Best Web-Based Container Security Software of 2024

Qualys CS includes a vulnerability analysis plug in for CI/CD tool Jenkins. Soon, it will be available for other CI/CD tools such as Bamboo, TeamCity and CircleCI. The container security module allows you to download the plugins from there. Qualys CS allows security teams to participate in DevOps to prevent vulnerable images from entering the system. Developers receive actionable data to fix vulnerabilities. You can create policies to prevent vulnerable images from reaching the repositories. Policies can be based on QIDs and vulnerability severity. The plug-in provides a summary of the build, including its vulnerabilities and information on patchable and fixed versions. It also contains image layers where necessary. Container infrastructure is immutable by nature. This means containers must be identical to the images from which they are baked.

Automated cloud security posture management. BMC Helix Cloud Security is designed for the cloud and in the cloud. It takes the pain out compliance and security for cloud resources and containers. Cloud security scoring and remediation of public cloud Iaas, PaaS services, and GCP. Automated remediation -- no coding required. Container configuration security for Docker Kubernetes OpenShift and Docker. Automated ticketing enrichment through ITSM integration Ready-to-use CIS, PCI DSS, & GDPR policies, plus support for custom policies. Automated cloud server security management, for AWS EC2 VMs and MS Azure VMs. Your cloud footprint is constantly changing, so you need a solution that allows for agility while maintaining security and compliance. BMC Helix Cloud Security is up for the challenge. Automated security inspections and remediation for AWS and Azure, as well as GCP IaaS, PaaS, and GCP IaaS services.

Kubernetes can be run in production using the #1 Kubernetes platform. It offers persistent storage, backup, data security, capacity management, and DR. You can easily backup, restore, and migrate Kubernetes applications to any cloud or data centre. Portworx Enterprise Storage Platform provides end-to-end storage, data management, and security for all Kubernetes projects. This includes container-based CaaS and DBaaS as well as SaaS and Disaster Recovery. Container-granular storage, disaster recovery and data security will all be available to your apps. Multi-cloud migrations are also possible. You can easily solve enterprise requirements for Kubernetes data service. Your users can easily access a cloud-like DbaaS without losing control. Operational complexity is eliminated by scaling the backend data services that power your SaaS app. With a single command, add DR to any Kubernetes application. All your Kubernetes apps can be easily backed up and restored.

DevSecOps runs at full speed, with deep inspection of container images, and policy-based compliance. Containers are the future of application development in a fast-paced and flexible environment. While adoption is increasing, there are also risks. Anchore allows you to quickly manage, secure and troubleshoot containers without slowing down. It makes container development and deployment secure right from the beginning. Anchore ensures that your containers meet the standards you set. The tools are transparent for developers, easily visible to production, easy to use security, and designed to accommodate the fluid nature of containers. Anchore is a trusted standard for containers. It allows you to certify containers, making them more predictable and protected. You can deploy containers with confidence. A complete container image security solution can help you protect yourself from potential risks.

Protect cloud-native applications and reduce the attack surface by detecting vulnerabilities, hidden malware, secrets/keys, compliance violations and more -- from build to runtime -- ensuring only compliant containers run in production.Integrate frictionless security early into the continuous integration/continuous delivery (CI/CD) pipeline, and automate protection that empowers DevSecOps to deliver production-ready applications without impacting build cycles.Build and run applications knowing they are protected. Automated discovery, runtime protection and continuous threat detection and response for containers and cloud workloads are all available from one platform. Hidden malware, embedded secrets, configuration problems, and other issues can be found in your images to reduce the attack surface.

Security breaches can be caused by out-of-date software. Our images are constantly updated with new versions and fixes. SLAs are a guarantee that we will provide fixes or mitigations within a specified time frame. Our images are designed to eliminate all known vulnerabilities. No more spending hours analysing reports from scanning tools. Our team has a deep understanding and created some of the most successful foundational open-source projects in this area. Automation is essential without compromising developer productivity. Enforce creates a real time asset inventory database that powers developer tooling, incident recovery and audit automation. Enforce can be used for creating SBOMs, monitoring containers for CVEs, as well as protecting infrastructure against insider attacks.

The first identity based, cloud native solution to neutralize Kubernetes network exposure, access to data, service, and backdoors. Discover and neutralize Kubernetes' exposure in real time. Prioritize your mitigation and implement eBPF-based control to manage your exposure. You are jointly responsible for configuring your infrastructure in a secure manner to minimize exposure. Data loss can occur when the default open egress is used. Araali Networks offers proactive protection for cloud-first organizations that want to secure customer data and demonstrate compliance. Self-configuring preventive controls are particularly beneficial for lean security teams. Intruders will be unable to see the data. APIs and services will be protected from threats and have minimal exposure. Data will not be sent to unapproved destinations.

DivvyCloud empowers our customers to change the world through cloud services that allow them to innovate without risk and chaos. Customers of DivvyCloud enjoy continuous security and compliance through automated, real-time remedying. They can also fully reap the benefits from cloud and container technology. Our automation capabilities are the most advanced, accessible, flexible, and available. We have been delivering automation since day one. Our competitors have mainly focused on reporting and only recently moved to automation. DivvyCloud offers security professionals a platform to automate reactive and protective controls that are necessary to allow an enterprise to innovate at the speed of cloud environments. Automation is key to achieving both security and speed on a large scale. API polling and an event-driven approach to trigger remediation and identify risk.

Threat Stack is the market leader in cloud security & compliance. We help companies secure the cloud to maximize the business benefits. Threat Stack Cloud Security Platform®, provides full stack security observability through the cloud management console, host and container, orchestration, managed containers and serverless layers. Threat Stack allows you to consume telemetry in existing security workflows or manage it with you through Threat Stack Cloud SecOpsTM so you can respond quickly to security incidents and improve your cloud security posture over time.

Stop ransomware. Isolate cyberattacks. In minutes, segment across any cloud, data centre, or endpoint. Automated security enforcement, intelligent visibility, an unprecedented scale, and automated security enforcement will accelerate your Zero Trust journey. With intelligent visibility and micro-segmentation, Illumio Core prevents ransomware and attacks from spreading. You can quickly create a map of workstation communications, build policy quickly, and automate enforcement using micro-segmentation. This is easy to deploy across any application and cloud, container, data centre, or endpoint. Illumio Edge extends Zero Trust beyond the edge to limit malware and ransomware to one laptop, instead of thousands. Turn laptops into Zero Trust Endpoints, limit an infection to one machine, and give EDR and other endpoint security tools more time to detect and respond to threats.

Server monitoring and protection for private cloud environments. Security hardening and monitoring of private cloud and physical data centers, with support for Docker container. Agentless Docker container protection that integrates application control and management. Application whitelisting, granular intrusion prevention and real-time file integrity monitoring are some of the ways to block zero-day exploits. Secure OpenStack deployments using the full hardening Keystone identity service module. Monitoring of data center security. Monitoring the security of data centers in private clouds and on-premises environments.

Tenable's Cyber Exposure Platform provides all the information, research and data that you need to find weaknesses in your entire attack surface. Tenable's market-leading vulnerability monitoring sensors allow you to see every asset on your attack surface, from cloud environments to operational technologies, containers to containers, remote workers to modern web apps. Tenable's machine learning-powered predictions reduce remediation efforts and allow you to concentrate on the most important risks. Communicating objective measures of risk and aligning business goals to security initiatives will help you drive improvements that reduce the likelihood of a cyber-related event affecting your business. These products include: Tenable.ep Tenable.io Tenable.sc Tenable.ad Tenable.ot - Tenable Lumin

GCP, GKE, and Anthos can secure your container environment. Containerization allows developers to work quickly, deploy software efficiently, as well as operate at an unprecedented scale. Security must be integrated at every stage of the build-and deploy life cycle as enterprises increasingly use containerized workloads. Your container management platform must have the right security features to protect your infrastructure. Kubernetes has security features that protect your identities, secrets and network. Google Kubernetes Engine utilizes native GCP functionality, such as Cloud Audit Logging and Cloud IAM. It also uses GKE-specific features, like workload identity and application layer secrets encryption, to provide the best Google security for your workloads. Container images can be deployed safely by securing the software supply chain. This is how to ensure that your container images are secure and that images you create aren't altered.

Jetstack Preflight allows you to better understand your Kubernetes environments. It constantly scans for security holes that could be causing excessive resource usage, making it more difficult to maintain your cluster, or causing expensive excess resource usage. Preflight compares your environment to hundreds of policy rules that have been developed by our Kubernetes specialists and based on years spent working with customers' production workloads. Your environment data is continuously checked against policy rules. The results are summarized in clear reports that highlight areas that need your attention. It is possible to not know what is happening in your Kubernetes clusters because developers may have deployed something that you don’t know about or because configuration changes have caused applications to run that everyone thinks are gone.

ARMO provides total security to in-house data and workloads. Our patent-pending technology protects against security overhead and prevents breaches regardless of whether you are using cloud-native, hybrid, legacy, or legacy environments. ARMO protects each microservice individually. This is done by creating a cryptographic DNA-based workload identity and analyzing each application's unique signature to provide an individualized and secure identity for every workload instance. We maintain trusted security anchors in protected software memory to prevent hackers. Stealth coding-based technology blocks any attempts to reverse engineer the protection code. It ensures complete protection of secrets and encryption keys during use. Our keys are not exposed and cannot be stolen.

Wiz is a new approach in cloud security. It finds the most important risks and infiltration vectors across all multi-cloud environments. All lateral movement risks, such as private keys that are used to access production and development environments, can be found. You can scan for vulnerabilities and unpatched software in your workloads. A complete inventory of all services and software within your cloud environments, including version and package details, is available. Cross-reference all keys on your workloads with their privileges in your cloud environment. Based on a complete analysis of your cloud network, including those behind multiple hops, you can see which resources are publicly available to the internet. Compare your industry best practices and baselines to assess the configuration of cloud infrastructure, Kubernetes and VM operating system.

Successfully deploying containers requires balancing strong security practices, agile DevOps teams, and compliance requirements. Nexus Container helps you manage your security, development, and operations teams to find, monitor, and fix all aspects of container vulnerabilities throughout the entire lifecycle. To ensure that vulnerabilities are identified early in the development cycle, we continuously scan containers during build and monitor images in registries. Don't worry if an issue is discovered. Our policy enforcement and admission controls prevent vulnerable images from being deployed. Containers require advanced network protection to ensure security. We monitor containers continuously to detect vulnerabilities and share fixes once they are in production. We are the only solution that can enforce data protection and prevent zero-day attacks, tunneling, breaches, and other threats.

IBM Storage for Red Hat OpenShift combines traditional and container storage to make it easier to deploy enterprise-class scale out microservices architectures. Valid for Red Hat OpenShift Kubernetes, IBM Cloud Pak and Red Hat OpenShift. For an integrated experience, it simplifies deployment and management. Red Hat OpenShift environments provide enterprise data protection, automated scheduling, data reuse support, and enterprise data protection. You can block, file, and object data resources. You can quickly deploy what you need, when you need it. IBM Storage for Red Hat OpenShift offers the infrastructure foundation and storage orchestration required to build a robust, agile hybrid cloud environment. IBM supports CSI in its block and file storage families to increase container utilization in Kubernetes environments.

Spectral is a lightning fast, developer-first cybersecurity solution. It acts as a control plane over source code and other developer assets. It detects and protects against security mistakes in code, configurations, and other artifacts. Spectral is the first hybrid scanning engine. It combines AI and hundreds upon detectors. This allows developers to code with confidence and protects companies from costly mistakes. You can map and monitor hidden assets, such as codebases, logs and other intellectual property, that are not visible in public repositories. SpectralOps' advanced AI-backed technology with over 2000 detectors can be used to provide extensive coverage and detect issues, as well as keeping your organization safe.

The first unified security solution that protects the integrity of your software across the entire DevOps CICD pipeline. You can track all events and actions in your software supply chain with unprecedented clarity. Get actionable information faster and make better decisions. You can improve your security posture by enforcing security best practice at every stage of the software delivery process. This includes real-time alerts, auto-remediation, and ensuring that you have access to all relevant information. Automated validity checks ensure that source code integrity is maintained for each release. This will allow you to be certain that the source code you have committed has been deployed. Argon continuously monitors your DevOps infrastructure for security risks, code leaks and misconfigurations. It also provides insights into the state of your CI CD pipeline.

Protect your cloud native runtime environments against external attacks, misconfigurations and insider threats. Spyderbat uses eBPF to probe the cloud and creates a map of all activities in containers and cloud systems, along with their causal relationships. Spyderbat uses this CausalContext map to identify workload behaviors, enforce security policies, prevent signatureless attacks, and provide immediate visibility into root cause. Spyderbat's A3C Engine instantly assembles data to create a visual map that is based on causal relations. This can be used for historical and current views as well as real-time. Automatically create fingerprints that indicate the behavior of workloads and convert them into policies that notify or block new behavior.

Clair is an open source project that allows static analysis of vulnerabilities in application containers. This includes OCI and docker. The Clair API allows clients to index their container images, and then match it against known vulnerabilities. Our goal is to provide a better understanding of the security of container-based infrastructure. Clair, a French term that means clear, bright, transparent, was the name of the project. Clair's representation for a container image is called Manifests. Clair uses the fact that OCI Layers and Manifests are content-addressed in order to reduce duplicated work.

PingSafe, a cloud security platform that is a leader in the industry, has a deep understanding of the attackers' methods. Analyze and seal critical cloud vulnerabilities before attackers can get a look. Cloud-Native Application Protection Platform (CNAPP), from PingSafe, has all the components you need to protect your multi-cloud environment. Cloud misconfigurations could be a gateway for attackers. PingSafe's agentless CNAPP connects to your cloud and Kubernetes environments to perform infrastructure scans and generate vulnerability report in minutes. All this without additional workloads or costs, maintenance, or resources. PingSafe's engineering was created by white hat hackers. It includes built-in attacker cognition across cloud platforms like AWS, GCP Azure, DigitalOcean and Kubernetes. PingSafe's Offensive Security Engine simulates typical attackers to keep you one step ahead.

Scalable, self-managed applications that are resilient and self-managed can be achieved by combining observability and automated orchestration. Monitoring and observability tools generate huge volumes of data every second. They capture metrics, logs and traces on all aspects of dynamic, complex applications. It's up to humans to make sense of and troubleshoot all this data. They are stuck in a never-ending loop of responding to alerts and identifying root causes before deciding the best course of action. The process hasn’t changed much in decades and is still labor-intensive and reactive. Causely eliminates the need for manual troubleshooting, by capturing causality within software. This closes the gap between observability to action. For the first time ever, the entire lifecycle for detecting, root cause analysis and remediation of application defects is fully automated. Causely identifies and resolves defects in real-time so that applications can scale at high performance.

Prioritize the most important risks for your business with clear and actionable insights. Harden your Kubernetes availability continuously. Avoid making the same mistakes as others. Eliminate risks prior to incidents. Keep up-to-date with visibility across your entire infrastructure. Catalog containers, clusters and dependencies. Consolidate insights from cloud, on-prem and more. Receive alerts about all EOL versions and incompatible versions. Never again use spreadsheets or scripts. Chkk's goal is to empower developers to prevent incidents by learning from other developers and not repeating mistakes. Chkk's collective-learning technology collects and curates errors, failures, disruptions, and other known incidents that the Kubernetes Community (including users/operators and cloud providers) have experienced, ensuring past mistakes aren't repeated.