Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

Python is a growing language. As it evolves and expands, so do the number of tools and development strategies available for working with it. One process that’s become increasingly popular is linting — or checking code for potential problems. With linting, errors in our code will be flagged so we can correct unusual programming practices that might result in problems. Linting is performed while the source code is written and before it’s compiled.

Data Transfer Objects (DTOs) in Java are objects that transport data between subsystems. It is an enterprise design pattern to aggregate data. The main purpose is to reduce the number of system calls needed between the subsystems, reducing the amount of overhead created. In this article, I will explain how DTOs are used in modern Java applications, ways your application can benefit, and how Java DTOs can help you be more secure by preventing accidental data leaks.

In a previous article, I wrote about how — and why — you might want to use the Google Open Source group’s Jib tool to build your Java application container images. Jib builds slim, JVM-based, OCI-compliant images that follow best practice guidelines without the need for a container runtime like Docker, and it removes the need to write and manage Dockerfiles. What if you are building Go applications, though?

Security has been a concern in the tech industry for years now. However, not a lot of companies follow their own protocols or guides when it comes to securing code. It’s easy to believe that security incidents are uncommon (or unlikely to happen in your own organization), but the latest issue with Uber is one of many examples to the contrary.

Red teams, blue teams, and purple teams, oh my! Many of us have heard these terms, but what exactly do they mean? And where does our individual interest and expertise place us? There are many niche roles within security, but this post will cover the basics of red, blue, and purple teams, and explain how they work together to enhance an organization’s security posture.

140,000 Social Security numbers and about 80,000 bank account numbers — that’s what one attacker stole from a major financial institution back in 2019. How did it happen? The attacker used firewall credentials to obtain privilege escalation and hack into improperly secured Amazon cloud instances.

This week, at HashiConf 2022, Snyk was recognized by HashiCorp as the winner of the 2022 Collaboration Technology Partner of the Year award. Carey Stanton, Snyk’s Senior Vice President of Business Development, was in Los Angeles and accepted the award on stage at HashiConf. Snyk is honored to be named HashiCorp’s 2022 Technology Partner of the Year for Collaboration.

Today we’re announcing support for SPNEGO-based Kerberos and NTLM proxy authentication protocol support in Snyk CLI for Windows, with support for other operating systems coming shortly.