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1. Microsoft autoupdate 2.3.6 how to#
2. Microsoft autoupdate 2.3.6 install#
3. Microsoft autoupdate 2.3.6 code#
4. Microsoft autoupdate 2.3.6 windows#

(Default)ĭo not allow anonymous enumeration of SAM accounts. (Default)ĭisable the sending of unencrypted passwords to third party SMB servers.Ĭonfigure Microsoft Network Server to always digitally sign communications.Ĭonfigure Microsoft Network Server to digitally sign communications if client agrees.ĭisable anonymous SID/Name translation. (Default)Ĭonfigure machine inactivity limit to protect idle interactive sessions.Ĭonfigure Microsoft Network Client to always digitally sign communications.Ĭonfigure Microsoft Network Client to digitally sign communications if server agrees. Require Ctrl+Alt+Del for interactive logins. Place the University warning banner in the Message Text for users attempting to log on.ĭisallow users from creating and logging in with Microsoft accounts. Restrict local logon access to Administrators.ĭeny guest accounts the ability to logon as a service, a batch job, locally, or via RDP. Restrict the ability to access this computer from the network to Administrators and Authenticated Users.ĭo not grant any users the 'act as part of the operating system' right.

Microsoft autoupdate 2.3.6 install#

Install the latest service packs and hotfixes from Microsoft.Įnable automatic notification of patch availability.ĭo not store passwords using reversible encryption. If machine is a new install, protect it from hostile network traffic, until the operating system is installed and hardened.Ĭonsider using the Security Configuration Wizard to assist in hardening the host. Min Std - This column links to the specific requirement for the university in the Minimum Security Standards for Systems document. All steps are recommended.Ĭat II/III - For systems that include Category-II or -III data , all steps are recommended, and some are required (denoted by the !). UT Note - The UT Note at the bottom of the page provides additional detail about the step for the university computing environment.Ĭat I - For systems that include Category-I data , required steps are denoted with the ! symbol.

Microsoft autoupdate 2.3.6 how to#

The CIS document outlines in much greater detail how to complete each step.

Microsoft autoupdate 2.3.6 windows#

To Do - Basic instructions on what to do to harden the respective systemĬIS - Reference number in the Center for Internet Security Windows Server 2012 R2 Benchmark v1.1.0. If there is a UT Note for this step, the note number corresponds to the step number.Ĭheck (√) - This is for administrators to check off when she/he completes this portion. The Information Security Office uses this checklist during risk assessments as part of the process to verify that servers are secure.

Print the checklist and check off each item you complete to ensure that you cover the critical steps for securing your server. The Information Security Office has distilled the CIS lists down to the most critical steps for your systems, with a particular focus on configuration issues that are unique to the computing environment at The University of Texas at Austin. Once you’ve done that, testing should be easy: just make a mock service with your expected data responses and test the service logic independently - thus you’ve decoupled the business logic from the cumbersome to test fetching technology (in this case, HTTP).The hardening checklists are based on the comprehensive checklists produced by CIS. Solution: This controller should call a service layer that will be responsible for processing the request.

Microsoft autoupdate 2.3.6 code#

The second problem here is that you can’t test every part of this code independently.

The problem here is that this test will be hard to initialize and it will take a long time to execute. Testability: In order to test this function, you will need to use some form of mock DB and make a fake request using something like chai-http. This solution will allow you to safely test the solutions side-by-side in a production-like environment using some toggle mechanism. Solution: Prepare a parallel repository layer that will execute Cosmos DB instead of Mongo DB, and when it is prepared and tested just replace it with some dependency injection mechanism. Maintainability: Assuming for some reason you decided to change your database layer to Azure Cosmos DB instead of Mongo DB, in this case besides many data migrations, you will need to change much of your codebase. Solution: Call a service layer that is responsible for processing this request.

Code scalability: Assuming we want to add validation of the ID parameter before the Model execution, we will need to add the validation logic in the request handler, and this will break the single responsibility principle because the responsibility of the controller is to parse the request data and reply with a relevant result.