The ARMO
Kubernetes Fabric™
Delivering a reinforcing cycle between contextual Kubernetes posture management and active runtime protection
Delivering a reinforcing cycle between contextual Kubernetes posture management and active runtime protection
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For the confidence that cloud-native deployments, workloads, microservices, containers, and data are born secure and remain secure:
ARMO is seamlessly added to the CI/CD pipeline and scans workloads to detect risks, vulnerabilities, and misconfigurations.
Every microservice is assigned an ArmoGuardTM without requiring a daemon set nor high privileges, leveraging patented ARMO technology for creating a unique Code-DNA and protecting microservices in runtime
ARMO continuously monitors the runtime environment and sends inputs to ARMO Management for continually reducing the attack surface
ARMO immediately and deterministically identifies the malicious actor when an attack happens, remediating the attack according to policy
1. ARMO is seamlessly added to existing CI/CD pipeline, immediately start scanning clusters to detect vulnerabilities, and misconfigurations.
2. Risk scoring of each cluster environment and sends inputs to ARMO Management for continually reducing the attack surface.
3. Every microservice is assigned an ArmoGuard™ without requiring a daemon set nor high privileges, leveraging patented ARMO technology for creating a unique Code-DNA and deterministically protecting microservices in runtime.
4. Continuously protect your workloads and shrink your attack surface by validating security policies early in the CI/CD and enforcing Zero Trust policy for network segmentation and malware protection.
with a reinforcement cycle for continuously improving K8s resilience while shrinking the attack surface
See your configuration and runtime information in graphical view, like: RBAC configuration, network traffic, files that are used.
based on ARMO’s patented Code-DNA technology, allowing only authorized and uncompromised workloads to run, communicate, and access data
Eliminates misconfigurations from build to runtime by scanning your yaml files using industry frameworks like MITRE ATT&CK, giving your devops team the security confidence pre-production early in the CI/CD
Such as zero-day APTs and fileless malware without AI, machine learning, and heuristics, and without the need to perform deny-listing or behavioral analysis
from creation to production, without changing existing deployment environments and processes
without requiring excessive privileges, sidecars, node agents nor any change to the current workload code and architecture
Want to make sure every K8s container, workload,and microservice is born and remains secure?
