Published 3/2023MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHzLanguage: English | Size: 2.00 GB | Duration: 3h 7m

Learn Security in Cloud Systems with Examples on AWS, GOOGLE, MICROSOFT Cloud Services

What you'll learn

Security Basic Components, Security Attacks, Classes of Threats

Policies and Mechanisms, Goals of Security in Cloud Computing, Trust and Assumptions in Cloud Security

Cloud Security Mechanisms, Assurance, Passive attacks, Active attacks

Gartner's Seven Cloud Computing, Role of Security, Network security

Research Paper ec2

New Risks in Cloud, Multi - tenancy, Attack Model, Threat Model

EC2 Service , Network Probing, Survey Public Servers on EC2, Instance Placement Parameters

Deteing Co - residence, Security Issues in Cloud Computing, SaaS Cloud - based Collaboration

A distributed secure collaboration fra ... SelCSP Framework in detail, Risk - based Access Control ( RAC )

Distributed RAC using Fuzzy Inference, Inter - Domain Role Mapping ( IDRM ), Distributed Role Mapping Framework

Conflict Detection, Conflict Removal, Importance of QoS, Objectives Qos

Different Approaches for selecting CSP, CUSTOMER QoS PARAMETERS, Provider Selection

Case Study

Future Scope

Top Critical Points for AWS Cloud Security

Top critical points for Google cloud and Microsoft cloud Security

Requirements

Little understanding of Cloud Computing.

Description

Cloud computing has revolutionized the way businesses operate, offering on-demand access to computing resources at scale. However, with the increase in cloud adoption, security concerns have emerged as a significant challenge for organizations. This comprehensive course on Cloud Security provides participants with a deep understanding of cloud security, including basic components, attacks, classes of threats, policies, and mechanisms.The course starts with an introduction to cloud security, which covers the essential aspects of cloud security, including confidentiality, integrity, availability, and accountability. Participants will learn about the different security attacks, including passive and active attacks, and the classes of threats that organizations face in cloud computing environments. The course delves into the importance of security policies and mechanisms and how organizations can use them to protect their data in the cloud.The course provides an in-depth understanding of the goals of security in cloud computing, which include protecting data, ensuring compliance, maintaining service levels, and minimizing the risk of data breaches. Participants will learn about the trust and assumptions in cloud security, and how organizations can implement cloud security mechanisms to protect their data in the cloud.The course discusses cloud security assurance, which is the process of ensuring that the cloud service provider is meeting the security requirements of the organization. Participants will learn about the different mechanisms for ensuring cloud security, including third-party audits and certifications.The course provides an in-depth understanding of the different types of security attacks, including passive attacks, which involve eavesdropping and monitoring, and active attacks, which involve modifying or manipulating data. Participants will learn about the Gartner's Seven Cloud Computing, which include the role of security in cloud computing and network security. They will also learn about the research paper on EC2 and the new risks in the cloud, such as multi-tenancy and the attack model and threat model.The course addresses various queries, including EC2 Service, network probing, survey public servers on EC2, instance placement parameters, deteing co-residence, and security issues in cloud computing. Participants will learn about SaaS cloud-based collaboration and the SelCSP framework, which is a distributed secure collaboration framework. The course also covers risk-based access control (RAC), distributed RAC using fuzzy inference, inter-domain role mapping (IDRM), distributed role mapping framework, conflict detection, and conflict removal.The course provides an in-depth understanding of the importance of Quality of Service (QoS) and different approaches for selecting a CSP. Participants will learn about the customer QoS parameters and provider selection. The course provides a case study and future scope of cloud security. It also covers the top critical points for AWS Cloud Security, Google Cloud, and Microsoft Cloud Security.Overall, this course provides participants with the knowledge and skills to identify and mitigate security threats and attacks in the cloud. They will be able to implement appropriate security policies and mechanisms to secure cloud computing systems, including multi-tenant environments. The course also prepares participants to apply best practices for selecting a cloud service provider and implementing risk-based access control.In conclusion, this course is essential for professionals working in cloud computing and those who want to learn more about cloud security. It provides a comprehensive understanding of cloud security and equips participants with the knowledge and skills needed to secure cloud computing systems effectively. The course covers various topics, including security attacks, classes of threats, policies, and mechanisms, and addresses different queries, including EC2 service, network probing, and instance placement parameters. The course provides a case study and future scope of cloud security and covers the top critical points for AWS Cloud Security, Google Cloud, and Microsoft Cloud Security. Participants will gain an in-depth understanding of cloud security, which will help them secure cloud computing systems effectively.

Overview

Section 1: Introduction

Lecture 1 Introduction

Lecture 2 Security - Basic Components

Lecture 3 Security Attacks

Lecture 4 Classes of Threats

Lecture 5 Policies and Mechanisms

Lecture 6 Goals of Security in Cloud Computing

Lecture 7 Trust and Assumptions in Cloud Security

Lecture 8 Cloud Security Mechanisms

Lecture 9 Assurance

Lecture 10 Operational Issues

Lecture 11 Passive attacks

Lecture 12 Active attacks

Lecture 13 Role of Security

Lecture 14 Network security

Lecture 15 Gartner's Seven Cloud Computing Security Risks

Lecture 16 Research Paper ec2

Lecture 17 New Risks in Cloud

Lecture 18 Multi - tenancy

Lecture 19 Attack Model

Lecture 20 Threat Model

Lecture 21 Addresses the Following Queries

Lecture 22 EC2 Service

Lecture 23 Network Probing

Lecture 24 Survey Public Servers on EC2

Lecture 25 Instance Placement Parameters

Lecture 26 Deteing Co - residence

Lecture 27 Security Issues in Cloud Computing

Lecture 28 SaaS Cloud - based Collaboration

Lecture 29 SelCSP Framework

Lecture 30 Select requests ( for accessing local resources ) from anonymous users

Lecture 31 Select requests ( for accessing local resources ) from anonymous users

Lecture 32 Formulate a heuristic for solving the IDRM problem

Lecture 33 A distributed secure collaboration framework

Lecture 34 SelCSP Framework in detail

Lecture 35 Risk - based Access Control ( RAC )

Lecture 36 Distributed RAC using Fuzzy Inference System

Lecture 37 Inter - Domain Role Mapping ( IDRM )

Lecture 38 Distributed Role Mapping Framework

Lecture 39 Conflict Detection

Lecture 40 Conflict Removal

Lecture 41 Importance of QoS

Lecture 42 Objectives Qos

Lecture 43 Different Approaches for selecting CSP

Lecture 44 CUSTOMER QoS PARAMETERS

Lecture 45 Provider Selection

Lecture 46 Case Study

Lecture 47 Future Scope

Section 2: Top Critical Points for AWS Cloud Security

Lecture 48 Enable Multi-Factor Authentication (MFA) for all users and root accounts

Lecture 49 Use AWS Identity and Access Management (IAM) to control access to AWS resources

Lecture 50 Configure AWS Security Groups and (NACLs) to limit inbound and outbound traffic

Lecture 51 Enable AWS CloudTrail to log all API activity across AWS services.

Lecture 52 Configure AWS GuardDuty to detect potential security threats in your AWS environ

Lecture 53 AWS Config to assess compliance with security policies and identify any config

Lecture 54 Use AWS Key Management Service (KMS) to encrypt data at rest and in transit

Lecture 55 Use AWS CloudFront and AWS Shield to protect against DDoS attacks

Lecture 56 Use AWS WAF (Web Application Firewall) to protect against web application attack

Lecture 57 Regularly patch and update all AWS resources to ensure they are running

Lecture 58 Use AWS Inspector to assess the security of your EC2 instances and applications

Lecture 59 Monitor and analyze AWS CloudWatch logs to detect and respond to security incide

Lecture 60 Use AWS Organizations to manage multiple AWS accounts and centralize

Lecture 61 AWS Secrets Manager to store and rotate secrets, such as API keys and password

Lecture 62 Use AWS S3 Bucket policies and ACLs to control access to S3 buckets and objects

Lecture 63 Use AWS VPC Flow Logs to monitor network traffic in your VPCs

Lecture 64 AWS Systems Manager to automate patching and updates across your AWS resources

Lecture 65 AWS Certificate Manager to manage and renew SSL TLS certificates for your web

Lecture 66 Configure AWS SNS (Simple Notification Service) and Lambda functions

Lecture 67 Implement AWS Backup to regularly back up and recover your data and resources

Section 3: Top critical points for Google cloud and Microsoft cloud Security

Lecture 68 Top 20 essential checkpoints for safeguarding Google Cloud

Lecture 69 Top 20 essential checkpoints to safeguard the Microsoft Cloud

Information Technology enthusiasts that desire to learn the foundations of modern cloud security

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