Securing Applications in Kubernetes Engine Logo

Securing Applications in Kubernetes Engine

0
Free
Visit Website

This tutorial demonstrates how Kubernetes Engine security features can be used to grant varying levels of privilege to applications, based on their particular requirements. When configuring security, applications should be granted the smallest set of privileges that still allows them to operate correctly. In a Kubernetes cluster, these privileges can be grouped into the following broad levels: Host access: describes what permissions an application has on its host node, outside of its container. This is controlled via Pod and Container security contexts, as well as AppArmor profiles. Network access: describes what other resources or workloads an application can access via the network.

FEATURES

ALTERNATIVES

A tool for pillaging Docker registries to extract image manifests and configurations.

Azure Guardrails enables rapid enforcement of cloud security guardrails by generating Terraform files for Azure Policy Initiatives.

Cloud runtime security platform that uses eBPF technology to monitor cloud infrastructure, detect anomalies, and identify potential security threats in real-time.

Commercial

A cloud-native application protection platform that provides agentless security monitoring, vulnerability management, and compliance capabilities across multi-cloud environments.

Commercial

Export Kubernetes events for observability and alerting purposes with flexible routing options.

Multi-account cloud security tool for AWS with real-time reporting and auto-remediation capabilities.

Show the history and changes between configuration versions of AWS resources

Comprehensive suite of tools and resources by Microsoft Azure for ensuring security and protection of data and applications in the cloud.