Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

In the fast-paced world of application development, the use of open source components offers a quick path to building sophisticated applications. However, this approach introduces critical questions about software composition, licensing, and security. Before pushing any new application to production or even staging, the security and compliance teams alongside the application owner must address the following: This is where the importance of a Software Bill of Materials (SBOM) becomes clear.

The cloud security market is still maturing and growing at a rapid pace. New security jargon, solutions, vendors, and acronyms are constantly appearing, making it difficult to have a clear sense of what approach to cloud security is best for your own organization. Cloud-native application platforms (CNAPPs) are one of the most recent categories in this space.

On January 16, the U.S. Cybersecurity and Infrastructure Security Agency (CISA) and the Federal Bureau of Investigation (FBI) sent out a Cybersecurity Advisory (CSA) about active threat actors deploying the AndroxGh0st malware. This is significant as cyber criminals are actively using this malware to target Laravel (CVE-2018-15133) (an open source PHP framework).env files and obtain credentials for various high profile applications like Office365, SendGrid, and Twilio.

Nowadays, most of the applications are deployed on containers and orchestrated using Kubernetes or similar technology. Due to this, the performance, stability, and scalability are highly increased. But, it also widens up the attack surface if proper security controls, techniques, tools, and practices are not followed/used. So, if your application is running on containers or if you are thinking about deploying containers, then learning about container security best practices is a must.

CloudCasa, the software-as-a-service solution for backup and recovery of Kubernetes and cloud native database workloads, has come a long way since its early days.

Kubernetes has emerged as the leading platform for orchestrating containerized applications. However, developers and administrators rely on an ecosystem of tools and platforms that have emerged around Kubernetes. One of these tools is Helm, a package manager that simplifies Kubernetes deployments. However, with the convenience and efficiency Helm offers, it also introduces significant security risks.

The Snyk Security Labs team recently embarked on a research project into the Docker engine. During this project, I had the opportunity to perform what is arguably my favorite kind of research using my favorite selection of tools. The research panned out quite successfully, and we identified four high severity vulnerabilities that allow a malicious attacker to break out of a container environment with a controlled Dockerfile under docker build and, in one case, docker run.

As containerized applications become the norm, the complexities of securing these dynamic, scalable environments demand a fresh perspective on traditional security practices. While Kubernetes streamlines deployment and management, it also introduces a new layer of attack surface, necessitating a nuanced approach to threat mitigation.

Cybersecurity breaches are becoming more frequent and more impactful. Adversaries continue to grow stronger, and defenders aren’t always keeping pace. Add in the increasing number of nation-state actors in the threat landscape, and it’s hardly surprising that governments are starting to take a greater role in regulating security. On July 26th, 2023, the U.S.