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Best practices are designed to align system configurations to best practice models that require minimal system configuration work for certain software application workloads. Best practice models are created by product development and analysis teams for the various product groups and product areas. Best practices are developed based on internal knowledge of the best-case expected system configurations. These best practices models are also generated and linked to common configuration tasks such as build and deployment of software packages. The configuration-management team or the product development team can easily maintain a baseline of system configuration settings for comparison purposes. The configuration-management team or the product development team can compare their real-time system configuration settings against the baseline configuration settings for the identified workloads and software applications. If a system configuration is not in compliance with a specific best practice model or if a system configuration is recommended for optimization, then configuration changes can be made to bring it in compliance with the recommendations.
Best practices provide a model for defining the best configuration setting for the workloads and software applications. This model is used to specify which configuration settings should be set and which values should be used for each configuration setting. The use of best practice models provides many benefits. They are standardized and allow for easy compliance to the configuration settings that are required for software applications. Best practices also require minimal system configuration changes when compared to the traditional manual methods of system configuration management.
Microsoft Baseline Configuration Analyzer is a tool that allows you to set up a baseline of system configuration settings for comparison purposes, and determine whether the systems are in compliance with the established configurations. In addition, Microsoft Baseline Configuration Analyzer also allows you to run analysis of the baseline configuration settings for specific work-load types. For example, you can run a baseline of system configurations for specific software applications. If a system configuration is not in compliance with a specific best practice model or if a system configuration is recommended for optimization, then configuration changes can be made to bring it in compliance with the recommendations. The configuration-management team or the product development team can also use Microsoft Baseline Configuration Analyzer to check whether the configuration changes made for a specific workload type are compliant with the established best practice model.
Why You Need Microsoft Baseline Configuration Analyzer:
1. Avoid wasting time on unnecessary configuration changes.
2. Eliminate the possibility of losing vital configuration settings.
3. Saves time by reducing the chances of system configuration conflicts.
Microsoft Baseline Configuration Analyzer also provides a graphical configuration analyzer that can help you investigate configuration issues. For example, if you observe an issue

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