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Course Outline

DAY 1

Introduction and Cloud Architecture

  • Definition of cloud computing
  • Components of the cloud computing stack
  • Cloud reference models and security considerations

Infrastructure Security for Cloud Computing

  • Comprehension of cloud infrastructure elements
  • Evaluation of security implications across deployment models
  • Benefits and drawbacks of virtualization
  • The cloud management plane
  • Security fundamentals for distinct service models

Managing cloud computing security and risk

  • Risk management and governance frameworks
  • Legal and compliance requirements
  • Auditing processes
  • Portability and interoperability standards
  • Incident response strategies

Data security for cloud

  • Variations in cloud storage models
  • Security challenges for data within the cloud
  • Addressing cloud security and governance protocols
  • Application of data lifecycle concepts to use cases
  • Discussion on data encryption methods

Securing applications and users

  • Application architecture design and operational lifecycle
  • Impact on the Software Development Life Cycle (SDLC)
  • Assessment of application security tools
  • The role of compliance within the cloud environment

Cloud Risk assessment

  • Adopting cloud computing strategies
  • Migrating existing applications and systems

Create and secure a public cloud

  • Understanding public IaaS architectures
  • Review of EC2 components
  • Launching and connecting to the initial instance
  • Techniques for securing the instance

DAY 2

Encrypting an EBS volume

  • Rationale for encryption
  • Selection of encryption methods
  • Creation and attachment of Amazon EBS volumes
  • Encryption and formatting procedures
  • Overview of key management options
  • Implications of system reboots
  • Attaching encrypted volumes to separate instances

Identity and access management

  • Securing EC2 instances using AWS IAM
  • Understanding federated identity architectures
  • Implementing federated identity for applications via OpenID
  • Application of these principles in enterprise production environments

Deploy and secure a Private Cloud

  • Understanding private cloud architectures
  • Review of OpenStack components
  • Creation and connection of compute nodes
  • Management of OpenStack tenants and IAM
  • Securing the OpenStack management plane
  • Investigation of hypervisor security
  • Understanding security automation

Selecting Cloud services

  • Formulating a security strategy
  • Evaluating and selecting a cloud provider
  • Security as a Service concepts
  • Course summary and review
 14 Hours

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