Best 10 Kubernetes Security Tools For 2025

Learn how Kubernetes security tools play a critical role in safeguarding your cloud environments and maintaining data integrity during transmission. Discover why SentinelOne is one of the best solutions in the market and explore other recommendations.

Kubernetes is a famous container orchestration platform modern developers use to build and secure software applications. It is essential to ensure its infrastructure as it is prone to many security threats. Vendors neglect design security, meaning Kubernetes containers are not secure by default.

Millions of users face security issues in Kubernetes environments and are at increased risk of expanding attack surfaces. Considering many organizations use clusters, containers, and nodes, DevSecOps engineers are responsible for boosting security by leveraging the top Kubernetes security solutions.

This blog will cover the best Kubernetes Security Tools for enterprises in 2025 and give an overview.

What are Kubernetes Security Tools?

Kubernetes Security Tools are specialized cloud-based software solutions designed for the seamless monitoring, management, and auditing of Kubernetes environments. They protect Kubernetes resources and continuously adapt to the changing regulatory landscape.

Need for Kubernetes Security Tools

Kubernetes Security Tools ensure complete compliance, provide cluster management capabilities, and remediate various threats. They actively identify and detect new threats, prevent data breaches, and implement the principle of least privilege access across all user accounts. These security tools also remediate misconfigurations in Kubernetes environments and scan container images for vulnerabilities.

Top 10 Kubernetes Security Tools in 2025

Kubernetes application and container vulnerabilities are unique, and there are times when users want to use the container host’s default IP address. It is generally unsafe to allow containers to use IP addresses similar to those of the host operating system. Many vulnerabilities happen due to a lack of regular updates, and old configurations can develop bugs in Kubernetes clusters. 

It is essential to use several Kubernetes security tools to check for obsolete or misconfigured containers. These solutions also ensure that solid password management practices are in place and API calls aren’t answered unauthorized.

Here are the top 10 Kubernetes Security Tools in 2025 based on the latest reviews:

#1 SentinelOne

SentinelOne Singularity™ Cloud Workload Security helps you prevent ransomware, zero-days, and other runtime threats in real time. It can protect critical cloud workloads including VMs, containers, and CaaS with AI-powered detection and automated response. You can root out threats, supercharge investigation, do threat hunting, and empower analysts with workload telemetry. You can run AI-assisted natural language queries on a unified data lake. SentinelOne CWPP supports containers, Kubernetes, virtual machines, physical servers, and serverless. It can secure public, private, hybrid, and on-prem environments.

eBPF agent has no kernel dependencies and it helps you maintain speed and uptime. You can detect cryptominers, fileless attacks, and container drift using multiple, distinct AI-powered detection engines. It is built for multi-cloud scale and connects to the unified CNAPP for further visibility and proactive risk reduction. Visually map multiple atomic events to MITRE ATT&CK techniques with automated Storylines™ and arm analysts with Purple AI. It will help you defend every surface from a single dashboard.

SentinelOne’s agentless CNAPP is valuable to businesses and provides various features such as Kubernetes Security Posture Management (KSPM), Cloud Security Posture Management (CSPM), External Attack and Surface Management (EASM), Secrets Scanning, IaC Scanning, SaaS Security Posture Management (SSPM), Cloud Detection and Response (CDR), AI Security Posture Management (AI-SPM), and more. 

It can scan container registries, images, repositories, and IaC templates. Perform agentless vulnerability scanning and use its 1,000+ out-of-the-box and custom rules. SentinelOne protects your Kubernetes clusters and workloads, reducing human error and minimizing manual intervention. It also enables you to enforce security standards, such as Role-Based Access Control (RBAC) policies, and automatically detect, assess, and remediate policy violations across the Kubernetes environment.

Platform at a Glance

1. Singularity™ Cloud Workload Security can provide private data centers, runtime protection, and AI threat detection. You can get coverage for supported operating systems and container platforms, such as Amazon ECS, Amazon EKS, and GCP GKE. It can defend against malware and has worked great against cases such as the Doki malware infection. It will help you effectively deploy, manage, and update your Kubernetes workloads.
2. Singularity™ XDR can provide maximum visibility and active coverage with unparalleled speed and efficiency. It can automate response across your interconnected security ecosystems. Singularity™ XDR can protect your many voice identities, clouds, and services. You can manage risks.
3. SentinelOne Singularity™ Platform is supercharged by Purple™ AI and even comes with Singularity™ Data Lake. You can get the best cloud security and log analytics and ingest data from many sources, including sandboxes, firewalls, web, case management, studies, emails, and more. You can correlate events from native and third-party telemetry to a complete Storyline™ across your entire security stack from start to finish. You can accelerate time to investigate with fuller event context, and accelerate time to respond in autonomous, orchestrated response actions. SentinelOne’s Offensive Security Engine™ with Verified Exploit Paths™ can predict attacks before they happen, helping you think and approach breaches from an attacker’s perspective.
4. The Kubernetes Sentinel Agent provides runtime protection and EDR for containerized workloads. Kubernetes Sentinel enforcement points are managed within the same multi-tenant console alongside other Windows, macOS, and Linux Sentinels. 
5. Administration is flexible, distributed, and managed via role-based access controls that match your organization’s structure. The platform offers agentless VM snapshot scanning to detect known and unknown vulnerabilities. It can also prevent cloud credentials leakages, monitor domain names, and provide event analyzer capabilities for running queries and searches and filtering events for investigations. 
6. With Singularity™ Cloud Native Security, you can ensure that any misconfigured cloud asset—such as VMs, containers, or serverless functions—is identified and flagged using a CSPM with more than 2,000 built-in checks. Automatically scan public and private repositories of the organization as well as those of associated developers to prevent secret leakage. You can also custom policies tailored to your resources using OPA/Rego scripts with an easy-to-use policy engine.

Features:

• SentinelOne delivers the latest always-on protection to fight against emerging Kubernetes threats. It offers deep visibility into your containerized workloads.
• It accelerates incident response with Incident Response and powered threat hunts. It also has a Workload Flight Data Recorder™ for threat hunting and data forensics.
• There are no kernel dependencies. Overall, it has low CPU and memory overhead.
• It supports 14 major Linux distributions, three container runtimes, and managed and self-managed Kubernetes services from AWS, Azure, and Google Cloud.
• SentinelOne delivers real-time protection to a wide array of containerized workloads, on-prem and in public clouds.
• Can do misconfiguration checks and ensure compliance standard alignment. 
• SentinelOne can detect configuration drifts and fix cluster misconfigurations for Kubernetes environments.
• It can identify “binary drift,” which occurs when executables or other files are run inside a container that were not part of the original image. When drift is detected, SentinelOne generates alerts that provide details about the affected container, the suspicious process, the host, and the original image
• You can use SentinelOne to orchestrate and manage your Kubernetes deployments. SentinelOne gives you all the tools to fight against cyber attacks and protect your organization from emerging threats. 
• SentinelOne offers multi-tenancy support, single-sign-on capabilities, and role-based access control tools.

Core problems that SentinelOne Eliminates

• It optimizes K8s to be more secure. You can use it to protect your API servers from malicious access and other threats with firewalls, TLS, and encryption.
• You can solve a lack of visibility and get deeper insights into your running Kubernetes processes.
• Detects and addresses container drifts and performs misconfiguration checks
• It can be used to implement the Principle of Least Privilege Access
• You can reduce friction between DevOps and SecOps by shipping deployments in a more Agile fashion
• You can defend against ransomware, malware, zero-days, and other cyber attacks.

Testimonials

“Tells us about vulnerabilities as well as their impact and helps to focus on real issues.”

—Andrew, W.  VP, IT for a financial services organization

“It’s more scalable and flexible than our previous solution because we don’t need to install any agents.”

—Ritesh, P., Senior Manager at ICICI Lombard

Check out SentinelOne’s performance and see if it matches your use case. 

#2 Red Hat

Red Hat Advanced Cluster Security is a Kubernetes-native solution for securing and ensuring compliance in containerized environments. It integrates well with Red Hat OpenShift and other Kubernetes environments and delivers application security visibility. By integrating security into the container lifecycle, ACS allows organizations to adopt shift-left security practices.

Features:

• Automated Vulnerability Scanning for Container Images and Runtime Environments
• Network Segmentation and Policy Management for Secure Communications.
• Centralized compliance reporting aligned with industry standards like PCI-DSS and NIST.
• Risk assessment and prioritization for containerized applications.
• Integration with CI/CD pipelines for early detection of vulnerabilities.
• Kubernetes-specific threat detection powered by machine learning.

Evaluate Red Hat’s G2 and Gartnеr Pееr Insights on PeerSpot to see what the product can do.

#3 Palo Alto Networks by Prisma Cloud

Prisma Cloud offers Kubernetes security as part of its broader cloud-native security platform. It delivers runtime protection, compliance monitoring, and vulnerability management tailored for Kubernetes clusters. Prisma Cloud supports multi-cloud environments. It enforces consistent security across AWS, Azure, and Google Cloud.

Features:

• Continuous vulnerability scanning and risk prioritization for Kubernetes workloads.
• Runtime protection for containerized and serverless applications.
• Cloud Security Posture Management (CSPM) with policy-as-code capabilities.
• Frameworks like GDPR and ISO 27001: Compliance enforcement.
• Network Visibility and Micro-segmentation for Kubernetes Clusters
• Integration with DevOps workflows for shift-left security.

Find out what Palo Alto Networks Prisma can do for your Kubernetes security posture management by reading its Gartner Peer Insights and PeerSpot ratings and reviews.

#4 Tenable Cloud Security

Tenable Cloud Security detects and mitigates security risks within Kubernetes environments. Its platform includes configuration auditing, vulnerability scanning, and compliance management to provide a complete defense for containerized applications.

Features:

• Container image scanning for vulnerabilities and malware.
• Continuous compliance assessments against CIS Benchmarks for Kubernetes.
• Risk-based prioritization of security issues for efficient remediation.
• Kubernetes configuration audits to detect misconfigurations and insecure policies.
• Real-time runtime protection for active workloads.
• Integration into DevSecOps pipelines for automated security checks.

Read through reviews on G2 and PeerSpot to form an educated opinion on Tenable’s KSPM capabilities.

#5 Microsoft Defender for Cloud

Microsoft Defender for Cloud provides natively integrated security for Kubernetes-based application containers, focusing on a proactive approach to threat detection and compliance. It is compatible with AKS and also supports multi-cloud deployments.

Features:

• Vulnerability Scanning for container images along with Kubernetes workloads
• Threat detection that uses machine learning from Azure’s capabilities and behavioral analytics
• Regulatory compliance scanning for a variety of compliance frameworks
• It integrates into Azure Security Center for central visibility.
• Policy Enforcement by Azure Policy and Kubernetes Admission Controls.
• Live alerts for security anomalies and threats in Kubernetes clusters.

Check out G2 and Peerspot reviews to see what users say about Microsoft Defender for Cloud.

#6 Sysdig

Sysdig Secure offers security for containers and Kubernetes. It includes runtime threat detection, compliance management, and vulnerability scanning. The product is ideal for organizations needing visibility into their containerized environments.

Features:

• Runtime security can detect anomalies in containers.
• Automated compliance checks for standards such as GDPR, PCI-DSS, and NIST.
• Continuous vulnerability scanning for container images.
• Kubernetes network visibility and segmentation for secure flow of traffic.
• Threat intelligence integration for risk detection.
• Early vulnerability detection and CI/CD pipeline security.

Look for more information on Sysdig’s ratings and reviews on PeerSpot and G2.

#7 Trend Micro Vision One

Trend Micro Vision One offers container security specialized for Kubernetes workloads. It provides threat detection, compliance monitoring, and runtime protection from development to deployment. Trend Micro can scan Kubernetes container images, and the Trend Micro Artifact Scanner (TMAS) performs pre-runtime vulnerability and malware scans on Kubernetes artifacts.

Features:

• Vulnerability scanning in containers and images for Kubernetes.
• Runtime threat protection detecting malicious behaviors.
• Compliance reporting for regulatory standards such as ISO 27001 and GDPR.
• Automated remediation of misconfigurations and vulnerabilities.
• Integration with Kubernetes admission controllers for policy enforcement
• Real-time monitoring for clusters and Kubernetes workloads.

You can find out how effective Trend Micro Vision One is as a Kubernetes security platform by browsing its Gartner Peer Insights and G2 reviews and ratings.

#8 Wiz

Wiz can run agentless scans and detect Kubernetes security risks across clusters. It can instantly remove at-risk containers and block attacks. Wiz’s security graph technology adds contextual insights into potential attack paths for Kubernetes environments. The platform also comes with a dashboard for threat management.

Features:

• Agentless vulnerability scanning for Kubernetes clusters and containers.
• Security Graph for the visualization and prioritization of attack paths.
• Proactive threat detection through behavioral analytics and threat intelligence.
• Compliance checks for CIS Benchmarks and other standards are performed automatically.
• Integration with CI/CD workflows for seamless security testing.
• Multi-cloud compatibility with AWS, Azure, and Google Cloud.

Explore the feedback and ratings on G2 and PeerSpot to get further insights into Wiz’s capabilities.

#9 Project Calico (by Tigera)

Project Calico powers over 8,000,000+ nodes daily, and it is one of the best open-source Kubernetes security tools. Top companies like VMware, IBM, FD.io, and Signup use the platform. Project Calico is prized for its CNI options, provides reliable pod network connectivity, and is optimized for high containerized monitoring and networking performance.

It can integrate with the Managed Elastic Kubernetes Service (mEKS), peer directly with network infrastructures using BGP, and provide advanced security features. It helps organizations achieve GDPR compliance and securely deploys cloud-native applications. Project Calico can fit in Managed Kubernetes Services, hybrid cloud platforms, containers, and data planes. It integrates with Mirantis, Tanzu, Red Hat OpenShift, AKS on Azure Stack, and many others.

Features:

• Standard Linux, eBFP, and Windows data planes
• Works with non-Kubernetes workloads
• Granular access controls
• Full Kubernetes network policy support
• Active community and interoperability

Read these reviews on Gartnеr Pееr Insights and PeerSpot and form an informed opinion about what Tigera can do.

#10 Kube-hunter (by Aqua Security)

Kube-hunter by Aqua Security detects security weaknesses in cloud-native environments and is one of the more popular Kubernetes security tools. It was initially developed to enhance visibility into security architectures and instill security awareness. The kube-hunter charter is deployed via helm, and it is capable of performing CIDR scanning. Linux operating systems and open-source platforms currently support kube-hunter.

Features:

• Kubernetes cluster scanning
• Improve pod visibility and do remote scanning
• Pairs well with kube-bench
• Automated penetration testing

See how Aqua Security can help you perform KSPM assessments by reading its PeerSpot and Gartner Peer Insights ratings and reviews.

How to Choose the Best Kubernetes Tool?

When choosing the best Kubernetes tool, it’s essential to take into account the following considerations:

1. Ease of use – Ease of use improves convenience and is critical when investing in Kubernetes solutions. Kubernetes security tools must be intuitive, feature simple interfaces, and not be too complicated for non-technical users.
2. Features and pricing – Organizations should aim to strike a decent balance between the number of features offered by these solutions and pricing. Modern Kubernetes security solutions provide flexible pricing options and follow a pay-as-you-use model. There are no vendor lock-in periods, and Kubernetes solutions also accompany seamless upgrades.
3. Vendor reputation – Always invest in Kubernetes solutions developed by trusted, verified, and reputed vendors. It’s essential to ascertain developers’ credentials and ensure they have a notable presence in the industry. Kubernetes solutions from unknown or untrustworthy vendors may introduce unknown bugs, vulnerabilities, and other design security flaws.
4. Compliance reports—It is essential to generate graph-based data visualizations and compliance reports. Kubernetes solutions are integrated into DevSecOps workflows and should enable enterprises to manage workloads effortlessly, migrate from legacy platforms, and enhance infrastructure security.

Conclusion

Kubernetes is a complex environment and features multiple attack surface vectors. Choosing the best Kubernetes Security Tools for effective threat remediation is essential. Good Kubernetes security tools track all code changes and apply vulnerability listings to all dependencies. Many open-source tools are available, but the best offer premium features beyond static scanning and image analysis. It is highly recommended that Kubernetes container images be scanned for security vulnerabilities before deploying them into runtime environments.

It will help users avoid common supply chain attacks, enforce shift-left security, and integrate applications into CI/CD pipelines. You can also use SentinelOne’s Singularity Cloud Security to protect your Kubernetes workloads and containers.

FAQs

Why is Kubernetes Security Important?

Kubernetes security is essential as it safeguards containerized applications and data orchestrated within Kubernetes clusters. Since Kubernetes is adopted by various production environments, exploiting vulnerabilities or misconfigurations may cause significant security breaches, data loss, and service interruptions. Proper security measures prevent unauthorized access and ensure compliance with all requirements. Thus, robust security measures prevent malicious attacks that might harm the integrity and availability of services.

What are the 4 C’s of Kubernetes Security?

The four Cs of Kubernetes security are Code, Container, Cluster, and Cloud (or Corporate Datacenter). This layered approach focuses on securing each level: writing secure code, building safe container images, configuring the Kubernetes cluster securely, and protecting the underlying cloud infrastructure. By addressing security at each layer, organizations can achieve a comprehensive defense strategy for their Kubernetes deployments.

What Are the Key Features of Kubernetes Security Tools?

The key features of Kubernetes security tools are container vulnerability scanning, image scanning, configuration management, audits, and alerts. These tools can also monitor active workloads, do network segmentation to govern traffic between services, and ensure compliance reporting to meet regulation standards. They also provide automation and integration functionalities that fit nicely into DevOps workflows.

How Do Kubernetes Security Tools Prevent Misconfigurations?

Kubernetes security tools prevent misconfigurations by continuously scanning cluster settings and policies against best practices and compliance standards. They identify issues like overly permissive access controls, exposed secrets, and insecure network policies. These tools help administrators correct misconfigurations before they can be exploited by providing alerts and remediation guidance.

What are the Benefits of Using Kubernetes Security Tools?

Kubernetes security tools greatly enhance overall security by automating vulnerability and threat identification within clusters. They increase compliance with industry standards, help decrease downtime due to security incidents, and improve visibility into cluster activities. With these tools, teams can deploy applications securely, knowing that security is fully integrated throughout the development and operational process.

Can Kubernetes Security Tools Mitigate Runtime Threats?

Yes. Tools like SentinelOne offer runtime protection and secure your Kubernetes clusters by discovering abnormal network behaviors. It tracks privilege escalation and malicious processes in real time and remediates themes. After recognizing suspicious activity, the tool could send out an alert or enforce defined security policies to limit a threat during application runtime.