Containers

A Guide To Container Security - Best Practices

With over 7.3 million docker accounts created in 2021, Docker’s popularity has seen a meteoric rise since its launch in 2013. However, more businesses using it also means attackers are incentivized to target docker vulnerabilities. As per a 2020 report, 50% of poorly configured docker instances were subjected to cyber-attacks. And it’s not that easy to spot these poor configurations either because you must conduct checks at multiple levels.

Container security best practices: Your guide to securing containers

Over the last few years, there has been a huge adoption of containers. Actually, container technologies have existed for a while, but in 2013, the launch of Docker gave popularity to containers. Docker shows organisations how they can go for container-first development and operations mode. But along with the increase in the use of containers or growth of containers, the risks associated with them also increased.

GCP FileStore Backup for Kubernetes Persistent Volume Data on GKE Clusters

Google Cloud Provider (GCP) Filestore is a good place to keep lots of rich, unstructured data, such as graphic designs, video editing files, and other media workflows that use files as input and output. Having GCP Filestore backups enables users to protect themselves against the rare case of inaccessibility, accidental changes, ransomware attacks, or other types of disasters.

CNCF accepts Kubescape as its first security and compliance scanner project

Kubescape, an end-to-end open-source Kubernetes security platform, embarks on a new journey. Kubescape, created by ARMO, will fully migrate to the CNCF. This coincides with the launch of ARMO Platform, a hosted, managed security solution powered by Kubescape.

How we differentiate ARMO Platform from Open Source Kubescape

In August 2021 we launched Kubescape with a mission to make Kubernetes security open source, simple, and available for everyone, even non-security engineers. Since then we have been working on adding new capabilities to Kubescape, while building a strong community around it. The recent acceptance of Kubescape by the CNCF, as a sandbox project, is another important milestone for ARMO’s open-source journey with Kubescape.

What Threatens Kubernetes Security and What Can You Do About It?

Kubernetes adoption has rocketed into ubiquity. At this point, 96 percent of organizations are either using Kubernetes for container orchestration or evaluating its use, according to the latest Cloud Native Computing Foundation annual survey. But this doesn’t mean that Kubernetes isn’t without security risks. The flexibility of container applications and their capability to carry discrete components that interact over the network present security challenges.

Tigera 2023 predictions: Cloud native security and the shifting landscape in 2023

Cloud computing and the use of cloud native architectures enable unparalleled performance, flexibility, and velocity. The speed of innovation has driven significant advancements across industries, but as digitalization continues pushing applications and services to the cloud, bad actors’ intrusion techniques have also become more sophisticated.

How to detect Crypto Mining with Sysdig Secure

Detecting a crypto (bitcoin, monero, etc.) miner malware is essential to prevent a cryptojacking attack. Learn how to detect and prevent these mining attacks! Cryptojacking is a cybercrime in which another party’s computing resources are hijacked to mine cryptocurrency.#CryptoJacking, which is also referred to as malicious cryptomining, lets hackers mine crypto currency (like bitcoin, monero, ethereum, etc.) without paying for electricity, hardware and other mining resources.

Load Balancing Kubernetes Application Traffic for Best Results

In the same way that conventional software relies on application load balancers for dependability, accessibility, and efficiency, a cloud-based setup necessitates a cloud load balancer to distribute workloads across a company's cloud resources. It's crucial to balance the traffic of Kubernetes applications for optimal user experience. A cloud load balancer spreads network traffic across multiple clouds and load balancing traffic for Kubernetes applications, allowing for the distribution of demand evenly across the Kubernetes pods that constitute the service.