1. Building general strategy and security architecture:

• Introduction
• Zero Trust review
• Designing integration points in architecture
• Designing security requirements based on business goals
• Transposing security requirements to technical opportunities
• Designing securities for vulnerability strategies
• Planning security strategies for hybrid and multi-access strategies
• Designing technical and management strategies for filtering and segmenting traffic
• Acquaintance with protocol securities .

1. Designing security operation strategies:

• Introduction
• Understanding structure, processes and procedures related to security
• Designing strategies of logging and audit strategies
• Planning security operations for hybird and multi-cloud environments
• Planning Security Information and Event Management (SIEM) strategy and security orchestration,
• Evaluation of workflows related to security
• Review of security strategies related to incident management
• Evaluating strategy of security operations in terms of sharing information about technical threats
• Monitoring sources to gain insight into threats and mitigation measures.

1. Designing strategies of identity security:

• Introduction
• Secure access to cloud resources
• Security recommendations for dentity storage
• Security recommendations for strategies of secure authentication and authorization
• Secure conditional access
• Designing strategies of assigning roles and delegating
• Defining identity management for access reviews and authorization management
• Designing security strategies for the role of priviliged access to infrastructure
• Designing security strattegies for privileged operations
• Acquaintance with protocol securities.

1. Evaluating rule compliance strategies:

• Introduction
• Interpreting requirements of compliance and their technical capabilities
• Evaluating compliance’s infrastructure using Microsoft Defender for Cloud
• Interpreting evaluation of compliance and recommended operations to solve problmes or improve security
• Designing and verifying Azure Policy implementations
• Designing requirements in terms of data residences
• Transposing requirements related to privacy into requirements related to security solutions.

1. Evaluating the state of security and recommended technical Risk Management strategies:

• Introduction
• Evaluating security attitude using comparisn tests
• Evaluating state security using Microsoft Defender for Cloud
• Evaluating security attitude using secure results
• Evaluating security hygiene of Cloud Workloads
• Designing securities for Azure Landing Zone
• Interpreting the analysis of technical threates and recommended means limiting the risk
• Recommended security functions or means of control in order to mitigate identified threats

1. Acquaintance with best practices related to architecture and their change in cloud:

• Introduction
• Planning and implementing security strategies in teams
• Specifying strategies and the process of proactive and constant evolution of security strategy
• Acquaintance with network protocols and best practices related to network segmentation and traffic filtering.

1. Designing strategy of securing server and client end points:

• Introduction
• Specifying fundamentals of security of server’s and client’s end points
• Specifying security requirements for servers
• Specifying security requirements for mobile devices and clients
• Specifying requirements related to securing domain services in Active Directory
• Designing strategy of managing secrets, keys and certificates
• Designing strategies of secure remote access
• Understanding structure, processes and security procedures
• Understanding procedures of deep forensics according to the type of resources.

1. Designing strategy of securing PaaS, IaaS and SaaS strategies:

• Introduction
• Specifying security fundamentals for PaaS services
• Specifying security fundamentals for IaaS services
• Specifying security fundamentals for SaaS services
• Specifying requirements related to securities for IoT overloads
• Specifying security fundamentals for data overloads
• Specifying security fundamentals for Internet overloads
• Specifying security fundamentals for mass storage overloads
• Specifying security fundamentals for containers
• Specifying security fundamentals for containers orchestration.

1. Specifying security fundamentals for applications:

• Introduction
• Understanding application threat modelling
• Specifying priorities of threats for applications
• Specifying security standards during new application implementation
• Specifying security strategy for applications and  API interfaces.

1. Planning data security strategy:

• Introduction
• Prioritetization of data threat mitigation
• Planning strategy of identification and sensitive data protection
• Specifying data coding standard at rest and in motion.