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Best practice

As explained in Azure Security

A security best practice is a generally accepted recommendation for reducing security risk through configuration, design, or operational controls.

A security best practice is a generally accepted recommendation for reducing risk through secure configuration, design, and operational controls. Treat it as an evolving discipline rather than a one-time task: secure Azure workloads, monitor for compromise, investigate and respond, then apply lessons learned to future deployments. section 1.3

Public-cloud controls differ from traditional on-premises controls. Internet-reachable management interfaces can expose resources to compromise, after which attackers may pursue lateral movement across identities, databases, storage, IoT devices, and other resource types. section 1.5

Apply security best practices as layered controls:

  • Use Azure Policy as a guardrail so deployed resources follow security best practices and organizational business rules. section 1.8.3
  • Use Microsoft Defender for Cloud to detect noncompliant configurations and, in some scenarios, automatically remediate them. section 1.8.3
  • Use Microsoft Defender for Cloud and Microsoft Sentinel to detect suspicious activity and respond when attackers move laterally. section 1.8.3
  • Review incidents and external security advice, then update practices so future Azure resources are deployed more securely. section 1.3
Figure 1.1 Improving an organization’s security posture can be seen as an ever-evolving and ever-changing cyclical process.

Use the cycle to relate workload hardening, monitoring, investigation, response, and continuous improvement. section 1.3

How Azure Security covers it

How deep it goes
Explains an iterative security cycle and layered Azure controls, but stops short of prescribing detailed configuration procedures.
Examples
Uses Azure Policy guardrails, Defender for Cloud remediation, Sentinel response, and an open VM port enabling cryptomining as examples.
What it assumes
Assumes awareness of public-cloud resources and threat landscapes while emphasizing that cloud controls differ from on-premises practices.
What you can do after
Operate/configure Azure workloads with guardrails, detect suspicious activity, respond to compromise, and refine controls from lessons learned.
How it connects
Connects Azure Policy, Microsoft Defender for Cloud, Microsoft Sentinel, defense in depth, threat landscapes, and lateral movement.

Related concepts

This explainer was generated by Manning's knowledge graph from the text of Azure Security. The section links point to the parts of the book it draws on.