
Implement robust Azure virtual network security using NSGs, ASGs, UDRs, and ExpressRoute encryption, while enabling secure connectivity via VNet peering, VPN gateways, and Virtual WAN, with Network Watcher monitoring.
Learn the Microsoft cloud security benchmark across data protection, login and threat detection, and network security, focusing on encryption in transit, centralized logs, and zero trust controls.
Explore how Azure secures data in transit with TLS 1.2 or later, double encryption, and secure transfer, and apply best practices like HTTPS enforcement and traffic monitoring.
Enable secure transfer for Azure storage accounts to require https and encrypted protocols, and configure it during creation or for existing accounts via the Azure portal.
Learn to protect data in transit with dp3 concepts, encryption, secure protocols, and azure storage secure transfer, including https with tls.
Learn to enable network logging across Azure, AWS, and GCP to support incident investigations, threat hunting, and security alerts with flow logs, DNS, WAF, and centralized SIEM analysis.
Establish and enforce cloud network segmentation across Azure, AWS, and GCP by isolating high-risk workloads, implementing Vnets/VPCs, subnets, and NSGs/NACLs, and applying deny-by-default with traffic monitoring.
Secure cloud native services by establishing private endpoints and private access points, restricting public access, and using gateways or load balancers across Azure, AWS, and GCP.
Deploy firewalls at the edge of enterprise networks to enforce advanced filtering and block known bad IPs across Azure, AWS, and GCP. Route traffic through security appliances via custom routes.
Deploy DDoS protection across Azure, AWS, and GCP to defend networks and applications from both volumetric and application layer attacks, and monitor with Azure Monitor, CloudWatch, and Google Cloud monitoring.
Deploy a web application firewall to protect web apps and APIs from application layer attacks at the network edge in Azure, AWS, and GCP.
Detect insecure services and protocols across Azure, AWS, and GCP; disable ssl and tls version one, ssh version one, and smb version one to reduce attack surface.
Connect on premises and cloud networks privately using VPNs, interconnects, and peering across Azure, AWS, and GCP; evaluate performance and security, and monitor connections for secure, private traffic.
Azure Infrastructure Security Benchmark: Network, Data, Logs
Gain essential insights into Microsoft's Cloud Security Benchmark through this comprehensive overview course. Rather than deep implementation details, this program provides a structured walkthrough of the benchmark's critical components focusing on network security, data protection, and logging requirements.
The Microsoft Cloud Security Benchmark represents the authoritative source for security recommendations in Azure environments. This course breaks down these complex requirements into understandable components, helping you grasp the security controls needed for cloud environments without overwhelming technical complexity.
Organizations struggling to interpret and apply security benchmarks will benefit from our structured approach. We translate dense security documentation into practical knowledge, explaining the "why" behind each benchmark component and how it relates to your overall security posture.
This overview course illuminates the key principles and requirements of the benchmark rather than focusing on specific implementation steps. You'll develop a comprehensive understanding of benchmark components, enabling you to make informed decisions about which controls to prioritize in your environment.
Course Outline:
Understanding Microsoft Cloud Security Benchmark framework and its components
Exploring data protection requirements through encryption and secure transfer
Reviewing logging and threat detection expectations within the benchmark
Examining network security and segmentation principles per benchmark guidelines
Learning about cloud-native service security requirements
Understanding edge security controls including firewalls per benchmark specifications
Reviewing DDoS protection requirements for benchmark compliance
Exploring Web Application Firewall (WAF) benchmark components
Understanding benchmark guidance on insecure services and protocols
Examining private connectivity requirements between environments
The course provides a high-level overview of benchmark requirements rather than in-depth implementation. You'll gain a thorough understanding of what the Microsoft Cloud Security Benchmark expects across network, data, and logging domains, preparing you to assess your current environment against these guidelines.
By the end of this course, you'll be able to:
Interpret Microsoft's Cloud Security Benchmark requirements across key domains
Understand the security controls necessary for benchmark alignment
Evaluate your current Azure environment against benchmark expectations
Identify security gaps between your environment and benchmark requirements
Apply benchmark knowledge to security planning and roadmap development
Communicate benchmark requirements to stakeholders and implementation teams
This course is ideal for IT professionals, security architects, compliance officers, and anyone needing to understand Microsoft's Cloud Security Benchmark requirements before implementation. This overview serves as an excellent foundation before diving into the technical details of security control implementation.