Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

Sudden, unexpected, and potentially very damaging. Zero-day attacks are the perfect storm for malicious actors and one of the worst-case scenarios for developers, security professionals, and DevOps teams. Yet it’s not all bad news for those charged with protecting your code, software, and applications, as long as you expect the unexpected and prepare for it. Building a fast, effective mitigation response for zero-day attacks starts with these three tactics.

In our latest Snyk in 30, Jason Lane (Director of Product Marketing) and I (Marco Morales, Partner Solutions Architect) showcased Snyk Open Source with a focus on our integration with Bitbucket Cloud. They covered why open source security is vital for modern app development, along with tips on taking a holistic approach to application security that goes beyond just shifting left.

One of the most important steps of securing your code base, your software, and your applications, is to update the dependencies they rely on. In principle, maintaining software health with updates demands that you use recent versions of any software and dependencies. Recent updates are less likely to be exploited and attacked via publicly known vulnerabilities than older versions, because with the latter, malicious actors have had more time to hunt for weaknesses.

If you've ever used Linux, you’ve probably heard about SELinux or Security-enhanced Linux. For a very long time, my interaction with it was just restricted to: Like many other security solutions, SELinux can sometimes be annoying, and understanding even the basic concepts can change our bigger enemy to our best friend.

A list of 18 procedures (reduced from 20), or “controls,” recommended by the Center for Internet Security (CIS), must be followed to build an IT infrastructure resistant to cyberattacks. The CIS 4th Control advises to establish and maintain a secure configuration process for enterprise assets (end-user devices, including portable and mobile; non-computing/IoT devices; and servers) and software (operating systems and applications) (4.1).

This is the final of a six-part blog series that highlights findings from a new Mend white paper, Five Principles of Modern Application Security Programs. When thinking of adjectives to describe cyberattackers, it’s doubtful that many people would choose to call them innovative – a term we’re more likely to ascribe to things we enjoy. But the reality is that adversaries are innovative, constantly finding new ways to launch attacks that result in greater rewards for less effort.