Introduction Did you know there is a 90% failure rate for encryption-related controls of MySQL Server in Microsoft Azure? The issue isn't confined to Azure; in Google Cloud Platform (GCP) environments there is a 98% failure rate of encryption-related controls for both compute engine and storage services. Amazon Web Services (AWS) is not exempt, with a LAMBDA failure rate of 71%, which indicates a significant gap in securing serverless functions, highlighting the need for users to enhance their understanding of encryption in these environments. What Does This Mean? In today's digital landscape, cloud computing platforms have become widespread. Organizations leverage the capabilities of cloud service providers like AWS, Azure, and GCP to store and process their data efficiently. Cloud service providers like the three mentioned above are responsible for the security "of the cloud" itself – the infrastructure, hardware, etc. However, customers bear responsibility for the security "in the cloud" – for safeguarding their sensitive data. As part of that responsibility, encrypting data in the cloud is fundamental, and implementing the best practices for AWS, Azure, and GCP is paramount. Acknowledging the critical role of encryption in protecting your company's data in the cloud, it is crucial to understand both how to set up encryption properly and that setting up encryption incorrectly can leave your data exposed to potential threats. Many cloud service providers (CSPs) have made…Read More