ARMO Platform review
eBPF-based Kubernetes defense with explainable detection and automated response.
Reviewed by iTechGuides Editors · Editorial team · Updated Oct 2026
ARMO Platform brings runtime behavioral monitoring, Kubernetes security posture management, cloud security posture management, vulnerability prioritization, threat detection, and response into one platform. It is designed for DevOps, security, and platform teams managing Kubernetes workloads, containers, hosts, virtual machines, serverless environments, and public-cloud resources. Its hybrid deployment model supports hosted, customer-cloud, on-premises, and air-gapped environments, with web, API, and self-hosted access options.
Runtime defense is the platform's clearest differentiator. eBPF-based behavioral detection is paired with Cloud Application Detection and Response and attack-story explainability, helping teams connect runtime activity to a clearer incident narrative. Runtime context and threat intelligence also inform vulnerability prioritization, while policy-driven actions can report, kill, stop, pause, apply a network policy, apply a seccomp profile, or quarantine workloads. Automatic network-policy and seccomp-profile generation adds a path from detection to a defined control. These capabilities make ARMO Platform a strong fit for teams that want Kubernetes runtime visibility and response rather than posture checks alone.
Pricing is quote-based and depends on cloud-environment factors such as vCPUs and other cloud resources. The published terms provide a 21-day free basic-version period, not a perpetual free plan. Workflow integrations cover Jira, Linear, GitHub Issues, Slack, and Microsoft Teams, while the platform supports AWS, GCP, and Azure. Linux host support narrows the environment fit, and AWS Fargate is only partially supported for full runtime functionality. Choose ARMO Platform for eBPF-led Kubernetes protection, explainable detection, posture management, and automated response; consider an alternative if broad host operating-system coverage or deeper Fargate support is central to your deployment.
ARMO Platform pros and cons
- Where it wins
- eBPF runtime detection with attack-story explainability
- Runtime-based vulnerability prioritization using workload context
- Automated network-policy, seccomp, and quarantine actions
- Where it doesn't
- Pricing is quote-based rather than publicly listed
- Linux is the supported host operating system
- AWS Fargate has only partial full-runtime support
ARMO Platform fact sheet, pricing and score →
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