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Top 11 Container Security Tools SaaS Companies in May 2026

As of May 2026, there are 11 SaaS companies in Container Security Tools. They have combined revenues of $326.9M and employ 1.1K people. They have raised $775.1M and serve 700 customers combined.

Container security tools are software solutions specifically designed to protect containerized applications from various security risks. They are essential for managing vulnerabilities and compliance within container environments, particularly as containers become more prevalent in cloud-native applications. These tools typically feature functionalities such as image scanning for known vulnerabilities, runtime security monitoring, and access management to safeguard deployed containers from unauthorized access and potential threats. The primary use cases for container security tools encompass pre-deployment security assessments, continuous monitoring during application runtime, and post-deployment compliance checks. Users, including DevOps teams, security professionals, and compliance officers, rely on these tools to enforce security policies and ensure the integrity of their container environments. By providing real-time visibility into container operations and flagging suspicious activities or misconfigurations, these tools significantly enhance the overall security posture of organizations embracing container technology.

Companies
11
Revenue
$326.9M
Funding
$775.1M
Employees
1.1K

Filters

Sorting: Highest -> Lowest

Filters
Revenue
All<$1M$1M-$5M$5M-$10M$10M-$100M$100M+
Funding (Locked)Growth (Locked)Team-Size (Locked)

Top Container Security Tools Companies

Showing 10 of 2 companies ranked by annual revenue.

1
ARMO

Tel Aviv, Tel Aviv, Israel

ARMO Platform is the only cloud security platform that continuously minimizes cloud attack surface based on runtime insights, while actively detecting and responding to cyberattacks with real risk context. This runtime-powered, Kubernetes-driven, cloud security platform, empowers businesses to break the vicious cycle of endless back and forth between security and DevOps/Engineering teams and achieve real cloud security. ARMO Platform enables DevOps, security, and platform teams to eliminate the security noise in their clusters from thousands of irrelevant alerts and focus on the most important and exploitable threats. This is done thanks to an eBPF-based runtime sensor which records application behavior and related activities. The recorded baseline is then enriched with relevant context from Kubernetes events, CI/CD data, cloud data and containers’ data. The result is an Application Profile DNA (APDTM), which is the holistic baseline for applications’ normal behavior, configuration, and policies. ARMO Platform protects any type of cloud and Kubernetes deployments: managed, on-premises, and air-gapped.

Revenue
$7.3M
Customers
-
Year founded
2019
Funding
-
Team size
66
Growth
-
2
Anchore

Santa Barbara, California, United States

Provider of a software-as-a-service platform designed for discovering, analyzing and certifying container images. The company's platform allows users to create a trusted standard for containers that is predictable and protectable with development, production and security on the same page from the start, enabling clients to select verified containers from a curated registry and ensure the right containers get deployed in the right places.

Revenue
$6.8M
Customers
-
Year founded
2015
Funding
$28.3M
Team size
87
Growth
51.12%

Inclusion Criteria

- The product must offer capabilities for scanning container images for vulnerabilities and misconfigurations. - It should provide runtime security features to monitor and protect live container environments. - The tool must support access controls and management to secure sensitive container data. - It should enable compliance checks against industry standards and regulatory requirements. - The solution should facilitate integration with CI/CD pipelines to ensure security is embedded in the development process. - Not just limited to image scanning; must also include active monitoring of deployed containers.