (these may be composite keys) and declaring all appropriate foreign keys. Your CREATE TABLE and ALTER TABLE statements (if desired) must show integrity constraints, as appropriate, for NOT NULL, UNIQUE, PRIMARY KEY, FOREIGN KEY, REFERENCES, and CHECK constraints. Be sure to save your SQL script file used to create these tables with a .sql extension and your output SPOOL file with a .lst or .txt extension. You should rerun and test your SQL script file until it runs without any errors (this is why you’ll want to include DROP TABLE statements). Submit your SPOOL file showing that all SQL in your SQL script file worked properly. 2) Populate each of your tables with at least five valid rows of data each and show the SQL INSERT statements as you executed them. Populate other tables in your database, as necessary, to satisfy referential integrity. Save your SQL script file and SPOOL file with the correct extensions. You should test and rerun your SQL script file until it runs without any errors. Submit your SPOOL file showing that all SQL in your SQL script file worked properly. 3) Develop an SQL script file to perform the following queries and updates. You should test your SQL script file until it runs without any errors.

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