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Security benchmarking is the practice of using simple, quantifiable metrics to establish a baseline security performance, track changes and improvements over time, and compare performance against peers, competitors, and different business units.
Security benchmarks make it clear where companies need to improve security practices and let teams track changes over time. Benchmarking facilitates cyber risk analytics and the tasks of remediating the most critical security issues and refocusing overall IT strategy.
Security benchmarks, derived from Security ratings, provide a baseline that can be used to measure cybersecurity performance against competitors & peers.
What are security benchmarks? Security benchmarks are a measure of an organization's baseline of security performance, the improvements to its security programs over time, and comparisons of its performance against industry peers, competitors, and different business units.
Download
You can download the Benchmark and baseline offline copy in spreadsheet format.
Overview
The Microsoft cloud security benchmark (MCSB) provides prescriptive best practices and recommendations to help improve the security of workloads, data, and services on Azure and your multi-cloud environment.
This benchmark focuses on cloud-centric control areas with input from a set of holistic Microsoft and industry security guidance that includes:
Recommendations in Microsoft cloud security benchmark
Each recommendation includes the following information:
What's new in Microsoft cloud security benchmark v1
Here's what's new in the Microsoft cloud security benchmark v1:
Testing process to determine security weaknesses
A dynamic application security testing (DAST) is a non functional testing process where one can assess an application using certain techniques and the end result of such testing process covers security weaknesses and vulnerabilities present in an application.
This testing process can be carried out either in manual way or by using automated tools.
Manual assessment of an application involves a more human intervention to identify the security flaws which might slip from an automated tool.
Usually business logic errors, race condition checks, and certain zero day vulnerabilities can only be identified using manual assessments.
Testing process to determine security weaknesses
A dynamic application security testing (DAST) is a non functional testing process where one can assess an application using certain techniques and the end result of such testing process covers security weaknesses and vulnerabilities present in an application.
This testing process can be carried out either in manual way or by using automated tools.
Manual assessment of an application involves a more human intervention to identify the security flaws which might slip from an automated tool.
Usually business logic errors, race condition checks, and certain zero day vulnerabilities can only be identified using manual assessments.