Transport Layer Security (TLS), and its preceding protocol, Secure Sockets Layer (SSL), are essential to the modern Internet. Encrypting network communications using TLS protects users and organizations from publicly exposing in-transit data to third parties. This is especially important for the web, where TLS secures HTTP traffic (HTTPS) between backend servers and customers’ browsers.

Secure Access Service Edge (SASE) is a strong trend emerging in enterprise network security, representing the long-term capability to integrate and consolidate a variety of networking and cybersecurity tools. Let’s do a quick dive on the technology to understand why it’s necessary. SASE emerged as an outgrowth of the software-defined wide-area networking (SD-WAN) technology movement, which made it easier to configure, orchestrate, and manage WAN connectivity from enterprise branches.

The foundation of software development is rooted in the handling and preservation of data in compliance with the goals of the application. The core of any software program is the information stored in databases that is used for retrieval and manipulation. To ensure that the chosen database system (whether SQL or Non-SQL) is suitable for the needs of the application, it’s important to conduct tests to evaluate its capabilities.

In Parts 1 and 2, we looked at how you can build and maintain effective test suites. These steps are a key part of ensuring that application workflows function as expected. But how you run your tests is another important point to consider, so in this post, we’ll walk through best practices for executing your tests across every stage of development. Along the way, we’ll also look at how Datadog supports these practices for the applications that you are already monitoring.