Guides

Modern organizations are increasingly using Kubernetes for application development, which is helping them build products and solutions faster. But the dynamic nature of Kubernetes creates an environment in which it’s difficult to detect when assets fall out of SOC 2 compliance.

GCP customers use the Sysdig Secure DevOps Platform to confidently run containers, Kubernetes, and cloud workloads. With Sysdig, you can secure the build, detect, and respond to threats, and continuously validate cloud posture and compliance.

NIST 800-53 represents a comprehensive set of controls broken down according to families, major controls, and sub controls. Many of these controls are interdependent and rely on adherence with one to impact others. With 800-53, organizations are able to work according to FedRAMP regulations, which keeps them operational at both a technology and business level.

How to stay PCI Compliant in a container environment. The Sysdig Secure DevOps Platform extends Red Hat OpenShift capabilities across the container lifecycle and tracks progress using compliance dashboards.

As the number of container images, versions, and builds proliferates, you lose control of what software is being used and whether software updates are applied. Embedding security into your delivery pipeline as you build applications helps you identify and address vulnerabilities faster, and keeps your developers productive.

Tackling unique cloud security risks requires a continuous and automated approach. Our Continuous Cloud Security checklist outlines how organizations can manage cloud security risk on AWS.

This guide highlights key considerations for security and monitoring on Azure container services. It includes details about available Azure security protections as well as how Sysdig augments and adds specific capabilities that will help you ship applications faster and reduce risk by embedding security, compliance, and monitoring into your DevOps workflow.

This guide will help you navigate the complexities of monitoring Kubernetes workloads and show you detailed steps you can take to make sure you have the visibility you need to be successful!

One of the key points of cloud-native security is addressing container security risks as soon as possible. Doing it later in the development life cycle slows down the pace of cloud adoption, while raising security and compliance risks. We’ve compiled this security guide to provide guidance on choosing your approach to security as you ramp up the use of containers and Kubernetes.

PCI Compliance. As applications and technologies change, organizations are required to adapt their compliance strategies to meet the guidelines set by PCI DSS. Click to learn more.

This overview highlights the advantages of SaaS, providing insight into the operational controls and practices of the Sysdig SaaS solution designed to help you securely and efficiently implement cloud-native security and monitoring.

In this definitive guide to securing cloud applications on Red Hat OpenShift, we will learn how to address the challenges like implementing security and vulnerability management, compliance and audit, threat prevention, incident response and digital forensics on containers within OpenShift. Download the guide to learn best practices of implementing application security on OpenShift.