ARMO Platform
Cloud compliance software
Cloud detection and response (CDR) software
Cloud-native application protection platform (CNAPP)
Cloud security posture management (CSPM) software
Cloud workload protection platforms
Container security tools
Vulnerability scanner software
Cloud security software
DevSecOps software
- Features
- Ease of use
- Ease of management
- Quality of support
- Affordability
- Market presence
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What is ARMO Platform
ARMO Platform is a cloud-native security platform focused on securing Kubernetes and cloud workloads across the build and runtime lifecycle. It is used by security and DevOps/DevSecOps teams to identify misconfigurations, vulnerabilities, and risky runtime behavior in containerized environments. The platform combines posture management, workload protection, and Kubernetes-focused controls, with an emphasis on integrating security into CI/CD and cluster operations.
Kubernetes-first security coverage
The product is designed around Kubernetes constructs (clusters, namespaces, workloads, RBAC) rather than treating containers as generic hosts. This aligns well with teams operating primarily on managed Kubernetes services and needing cluster-aware context. It supports common Kubernetes security workflows such as policy checks and configuration hardening tied to cluster resources.
Build-to-runtime security approach
ARMO Platform spans multiple phases of the application lifecycle, including configuration and vulnerability assessment as well as runtime-oriented protections. This helps teams correlate issues found in images and manifests with what is actually deployed. It also supports DevSecOps use cases where security findings need to be surfaced earlier in CI/CD and then tracked through deployment.
Consolidates multiple security functions
The platform brings together capabilities typically split across posture management, workload protection, container security, and vulnerability scanning. This can reduce the number of tools required for Kubernetes-centric environments and simplify ownership between security and platform teams. Consolidation can also help standardize reporting and remediation workflows across clusters.
Best fit for Kubernetes
Organizations with significant non-Kubernetes workloads (traditional VMs, on-prem servers, or non-container PaaS) may find coverage less comprehensive than platforms optimized for broader infrastructure. Teams may still need additional tools for endpoint, VM, or SaaS security controls outside Kubernetes. This can limit standardization if the environment is highly heterogeneous.
Operational tuning required
As with many CNAPP-style tools, achieving signal quality often requires tuning policies, exceptions, and risk thresholds to match engineering practices. Without this, teams can experience alert fatigue or inconsistent prioritization across clusters and environments. Mature processes for ownership and remediation are typically needed to realize value.
Vendor details not fully verifiable
Publicly verifiable corporate details (exact legal entity name, founding year, and headquarters) are not consistently available across authoritative sources for this product name. This makes it harder to validate procurement requirements such as corporate ownership, location, and compliance attestations. Buyers may need to confirm these items directly with the vendor during due diligence.
Seller details
ARMO
Tel Aviv, Israel
2021
Private
https://www.armosec.io/
https://x.com/armosec
https://www.linkedin.com/company/armosec
