Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

How to Create Deployments and Services in Kubernetes?

Kubernetes is a container orchestration tool that helps with the deployment and management of containers. Within Kubernetes, a container runs logically in a pod, which can be represented as one instance of a running service. Pods are ephemeral and not self-healing, which makes them fragile. They can go down when an interruption occurs on the server, during a brief network problem, or due to a minimal memory issue—and it can bring down your entire application with it.

Sidecar Containers in Kubernetes: A Personal Journey

I had always wanted to use sidecars with Istio or Splunk forwarder in production, but as a Kubernetes maintainer, I knew there was no reliable way of telling Kubernetes to ensure sidecar containers were kept running before and after the main application. In this post I will share the twists and turns of my adventure in addressing this long-standing Kubernetes challenge.

Enabling Workload-Level Security for Kubernetes with Checkpoint Firewall and Calico Egress Gateway

Enterprises implementing containers and Kubernetes in either corporate datacenters or cloud environments typically employ Checkpoint Quantum to secure traffic between their datacenter networks and Checkpoint CloudGuard to safeguard their cloud resources. Often these network security perimeter focused solutions are also used to scrutinize traffic originating from Kubernetes clusters.

Strengthening Your Security with Agentless Vulnerability Management

Discover how Sysdig Secure’s new “Agentless Vulnerability Management” approach helps you streamline the onboarding of new deployments, while significantly cutting down complexity and setup time. Agentless security tools generally rely on leveraging existing interfaces and APIs provided by the cloud service providers to collect information and perform vulnerability assessments.

Rethinking Cloud Security with Sysdig's CNAPP

Time is the currency of the cloud, where rapid innovation collides with fast-paced attacks. Discover how Sysdig's Cloud-Native Application Protection Platform (CNAPP) reimagines cloud security, leveraging the Cloud Attack Graph, powered by runtime insights to correlate assets, detect risks, and provide real-time insights. See how to connect the dots and uncover hidden attack paths, prioritize risks, and stop attacks in their tracks. With Sysdig, secure every second.

Evaluating container firewalls for Kubernetes network security

Firewall technology for network security has undergone considerable advancement with the introduction of cloud computing and the vanishing network perimeter with hybrid and multi-cloud environments. All along this transformation one thing that did not change is the way endpoints are identified – through the TCP/IP stack, specifically the IP address. This design principle needed a change for container-based applications. How did the NGFWs fare?

Agentless Vulnerability Management: A Complete Guide to Strengthening Your Security

This is how Maya, a devSecOps team lead at one of the prominent software development companies, started her presentation in front of Security leaders to show how the Agentless vulnerability management approach helped her: In this blog post, we’ll introduce you to Sysdig’s new Agentless scanning for vulnerability management.

Unveiling Sysdig Secure Risks and Attack Path Analysis: Visualizing and Prioritizing Cloud Security Risks

While the cloud serves as a powerful accelerator for businesses, it also speeds up threat actors. Automation and an ever-increasing level of sophistication allow threat actors to execute complex attack chains in merely minutes, sometimes even less.The risk factors are amplified by the ability to chain together exploits and quickly move laterally in cloud environments, where a single breach could lead to a business critical compromise.

The Sysdig Cloud Attack Graph - Accelerating Cloud Native Application Protection Platform (CNAPP)

Attackers are increasing their focus on the growing cloud playing field as it becomes more lucrative. They are refining their craft to further accelerate attacks with methods like artificial intelligence and automation. Slow response times, limited coverage, and visibility gaps, often exacerbated by inadequate and fragmented tooling, allow attackers to make quick work of vulnerable environments.