Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

The world is changing rapidly, with organizations facing new cybersecurity challenges all the time, forcing them to continuously update their cybersecurity strategies. This is especially relevant when it comes to events that have a global effect, like the COVID-19 pandemic and Russia's invasion of Ukraine.

If you work in Security or Operations, you are surely familiar with the concept of “alert fatigue.” Alert fatigue Syndrome is the feeling of becoming desensitized to alerts, causing you to potentially ignore or minimize risks and harming your capability to respond adequately to potential security threats.

Kubernetes Security Posture Management or KSPM refers to the security state and capabilities in place to manage the defense of the Kubernetes clusters and the workloads running on top of it. It tells us how well those capabilities can predict, prevent and respond to cyber threats in relation to Kubernetes. If that definition sounds familiar to you, it is because it is the common definition of Security Posture, but focused on Kubernetes Security.

Infrastructure as Code (IaC) is a powerful mechanism to manage your infrastructure, but with great power comes great responsibility. If your IaC files have security problems (for example, a misconfigured permission because of a typo), this will be propagated along your CI/CD pipeline until it is hopefully discovered at runtime, where most of the security issues are scanned or found. What if you can fix potential security issues in your infrastructure at the source?

For many years, the U.S. government was hesitant about moving data and applications to the public cloud. Concerns around security were prevalent. Today, cloud has become a central proposition of IT spend in government institutions. With the government urging federal agencies to move to the cloud for its agility, scalability, and cost efficiency, those agencies need access to FedRAMP®-authorized vendors.

We’ve seen major shifts in the digital landscape that have far reaching implications on organizations around the world. These include the widespread adoption of hybrid work, the accelerated migration from on-premise to cloud resources, and the exponential increase of data in the cloud.

SMTP Injection vulnerabilities are often misunderstood by developers and security professionals, and missed by static analysis products. This blog will discuss how common SMTP Injection vulnerabilities can exist in libraries and applications, and provide tips for finding and remediating them quickly.