The most beautiful and inspiring aspect about open source code is, well, that it’s open source. We can look at open source packages like gifts that are exchanged between developers across the engineering world, allowing them to learn from the work other people do, contribute their own expertise, and grow their professional capabilities. Contributing to open source is much appreciated, and it is important to remember not only to benefit from these projects, but also to contribute back.
We’re excited to announce that Snyk and TopCoat are joining forces. TopCoat and its founders — Seth and Josh Rosen — are well established and respected in the data analytics space. They’ve built a powerful data analytics platform that simplifies building data applications through an integration with dbt, allowing data analysts and engineers to quickly create highly customized data reporting and visualizations.
As the partnership between Snyk and Atlassian continues to grow, we decided to put together a best practices cheat sheet to help you make the most of our integration with Bitbucket. This will help you use Bitbucket more securely to manage and store your code, as well as continuously monitor your code and dependencies for potential vulnerabilities using Snyk. Here are the seven best practices we’ll discuss in this post: Download the cheat sheet
We’re excited to announce that infrastructure as code (IaC) and container security are joining code and open source dependency security in the free Snyk plugin for JetBrains IDEs. As of today, developers using JetBrains IDEs can secure their entire application with a click of a button. Snyk Security for JetBrains increases code security and reduces time spent on manual code reviews by empowering developers to find and fix issues within their JetBrains IDEs.
Developers take a lot of pride in their work. We strive to consistently deliver the best code and avoid dangerous edge-cases. Which is why we aim to detect and remediate bugs before they ship through testing and code reviews. However, when it comes to security, sometimes we fall flat. When a team lacks the proper security tooling, it can stunt development, create extra work, and deliver dangerous security defects to clients and end-users.
The PCI certification process is quite comprehensive and relates to infrastructure, software and employee access to systems, in particular to datasets and the way that they are accessed. These checks are critical not only to the wider payments industry but also to create a level of trust with users knowing their data is protected. The PCI compliance process is a number of checks, usually by an accredited third party, to ensure that secure data handling processes are in place.
