Best Container Security Tools - Page 5

Deepfence.io

An enlightened approach to security observability, across clouds, containers, and serverless. Deepfence ThreatMapper is the leading open source threat discovery solution for cloud-native applications. Investigate and monitor your production platforms, registries and build pipelines to find vulnerabilities, exposed secrets and other potential threats. Rank them based on risk-of-exploit to determine which pose the greatest risk. Deepfence ThreatStryker enterprise provides runtime protection. It observes potential attack behaviour, identifies attacks-in-progress and deploys targeted interventions to stop attackers in their tracks

Echo

Edge Computing Containers

Deploy containers on a platform with more diverse PoP locations than centralized cloud providers, getting your workload closer to your end users and clients.

Fairwinds Insights

Fairwinds Insights provides platform teams all the business and mission critical functionality to make Kubernetes easy for developers to use and self-service. Fairwinds Insights is a SaaS for platform teams to implement standardization and policies that enable developers. Install the Insights agent into a cluster. In minutes, teams can see their cluster health score, dig into issues around security, efficiency and reliability issues. Insights identifies the issues and offers remediation advice to the user. Integrate Insights findings into your existing developer toolbox including GitHub and Jira. Set Automation Rules to automatically create Jira tickets and the Admission Controller to reject any code not in compliance with standards. Use existing out of the box policies based on development practices and create your own based on your organization's opinions.

Fidelis Container Secure

IRIS

CodeEye's IRIS is a next-generation application security posture management (ASPM) platform, offers an all-in-one solution with real-time, AI-powered vulnerability and threat detection, correlation, prioritization, and remediation, easing the tension between time-to-market and risk mitigation. How it Works? Unlike traditional ASPM Solutions, IRIS detects vulnerabilities within the product development lifecycle and application infrastructure, while simultaneously providing continuous penetration testing and attack surface management to production environments. IRIS detects, correlates, provides risk-based analysis, and prioritizes application security findings in real time with automated workflows for remediation – all within one platform. IRIS seamlessly integrates with your tools, pipelines, and workflows, and supports your favourite languages. Unlock the Benefits: 1) Centralize detection, prioritization, and remediation of application threats and vulnerabilities. 2) Real-time actionable insights. 3) Establish resilient DevSecOps processes based on risk management. 4) Implement automated workflows to accelerate the identification and resolution of application risks. 5) Adopt a straightforward licensing model. 6) Ability to measure the effectiveness of your application security program. 7) Deploy within 24 hours with simplicity and ease of operation. 8) Built-in policy compliance measures. Next-Gen ASPM Managed Service In today's digital landscape, organizations grapple with deciphering and prioritizing the criticality of code and application related threats and vulnerabilities. The scarcity and expense of specialized talent capable of bridging the gap between DevOps and SecOps exacerbates this challenge. CodeEye's expertise in Application Security provides a Continuous AppSec Partner, accelerating program maturity with expert guidance and advanced technology. Our IRIS Managed Service centralizes application risk management, helping you define compliance measures and policies for prioritization and remediation, ensuring you grasp and address program risk in real-time. Key Features - Static Application Security Testing (SAST): Scans your source code for security risks before an issue goes to production. - Software Composition Analysis (SCA): Continuously monitors your code for known vulnerabilities and other security risks. - Container Scanning: Scans your container in real time for packages that contain security threats and vulnerabilities. - Dynamic Application Security Testing (DAST): Dynamically tests your production applications for vulnerabilities through simulated attacks. - Attack Surface Management (ASM): Continuously identifies, monitors, and manages external internet-connected assets for potential attack vectors and exposures. - Risk and Compliance: Continuously evaluates regulatory and internal security policy compliance using real-time and historical reporting. Vendor of Record Award CodeEye's IRIS is recognized as a Vendor of Record by the Ministry of Government and Consumer Services for IT Security Products In 2024, NIST updated its Cyber Security Framework (CSF) with significant implications for security by design and secure SDLC. Our Risk and Compliance module supports compliance with NIST CSF 2.0 throughout the software development lifecycle. Gain a comprehensive view of various scanning modules aligned with the CSF's five core functions: Identify, Protect, Detect, Respond, and Recover. Our Difference: An all-in-one platform with straight forward licensing and seamless integration. Your Results: A tool that works with your existing tools and workflows, providing security without hidden costs or complexities. Our Difference: Continuous penetration testing and attack surface management. Your Results: Identify and close gaps before an attacker exploits them across your ever-changing attack surface. Our Difference: Quick and Easy Deployment Your Results: Security monitoring and testing within 24 hours, without extensive setup or training. Our difference: Built-in risk and compliance policy module Your Results: Ensure regulatory and internal compliance with built-in policy measures aligned with industry standards like NIST CSF 2.0. Our Difference: Automated Workflows for remediation. Your Results: Rapid risk mitigation, reducing the time, effort and cost of finding and fixing vulnerabilities to ensure continuous protection. Our Difference: Real-Time, AI-powered vulnerability Your Results: Immediately identify and address security threats with precise, actionable intelligence. Our Difference: Threat and vulnerability detection, correlation, and risk-based analysis. Your Results: Simplified security operations where critical vulnerabilities are addressed first.

Kaspersky Container Security

Kaspersky Container Security protects against information security risks inherent in containerized environments – from container image vulnerabilities to cluster node setup misconfigurations – while automating security and compliance checks. Kaspersky Container Security protects the entire lifecycle of containerized apps, from development to operation. • Seamlessly integrates security into the software development process: Detects vulnerabilities in running containers Checks container images from the registry Monitors resource consumption and communications between containers • Provides comprehensive protection for a key components of the containerized application development and execution environment: Monitors authentication and authorization configuration Checks orchestrator configuration Process and network control • Detects violations of regulatory requirements in various components of the container environment and performs audits in accordance with national and international standards Checks at both orchestrator and individual container level Best practices audits Vulnerability analysis based on NIST and Kaspersky databases • Clear and intuitive widgets and infographics help not only to monitor product status, but also to detect security incidents based on indirect indicators Monitors cluster status Fully customized widgets to reveal cross-section data Resource inventory

Kubesafe

Kubesafe is a comprehensive data protection and management solution designed for cloud-native applications running on Kubernetes. It enables enterprises to implement backup, recovery, disaster protection, and application mobility without requiring additional hardware or intermediate storage infrastructure. By integrating seamlessly with existing storage systems, Kubesafe ensures efficient and reliable protection of applications, their data, and configurations. Key Features and Functionality: - Backup and Recovery: Provides frequent recovery points to safeguard against operator errors, allowing for quick restoration of applications and data. - Disaster Protection: Creates replicated copies in other clusters, enabling recovery from site disasters and ensuring business continuity. - Copy Data Management: Utilizes replicas for analysis, testing, and development purposes, enhancing operational flexibility. - Mobility: Facilitates the movement of applications between clouds as business needs evolve, supporting hybrid and multi-cloud strategies. Primary Value and Problem Solved: Kubesafe addresses the critical need for robust data protection in Kubernetes environments, where traditional backup solutions may fall short. By offering an application-centric approach, it captures not only the data but also the associated artifacts such as code images, services, metadata, and configuration information. This holistic protection ensures that enterprises can recover, migrate, and clone applications efficiently, meeting stringent recovery time and recovery point objectives. Additionally, Kubesafe's policy-driven automation simplifies the management of backups and disaster recovery processes, reducing the complexity and potential for human error.

Netmaker

Netmaker is a

Primod ADR

Primod is a Cloud Application Detection and Response (CADR) platform for production workloads. An eBPF sensor running in Kubernetes observes what actually executes at runtime, and Primod uses that evidence to detect runtime attacks, give security teams the workload context they need to investigate an incident, and rank vulnerabilities by runtime reachability rather than static severity alone. It also covers cloud security posture management (CSPM). The goal is to reduce the friction between security and engineering teams.

RapidFort

RapidFort is the leader in Software Supply Chain Security, enabling organizations to eliminate risk across their software stack at scale. The platform combines curated near-zero CVE container images, curated application libraries, malware-scanned packages, runtime profiling, and attack surface management to remove up to 99.9% of vulnerabilities within hours and reduce the attack surface by up to 90%, without code changes. Why Teams Choose RapidFort: -> Full lifecycle coverage: One platform secures intake, build, and runtime, so nothing falls through the gap between tools. -> FIPS 140-2/140-3 compliant images plus FedRAMP, CMMC, SOC 2, NIS 2, and CRA readiness out of the box. -> A real SLA, not a promise. 7 days for critical CVEs, 14 days for everything else, published and enforced. -> Third-party validated. Red Hat Certified scanner, named in Gartner's 2026 Magic Quadrant for Software Supply Chain Security, 2026 Top InfoSec Innovator finalist.

Root

Root is a type of software security solution designed to help organizations manage and mitigate vulnerabilities in open-source components. By leveraging advanced artificial intelligence, Root streamlines the process of detecting, patching, and delivering secure software components, allowing users to focus on development without the constant worry of security threats. This innovative approach eliminates the traditional challenges associated with vulnerability management, particularly the tedious and time-consuming CVE (Common Vulnerabilities and Exposures) grind. Targeting application security (AppSec) teams and software engineers, Root is particularly beneficial for organizations that rely heavily on open-source software. These teams often face the daunting task of ensuring that their software stacks are free from vulnerabilities while simultaneously meeting tight deadlines for product releases. With Root, AppSec teams can achieve instant remediation of vulnerabilities without waiting for developers to allocate time for patching. This not only accelerates the security process but also allows engineers to concentrate on building new features and improving existing functionalities, rather than getting bogged down in security updates. One of the key features of Root is its ability to provide full transparency throughout the remediation process. Users can see exactly how vulnerabilities are detected and patched, ensuring that they maintain control over their software supply chain. Additionally, Root does not impose forced upgrades or vendor-locked images, which can often lead to compatibility issues and hinder flexibility. Instead, it offers a seamless integration into existing workflows, making it an attractive option for organizations looking to enhance their security posture without disrupting their development processes. Root's unique selling point lies in its use of specialized AI agents that operate at remarkable speeds. These agents can quickly identify vulnerabilities, apply necessary patches, and test the components across any software stack within minutes. This rapid response capability significantly reduces exposure windows, allowing organizations to address security concerns proactively rather than reactively. By creating a secure environment for open-source software from the outset, Root is establishing itself as a vital component of the modern software supply chain, ensuring that security is an integral part of the development lifecycle.

Secorvia

Secorvia is a cloud and Kubernetes security platform for teams that do not have a dedicated security team. Most cloud security tools hand you a list sorted by severity. A critical CVE on a host nothing can reach sits above a medium misconfiguration on the one machine holding your database credentials. You work down the list, and the list never ends. Secorvia works differently. It connects your assets, vulnerabilities, identities and network reachability into a single live security graph, then works out which findings chain together into a real route to something that matters. What you act on is exploitability and blast radius, not a score out of ten. Supported providers are AWS, Microsoft Azure, Google Cloud Platform and DigitalOcean. DigitalOcean support is unusual in this category. It is there because smaller teams run real production workloads on it, and most cloud security platforms ignore them. The platform covers cloud security posture management (CSPM), vulnerability intelligence, infrastructure as code scanning, container and Kubernetes security, threat intelligence, attack path analysis, cloud infrastructure entitlement management (CIEM) for over permissioned identities, runtime security for Linux hosts, and compliance scoring against SOC 2, ISO 27001, CIS benchmarks and NIST CSF. Reporting and full audit history are included. Cloud posture scanning uses read only access. Secorvia never needs permission to change anything in your account. One detail is worth knowing, because it causes arguments in other tools. Every finding in Secorvia carries two separate states. The detection state is set only by a scan. The operational state, meaning assignee, investigating, resolved, suppressed or risk accepted, is set by your team. A finding your team marks resolved shows as awaiting verification until a scan confirms the fix. Nothing closes itself quietly, and nothing reopens behind your back. Secorvia also publishes frontdoor, a free and open source command line tool under Apache 2.0. It maps the federated trust into AWS, GCP and Azure accounts, covering OIDC, SAML, cross account and cross cloud paths, and it answers one question: who outside your organisation can walk in. It is read only and needs no account. Pricing is per cloud account and per user. Nothing is charged by the number of findings a scan produces, so cleaning up your environment never costs you more. The Free plan is free forever rather than a timed trial. It needs no credit card and has no expiry date, and it covers one cloud account per provider, three users, twenty five container images and one infrastructure as code project. Paid plans start at $149 per month billed annually.

Skyhigh Cloud-Native Application Protection Platform

Skyhigh Cloud Native Application Protection Platform CNAPP is the industry’s first platform to extend Cloud Access Security Broker CASB, bringing application and data context to converge Cloud Security Posture Management CSPM with IaaS Data Loss Prevention DLP for IaaS public clouds. Skyhigh CNAPP provides consistent data protection, threat prevention, governance, and compliance throughout the cloud-native application development lifecycle. Skyhigh CNAPP is consolidated into a fully converged platform and managed from the same single console as the rest of the Skyhigh SSE services.

Average Rating: 4.8/5.0

Total Reviews: 2

StackRox