Introduction: This document provides guidelines on how to safely and securely use Windows Server from a cybersecurity and privacy perspective. It aims to help provide the best practices for deploying and maintaining Windows Server environments. 1. General Security Recommendations 1.1.…
Introduction:This hardening guideline is designed to help company employees safely and securely deploy and use RHEL (Red Hat Enterprise Linux) Server from a cybersecurity and privacy perspective. Adhering to these guidelines will ensure that our organization remains resilient against cyber…
Introduction:This hardening guideline is designed to provide a baseline for securing Ubuntu Server deployments within our organization. Adhering to these best practices will help ensure the confidentiality, integrity, and availability of our information and systems. Initial Setup and Configuration1.1. Use…
Introduction:This design pattern outlines best practices for creating secure and privacy-focused Azure Functions deployments. By following this design pattern, you will ensure that your serverless applications are built with security and privacy in mind from the ground up. Steps to…
Introduction:As a part of our commitment to maintaining the highest standards of cybersecurity and privacy, this document provides guidance on safely and securely using Azure Functions. Azure Functions is a serverless compute service that enables you to run code on-demand…
The following design pattern ensures secure and privacy-conscious implementation of AWS Lambda functions. Components: Design Pattern Steps: By following this design pattern, you can create secure and privacy-conscious AWS Lambda functions that adhere to industry best practices and minimize potential…
We’ve created this guideline to help securely and safely use AWS Lambda. Following these best practices will help protect your organization’s data and infrastructure from potential cybersecurity threats and maintain privacy. Following these guidelines will help ensure the secure and…