Postgres, also known as PostgreSQL, is a powerful open-source relational database that has been around for over 30 years. It has a strong reputation for reliability, scalability, and performance, which is why it is used by a wide range of organizations, from small businesses to large enterprises, across various industries. Whether you need to store and retrieve large amounts of data, run complex queries, or support business-critical applications, Postgres can handle it all.
It’s a familiar nightmare you’ve heard of and might even face as a developer or security engineer: alerts firing in all directions warning that your company’s VPN and firewall — that supposedly “safe” defensive perimeter around your infrastructure — has been breached. And the scariest part is that you find out after the fact — after access credentials and customer assets have been stolen.
Terraform is the de facto tool if you work with infrastructure as code (IaC). Regardless of the resource provider, it allows your organization to work with all of them simultaneously. One unquestionable aspect is Terraform security, since any configuration error can affect the entire infrastructure. In this article we want to explain the benefits of using Terraform, and provide guidance for using Terraform in a secure way by reference to some security best practices. Let’s get started!
The business impact of critical open source vulnerabilities such as Spring4Shell and Log4j illustrate the crucial importance of detecting remediating such vulnerabilities as fast as possible, This is particularly important for the financial technology, which handles vast volumes of sensitive financial data for investors. That was certainly the case for MSCI, who deployed Mend to speedily thwart any potential threats posed by Spring4Shell.
