Alternatives to Kubescape

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.

You can use your favorite debugging software to locally troubleshoot your Kubernetes services. Telepresence, an open-source tool, allows you to run one service locally and connect it to a remote Kubernetes cluster. Telepresence was initially developed by Ambassador Labs, which creates open-source development tools for Kubernetes such as Ambassador and Forge. We welcome all contributions from the community. You can help us by submitting an issue, pull request or reporting a bug. Join our active Slack group to ask questions or inquire about paid support plans. Telepresence is currently under active development. Register to receive updates and announcements. You can quickly debug locally without waiting for a container to be built/push/deployed. Ability to use their favorite local tools such as debugger, IDE, etc. Ability to run large-scale programs that aren't possible locally.

At Massdriver, we believe in prevention, not permission. Our self-service platform lets ops teams encode their expertise and your organization’s non-negotiables into pre-approved infrastructure modules—using familiar IaC tools like Terraform, Helm, or OpenTofu. Each module embeds policy, security, and cost controls, transforming raw configuration into functional software assets that streamline multi-cloud deployments across AWS, Azure, GCP, and Kubernetes. By centralizing provisioning, secrets management, and RBAC, Massdriver cuts overhead for ops teams while empowering developers to visualize and deploy resources without bottlenecks. Built-in monitoring, alerting, and metrics retention reduce downtime and expedite incident resolution, driving ROI through proactive issue detection and optimized spend. No more juggling brittle pipelines—ephemeral CI/CD automatically spins up based on the tooling in each module. Scale faster and safer with unlimited projects and cloud accounts while ensuring compliance at every step. Massdriver—fast by default, safe by design.

Runecast is an enterprise IT platform that saves your Security and Operations teams time and resources by enabling a proactive approach to ITOM, CSPM, and compliance. Your team can do more with less via a single platform that checks all your cloud infrastructure, for increased visibility, security, and time-saving. Security teams benefit from simplified vulnerability management and regulatory compliance, across multiple standards and technologies. Operations teams are able to reduce operational overheads and increase clarity, enabling you to be proactive and return to the valuable work you want to be doing.

Protect and optimize mission-critical Kubernetes apps. Fairwinds Insights, a Kubernetes configuration validation tool, monitors your Kubernetes containers and recommends improvements. The software integrates trusted open-source tools, toolchain integrations and SRE expertise, based on hundreds successful Kubernetes deployments. The need to balance the speed of engineering and the reactive pace of security can lead to messy Kubernetes configurations, as well as unnecessary risk. It can take engineering time to adjust CPU or memory settings. This can lead to over-provisioning of data centers capacity or cloud compute. While traditional monitoring tools are important, they don't offer everything necessary to identify and prevent changes that could affect Kubernetes workloads.

The Industry Standard Universal Binary Repository Management Manager. All major package types supported (over 27 and growing), including Maven, npm. Python, NuGet. Gradle. Go and Helm, Kubernetes, Docker, as well as integration to leading CI servers or DevOps tools you already use. Additional functionalities include: - High availability that scales to infinity through active/active clustering in your DevOps environment. This scales as your business grows - On-Prem or Cloud, Hybrid, Multi-Cloud Solution - De Facto Kubernetes Registry for managing application packages, operating systems component dependencies, open sources libraries, Docker containers and Helm charts. Full visibility of all dependencies. Compatible with a growing number of Kubernetes cluster provider.

Identity and Data Protection for AWS and Azure, Google Cloud, and Kubernetes. Sonrai's cloud security platform offers a complete risk model that includes activity and movement across cloud accounts and cloud providers. Discover all data and identity relationships between administrators, roles and compute instances. Our critical resource monitor monitors your critical data stored in object stores (e.g. AWS S3, Azure Blob), and database services (e.g. CosmosDB, Dynamo DB, RDS). Privacy and compliance controls are maintained across multiple cloud providers and third-party data stores. All resolutions are coordinated with the relevant DevSecOps groups.

KubeArmor is an open-source, cloud-native security engine that provides runtime enforcement for Kubernetes clusters, containers, and virtual machines, using eBPF and Linux Security Modules such as AppArmor, BPF-LSM, and SELinux. It protects workloads by restricting behaviors like process execution, file operations, networking, and resource consumption, all enforced through customizable, Kubernetes-native policies. Unlike traditional post-attack mitigations that react after malicious activity occurs, KubeArmor’s inline enforcement blocks threats proactively without requiring changes to containers or hosts. Its simplified policy descriptions and non-privileged daemonset architecture make it easy to deploy and manage across diverse environments, including multi-cloud and edge networks. The platform logs policy violations in real time and supports granular network communication controls between containers. Installation can be done effortlessly using Helm charts, with detailed documentation and video guides available. KubeArmor is listed on AWS, Red Hat, Oracle, and DigitalOcean marketplaces, demonstrating broad industry acceptance. It also offers specialized features for IoT, 5G security, and workload sandboxing, making it a versatile choice for modern cloud-native security.

Kubernetes, cloud, and container security that closes loop from source to finish Find vulnerabilities and prioritize them; detect and respond appropriately to threats and anomalies; manage configurations, permissions and compliance. All activity across cloud, containers, and hosts can be viewed. Runtime intelligence can be used to prioritize security alerts, and eliminate guesswork. Guided remediation using a simple pull request at source can reduce time to resolution. Any activity in any app or service, by any user, across clouds, containers and hosts, can be viewed. Risk Spotlight can reduce vulnerability noise by up 95% with runtime context. ToDo allows you to prioritize the security issues that are most urgent. Map production misconfigurations and excessive privileges to infrastructure as code (IaC), manifest. A guided remediation workflow opens a pull request directly at source.

NeuVector provides complete security for the entire CI/CD process. We provide vulnerability management and attack blocking in all production with our patented container firewall. NeuVector provides PCI-ready container security. You can meet your requirements in less time and with less effort. NeuVector protects IP and data in public and private cloud environments. Continuously scan the container throughout its lifecycle. Security roadblocks should be removed. Incorporate security policies from the beginning. Comprehensive vulnerability management to determine your risk profile. The only patentable container firewall provides immediate protection against known and unknown threats for zero days. NeuVector is essential for PCI and other mandates. It creates a virtual firewall to protect personal and private information on your network. NeuVector is a kubernetes-native container security platform which provides complete container security.

Only StackRox offers an all-encompassing view of your cloud-native environment, covering everything from images and container registries to Kubernetes deployment settings and container runtime activities. With its robust integration into Kubernetes, StackRox provides insights specifically tailored to deployments, equipping security and DevOps teams with a thorough understanding of their cloud-native systems, which includes images, containers, pods, namespaces, clusters, and their respective configurations. You gain quick insights into potential risks within your environment, your compliance standing, and any suspicious traffic that may be occurring. Each overview allows you to delve deeper into specifics. Furthermore, StackRox simplifies the process of identifying and scrutinizing container images in your environment, thanks to its native integrations and support for nearly all types of image registries, making it a vital tool for maintaining security and efficiency.

Introducing AI and Kubernetes that prioritize security from the ground up, regardless of your infrastructure's location. By establishing a robust security boundary around Kubernetes workloads, we eliminate the risks associated with container escapes. Our approach simplifies the execution of AI and machine learning tasks through advanced GPU device virtualization, driver isolation, and virtual GPUs (vGPUs). Edera Krata heralds a transformative shift in isolation technology, paving the way for a new era focused on security. Edera redefines both security and performance for AI and GPU applications, while ensuring seamless integration with Kubernetes environments. Each container operates with its own dedicated Linux kernel, thereby removing the vulnerabilities linked to shared kernel states among containers. This advancement effectively ends the prevalence of container escapes, reduces the need for costly security tools, and alleviates the burden of endlessly sifting through logs. With just a few lines of YAML, you can launch Edera Protect and get started effortlessly. Designed in Rust to enhance memory safety, this solution has no negative impact on performance. It represents a secure-by-design Kubernetes framework that effectively neutralizes threats before they can take action, transforming the landscape of cloud-native security.

Sonatype Container is a robust security solution that protects containerized applications by offering end-to-end security across the CI/CD pipeline. The platform scans containers and images for vulnerabilities during the development phase, preventing insecure components from being deployed. It also provides real-time network traffic inspection to mitigate risks such as zero-day malware and insider threats. By automating security policy enforcement, Sonatype Container ensures compliance while enhancing operational efficiency, safeguarding applications at every stage.

Enhance the security of your container environment on GCP, GKE, or Anthos, as containerization empowers development teams to accelerate their workflows, deploy applications effectively, and scale operations to unprecedented levels. With the growing number of containerized workloads in enterprises, it becomes essential to embed security measures at every phase of the build-and-deploy lifecycle. Infrastructure security entails that your container management platform is equipped with the necessary security functionalities. Kubernetes offers robust security features to safeguard your identities, secrets, and network communications, while Google Kubernetes Engine leverages native GCP capabilities—such as Cloud IAM, Cloud Audit Logging, and Virtual Private Clouds—as well as GKE-specific tools like application layer secrets encryption and workload identity to provide top-notch Google security for your workloads. Furthermore, ensuring the integrity of the software supply chain is critical, as it guarantees that container images are secure for deployment. This proactive approach ensures that your container images remain free of vulnerabilities and that the images you create are not tampered with, thereby maintaining the overall security of your applications. By investing in these security measures, organizations can confidently adopt containerization without compromising on safety.

Flux is an open and extensible suite of continuous and progressive delivery solutions designed for Kubernetes. The newest iteration of Flux introduces numerous enhancements that increase its flexibility and adaptability. As a project incubated by the CNCF, Flux, along with Flagger, facilitates application deployments utilizing strategies such as canaries, feature flags, and A/B rollouts. It possesses the capability to manage any Kubernetes resource seamlessly. Built-in features allow for effective infrastructure and workload dependency management. Through automatic reconciliation, Flux enables continuous deployment (CD) and, with Flagger's assistance, supports progressive delivery (PD). Additionally, Flux can automate updates by pushing changes back to Git, including container image updates through image scanning and patching processes. It integrates smoothly with various Git providers, including GitHub, GitLab, and Bitbucket, and can also utilize s3-compatible buckets as a source. Furthermore, it is compatible with all major container registries and CI workflow providers. With support for Kustomize, Helm, RBAC, and policy-driven validation mechanisms such as OPA, Kyverno, and admission controllers, Flux ensures that deployment processes are streamlined and efficient. This combination of features not only simplifies management but also enhances operational reliability in Kubernetes environments.

Calico Enterprise offers a comprehensive security platform designed for full-stack observability specifically tailored for containers and Kubernetes environments. As the sole active security solution in the industry that integrates this capability, Calico Enterprise leverages Kubernetes' declarative approach to define security and observability as code, ensuring that security policies are consistently enforced and compliance is maintained. This platform also enhances troubleshooting capabilities across various deployments, including multi-cluster, multi-cloud, and hybrid architectures. Furthermore, it facilitates the implementation of zero-trust workload access controls that regulate traffic to and from individual pods, bolstering the security of your Kubernetes cluster. Users can also create DNS policies that enforce precise access controls between workloads and the external services they require, such as Amazon RDS and ElastiCache, thereby enhancing the overall security posture of the environment. In addition, this proactive approach allows organizations to adapt quickly to changing security requirements while maintaining seamless connectivity.

Security and observability tailored for Kubernetes environments. Implementing security and observability as code is essential for modern cloud-native applications. This approach encompasses cloud-native security as code for various elements, including hosts, virtual machines, containers, Kubernetes components, workloads, and services, ensuring protection for both north-south and east-west traffic while facilitating enterprise security measures and maintaining continuous compliance. Furthermore, Kubernetes-native observability as code allows for the gathering of real-time telemetry, enhanced with context from Kubernetes, offering a dynamic view of interactions among components from hosts to services. This enables swift troubleshooting through machine learning-driven detection of anomalies and performance issues. Utilizing a single framework, organizations can effectively secure, monitor, and address challenges in multi-cluster, multi-cloud, and hybrid-cloud environments operating on either Linux or Windows containers. With the ability to update and deploy security policies in mere seconds, businesses can promptly enforce compliance and address any emerging issues. This streamlined process is vital for maintaining the integrity and performance of cloud-native infrastructures.

A pay-as-you-go security and observability software-as-a-service (SaaS) solution designed for containers, Kubernetes, and cloud environments provides users with a real-time overview of service dependencies and interactions across multi-cluster, hybrid, and multi-cloud setups. This platform streamlines the onboarding process and allows for quick resolution of Kubernetes security and observability challenges within mere minutes. Calico Cloud represents a state-of-the-art SaaS offering that empowers organizations of various sizes to secure their cloud workloads and containers, identify potential threats, maintain ongoing compliance, and address service issues in real-time across diverse deployments. Built upon Calico Open Source, which is recognized as the leading container networking and security framework, Calico Cloud allows teams to leverage a managed service model instead of managing a complex platform, enhancing their capacity for rapid analysis and informed decision-making. Moreover, this innovative platform is tailored to adapt to evolving security needs, ensuring that users are always equipped with the latest tools and insights to safeguard their cloud infrastructure effectively.

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.

IBM Storage for Red Hat OpenShift seamlessly integrates traditional and container storage, facilitating the deployment of enterprise-grade scale-out microservices architectures with ease. This solution has been validated alongside Red Hat OpenShift, Kubernetes, and IBM Cloud Pak, ensuring a streamlined deployment and management process for a cohesive experience. It offers enterprise-level data protection, automated scheduling, and data reuse capabilities specifically tailored for Red Hat OpenShift and Kubernetes settings. With support for block, file, and object data resources, users can swiftly deploy their required resources as needed. Additionally, IBM Storage for Red Hat OpenShift lays the groundwork for a robust and agile hybrid cloud environment on-premises, providing the essential infrastructure and storage orchestration. Furthermore, IBM enhances container utilization in Kubernetes environments by supporting Container Storage Interface (CSI) for its block and file storage solutions. This comprehensive approach empowers organizations to optimize their storage strategies while maximizing efficiency and scalability.

Kubevious aids in preventing application failures and the emergence of problematic or contradictory configurations. It enhances operational safety for your applications while ensuring that your teams remain effective and achieve success without disrupting current DevOps workflows. With Kubevious, Kubernetes operators can swiftly pinpoint configuration details, detect inconsistencies, ensure compliance, and identify violations of best practices. Its application-centric user interface is distinctive, allowing operators to correlate configurations effectively and maximize their Kubernetes experience. Furthermore, Kubevious not only validates but also enforces cloud-native best practices, ensuring comprehensive safety across various domains including application configuration, state management, RBAC, storage, networking, service mesh, and beyond. The intuitive and user-friendly design of Kubevious is highly appreciated by Kubernetes operators, making it easier for them to navigate complex environments. Additionally, Kubevious is powered by a specially designed rules engine that enforces both application and cloud-native best practices within Kubernetes environments, solidifying its value as an essential tool for operators.

Kustomize enables users to navigate and modify Kubernetes manifests by adding, removing, or altering configuration settings without the necessity of creating forks. It can be utilized as an independent binary or integrated as a built-in feature of kubectl. This tool adopts a strictly declarative methodology for customizing configurations, allowing the management of multiple uniquely tailored Kubernetes settings. Additionally, it is accessible as a standalone binary, making it easy to extend and incorporate into various other services. All artifacts utilized by Kustomize are standard YAML files, which can be easily validated and processed accordingly. Kustomize promotes a workflow that involves forking, modifying, and rebasing, which enhances collaboration and efficiency in managing Kubernetes configurations. By streamlining these processes, Kustomize provides users with a powerful means of maintaining their Kubernetes environments.

Falco serves as the leading open-source solution for ensuring runtime security across hosts, containers, Kubernetes, and cloud environments. It enables users to gain immediate insights into unexpected actions, configuration modifications, intrusions, and instances of data theft. Utilizing the capabilities of eBPF, Falco secures containerized applications at any scale, offering real-time protection regardless of whether they operate on bare metal or virtual machines. Its compatibility with Kubernetes allows for the swift identification of unusual activities within the control plane. Furthermore, Falco monitors for intrusions in real-time across various cloud platforms, including AWS, GCP, Azure, and services like Okta and Github. By effectively detecting threats across containers, Kubernetes, hosts, and cloud services, Falco ensures comprehensive security coverage. It provides continuous streaming detection of abnormal behaviors, configuration alterations, and potential attacks, making it a trustworthy and widely supported standard in the industry. Organizations can confidently rely on Falco for robust security management in their diverse environments.

Identify and prioritize your most critical business risks with actionable insights that can drive effective decision-making. Ensure your Kubernetes environment is consistently fortified for maximum availability. Gain knowledge from the experiences of others to sidestep common pitfalls. Proactively mitigate risks before they escalate into incidents. Maintain comprehensive visibility across all layers of your infrastructure to stay informed. Keep an organized inventory of containers, clusters, add-ons, and their dependencies. Aggregate insights from various clouds and on-premises environments for a unified view. Receive timely alerts regarding end-of-life (EOL) and incompatible versions to keep your systems updated. Say goodbye to spreadsheets and custom scripts forever. Chkk’s goal is to empower developers to avert incidents by learning from the experiences of others and avoiding previously established errors. Utilizing Chkk's collective learning technology, users can access a wealth of curated information on known errors, failures, and disruptions experienced within the Kubernetes community, which includes users, operators, cloud service providers, and vendors, thereby ensuring that history does not repeat itself. This proactive approach not only fosters a culture of continuous improvement but also enhances overall system resilience.

Constellation stands out as a Kubernetes distribution certified by the CNCF, utilizing confidential computing to ensure the encryption and isolation of entire clusters, thus safeguarding data at rest, in transit, and during processing by executing control and worker planes within hardware-enforced trusted execution environments. The platform guarantees workload integrity through the use of cryptographic certificates and robust supply-chain security practices, including SLSA Level 3 and sigstore-based signing, while successfully meeting the benchmarks set by the Center for Internet Security for Kubernetes. Additionally, it employs Cilium alongside WireGuard to facilitate precise eBPF traffic management and comprehensive end-to-end encryption. Engineered for high availability and automatic scaling, Constellation enables near-native performance across all leading cloud providers and simplifies the deployment process with an intuitive CLI and kubeadm interface. It ensures the implementation of Kubernetes security updates within a 24-hour timeframe, features hardware-backed attestation, and offers reproducible builds, making it a reliable choice for organizations. Furthermore, it integrates effortlessly with existing DevOps tools through standard APIs, streamlining workflows and enhancing overall productivity.

Podman is a container engine that operates without a daemon, designed for the development, management, and execution of OCI Containers on Linux systems. It enables users to run containers in both root and rootless modes, effectively allowing you to think of it as a direct replacement for Docker by using the command alias docker=podman. With Podman, users can manage pods, containers, and container images while offering support for Docker Swarm. We advocate for the use of Kubernetes as the primary standard for creating Pods and orchestrating containers, establishing Kubernetes YAML as the preferred format. Consequently, Podman facilitates the creation and execution of Pods directly from a Kubernetes YAML file through commands like podman-play-kube. Additionally, it can generate Kubernetes YAML configurations from existing containers or Pods using podman-generate-kube, streamlining the workflow from local development to deployment in a production Kubernetes environment. This versatility makes Podman a powerful tool for developers and system administrators alike.

Introducing the pioneering identity-centric, cloud-native solution designed to mitigate network exposure within Kubernetes environments, while safeguarding access to data, services, and potential vulnerabilities. This innovative approach enables real-time discovery and neutralization of Kubernetes exposure, allowing organizations to prioritize their mitigation efforts effectively. By employing well-configured eBPF-based controls, it ensures that your sensitive data remains protected and secure. The principle of shared responsibility emphasizes the necessity for you to securely configure your infrastructure to limit exposure risks. Unrestricted default egress can lead to significant data breaches, highlighting the need for a robust security strategy. For cloud-first enterprises seeking to protect customer data and maintain compliance, Araali Networks delivers proactive security measures that are straightforward to manage. The self-configuring, preventive controls are particularly advantageous for smaller security teams, ensuring that data and APIs are shielded from potential intrusions. Consequently, sensitive information will experience minimal exposure and remain hidden from malicious actors, reinforcing the security posture of your organization. Ultimately, this solution guarantees that data does not leave your premises without proper authorization, safeguarding your assets from unauthorized external access.

The CLI tool integrates Git, Docker, Helm, and Kubernetes with any CI system to facilitate CI/CD and Giterminism. By leveraging established technologies, you can create efficient, reliable, and cohesive CI/CD pipelines. Werf simplifies the process of getting started, allowing users to implement best practices without the need to start from scratch. Not only does Werf build and deploy applications, but it also ensures that the current state of Kubernetes is continually synchronized with any changes made in Git. This tool pioneers Giterminism, using Git as a definitive source of truth and making the entire delivery process predictable and repeatable. With Werf, users have two deployment options: either converge the application from a Git commit into Kubernetes or publish the application from a Git commit to a container registry as a bundle before deploying it to Kubernetes. The setup for Werf is straightforward, requiring minimal configuration, making it accessible even to those without a background in DevOps or SRE. To assist users further, a variety of guides are available to help you deploy your application in Kubernetes quickly and effectively, enhancing the overall user experience.

HCL BigFix SaaS Remediate is a comprehensive vulnerability remediation platform designed to help organizations fix security issues quickly and efficiently. It automates the process of identifying, prioritizing, and resolving vulnerabilities across diverse IT environments. The platform includes a library of over 500,000 remediation actions, enabling rapid deployment of fixes. It supports multiple operating systems and applications, providing broad coverage across enterprise systems. CyberFOCUS™ analytics deliver risk-based insights to help teams focus on the most critical vulnerabilities. HCL BigFix integrates security and IT operations into a unified workflow, improving collaboration and reducing tool complexity. The cloud-native architecture allows for fast deployment without infrastructure setup. Automated patching and prescriptive guidance ensure accurate and consistent remediation. The platform also improves compliance and reduces exposure to cyber threats. Overall, it helps organizations strengthen security posture while saving time and operational effort.

Utilize a fully managed private registry to store and distribute container images efficiently. You can push these private images to seamlessly run within the IBM Cloud® Kubernetes Service and various other runtime environments. Each image undergoes a security assessment, enabling you to make well-informed choices regarding your deployments. To manage your namespaces and Docker images in the IBM Cloud® private registry through the command line, install the IBM Cloud Container Registry CLI. You can also utilize the IBM Cloud console to examine potential vulnerabilities and the security status of images housed in both public and private repositories. It is essential to monitor the security condition of container images provided by IBM, third-party vendors, or those added to your organization's registry namespace. Furthermore, advanced features offer insights into security compliance, along with access controls and image signing options, ensuring a fortified approach to container management. Additionally, enjoy the benefits of pre-integration with the Kubernetes Service for streamlined operations.

Prevasio is a cloud security platform powered by AI that delivers extensive visibility, automatic threat detection, and strong defense for cloud-based applications. It facilitates the automatic discovery and mapping of cloud infrastructure, pinpointing resources and illustrating their role in powering applications, thereby offering unmatched visibility along with actionable insights. The platform’s agentless Cloud-Native Application Protection Platform (CNAPP) covers the entire CI/CD pipeline through to runtime, ensuring a seamless and effective approach to security management. By assessing risks according to their potential impact on business applications and their severity, Prevasio enables organizations to concentrate on the most critical vulnerabilities. Furthermore, it enhances cloud compliance by continuously monitoring assets, ensuring compliance with industry standards and regulations. Additionally, Prevasio's Infrastructure-as-Code (IaC) scanning allows for the early identification of vulnerabilities during the development cycle, safeguarding cloud infrastructure prior to its construction. This proactive approach not only streamlines security processes but also fosters a culture of security-first development within organizations.

Kyverno serves as a policy management engine tailored for Kubernetes environments. It enables users to handle policies as Kubernetes resources without the need for a new programming language, allowing for the use of standard tools such as kubectl, Git, and Kustomize to oversee policy management. With Kyverno, users can validate, mutate, and generate Kubernetes resources while also safeguarding the supply chain of OCI images. The CLI tool provided by Kyverno is particularly useful for testing policies and validating resources within a CI/CD pipeline. Additionally, Kyverno empowers cluster administrators to independently manage configurations specific to different environments, while promoting the enforcement of best practices throughout their clusters. Beyond just managing configurations, Kyverno can also examine existing workloads for adherence to best practices or actively enforce compliance by blocking or altering non-conforming API requests. It is capable of using admission controls to prevent the deployment of non-compliant resources and can report any policy violations discovered during these operations. This functionality enhances the overall security and reliability of Kubernetes deployments.

Paralus is an open-source tool available at no cost that facilitates controlled and audited access to Kubernetes infrastructure. It features on-demand service account creation and manages user credentials effectively, working in harmony with existing Role-Based Access Control (RBAC) and Single Sign-On (SSO) frameworks. By implementing zero-trust security practices, Paralus guarantees safe access to Kubernetes clusters, handling the creation, maintenance, and revocation of access configurations across multiple clusters, projects, and namespaces. Users can choose between a web-based graphical interface or command-line tools for managing kubeconfigs directly from the terminal, ensuring flexibility in usage. In addition to these features, Paralus provides robust auditing capabilities, which deliver thorough logging of user activities and resource access, aiding in both real-time updates and historical analysis. The installation process is user-friendly, with Helm charts readily available for deployment in diverse environments, including major cloud platforms and on-premises configurations. With its focus on security and usability, Paralus is an invaluable asset for organizations looking to enhance their Kubernetes management.

Lens unifies Kubernetes and LLM application observability into a single, developer-first experience. The Lens K8S IDE enables developers and operators to manage clusters, troubleshoot issues, and monitor workloads with instant visual clarity. Lens Loop extends these capabilities to LLM-powered applications, helping teams develop, debug, and observe AI workloads with confidence. Built-in AI assistance through Lens Prism AI provides contextual insights without switching tools. Everything runs locally, ensuring strong security, compliance, and performance. Lens integrates seamlessly into modern cloud-native stacks and scales with growing infrastructure complexity. It eliminates fragmented tooling by offering one IDE for operational insight across environments.

Codiac serves as a comprehensive platform designed for large-scale infrastructure management, featuring a cohesive control plane that simplifies aspects such as container orchestration, multi-cluster management, and dynamic configuration without requiring YAML files or GitOps. Its Kubernetes-driven closed-loop system efficiently automates various processes, including workload scaling, the creation of temporary clusters, blue/green and canary deployments, and innovative “zombie mode” scheduling that optimizes costs by powering down inactive environments. Users benefit from immediate ingress, domain, and URL management alongside the effortless integration of TLS certificates through Let’s Encrypt. Each deployment not only produces immutable system snapshots and maintains versioning for instantaneous rollbacks but also ensures compliance through audit-ready features. Security is bolstered by role-based access control (RBAC), finely tuned permissions, and comprehensive audit logs that adhere to enterprise standards, while integration with CI/CD pipelines, real-time logging, and observability dashboards grants complete visibility over all resources and environments, thereby enhancing operational efficiency. All these features work together to create a seamless user experience, making Codiac an invaluable tool for modern infrastructure challenges.

IBM Cloud™ Data Shield allows users to operate containerized applications within a secure enclave on the IBM Cloud Kubernetes Service host, ensuring data-in-use protection. This innovative service facilitates user-level code to establish private memory areas known as enclaves, which remain safeguarded from higher privilege processes. Expanding support for Intel Software Guard Extensions (SGX), it broadens the programming language options from just C and C++ to include Python and Java™, as well as offering preconfigured SGX applications for popular tools like MySQL, NGINX, and Vault. Leveraging the Fortanix Runtime Encryption platform alongside Intel SGX technology, these resources empower organizations handling sensitive information to confidently utilize cloud computing solutions. By integrating IBM Cloud Data Shield, enterprises with critical data can seamlessly deploy and harness the advantages of cloud services while maintaining robust security measures. Moreover, this platform ensures that sensitive operations are executed in a protected environment, further enhancing trust in cloud-based applications.

Prevent misconfigurations rather than halting deployments through automated policy enforcement for Infrastructure as Code. Implement policies designed to avert misconfigurations across platforms like Kubernetes, Terraform, and CloudFormation, thereby ensuring application stability with automated testing for policy infringements or potential issues that could disrupt services or negatively impact performance. Transition to cloud-native infrastructure with reduced risk by utilizing pre-defined policies, or tailor your own to fulfill unique needs. Concentrate on enhancing your applications instead of getting bogged down by infrastructure management by enforcing standard policies applicable to various infrastructure orchestrators. Streamline the process by removing the necessity for manual code reviews for infrastructure-as-code adjustments, as checks are automatically conducted with each pull request. Maintain your current DevOps practices with a policy enforcement system that harmonizes effortlessly with your existing source control and CI/CD frameworks, allowing for a more efficient and responsive development cycle. This approach not only enhances productivity but also fosters a culture of continuous improvement and reliability in software deployment.

Open source, multi-cloud platform to scan, map, and rank vulnerabilities in containers, images hosts, repositories, and running containers. ThreatMapper detects threats to your applications in production across clouds, Kubernetes and serverless. You cannot secure what you can't see. ThreatMapper automatically discovers your production infrastructure. It can identify and interrogate cloud instances, Kubernetes nodes and serverless resources. This allows you to discover the applications and containers, and map their topology in real time. ThreatMapper allows you to visualize and discover the external and internal attack surfaces for your applications and infrastructure. Bad actors can gain access to your infrastructure by exploiting vulnerabilities in common dependencies. ThreatMapper scans hosts and containers for known vulnerable dependencies. It also takes threat feeds from more than 50 sources.

The security and risk management solution for Google Cloud enables you to gain insights into the number of projects you manage, oversee the resources in use, and control the addition or removal of service accounts. This platform helps you detect security misconfigurations and compliance issues within your Google Cloud infrastructure, providing actionable recommendations to address these concerns. It also allows you to identify potential threats targeting your resources through log analysis and utilizes Google's specialized threat intelligence, employing kernel-level instrumentation to pinpoint possible container compromises. In addition, you can monitor your assets in near real-time across various services such as App Engine, BigQuery, Cloud SQL, Cloud Storage, Compute Engine, Cloud Identity and Access Management, and Google Kubernetes Engine. By reviewing historical discovery scans, you can track new, altered, or deleted assets, ensuring a comprehensive understanding of the security posture of your Google Cloud environment. Furthermore, the platform helps detect prevalent web application vulnerabilities, including cross-site scripting and the use of outdated libraries, thereby enhancing your overall security strategy. This proactive approach not only safeguards your assets but also streamlines compliance efforts in an ever-evolving digital landscape.

ARMO guarantees comprehensive security for workloads and data hosted internally. Our innovative technology, currently under patent review, safeguards against breaches and minimizes security-related overhead across all environments, whether they are cloud-native, hybrid, or legacy systems. Each microservice is uniquely protected by ARMO, achieved through the creation of a cryptographic code DNA-based workload identity. This involves a thorough analysis of the distinctive code signature of each application, resulting in a personalized and secure identity for every workload instance. To thwart hacking attempts, we implement and uphold trusted security anchors within the software memory that is protected throughout the entire application execution lifecycle. Our stealth coding technology effectively prevents any reverse engineering of the protective code, ensuring that secrets and encryption keys are fully safeguarded while they are in use. Furthermore, our encryption keys remain concealed and are never exposed, rendering them impervious to theft. Ultimately, ARMO provides robust, individualized security solutions tailored to the specific needs of each workload.

Clair is an open-source initiative designed for the static analysis of security vulnerabilities within application containers, such as those used in OCI and Docker environments. Users interact with the Clair API to catalog their container images, allowing them to identify any potential vulnerabilities by comparing them to established databases. The primary aim of this project is to foster a clearer understanding of the security landscape surrounding container-based infrastructures. Reflecting this mission, the name Clair is derived from the French word that means clear, bright, or transparent. Within Clair, manifests serve as the framework for representing container images, and the project utilizes the content-addressable nature of OCI Manifests and Layers to minimize redundant processing efforts, thereby enhancing efficiency in vulnerability detection. By streamlining this analysis, Clair contributes significantly to the overall security of containerized applications.

Create, store, safeguard, scan, duplicate, and oversee container images and artifacts using a fully managed, globally replicated instance of OCI distribution. Seamlessly connect across various environments such as Azure Kubernetes Service and Azure Red Hat OpenShift, as well as integrate with Azure services like App Service, Machine Learning, and Batch. Benefit from geo-replication that allows for the effective management of a single registry across multiple locations. Utilize an OCI artifact repository that supports the addition of helm charts, singularity, and other formats supported by OCI artifacts. Experience automated processes for building and patching containers, including updates to base images and scheduled tasks. Ensure robust security measures through Azure Active Directory (Azure AD) authentication, role-based access control, Docker content trust, and virtual network integration. Additionally, enhance the workflow of building, testing, pushing, and deploying images to Azure with the capabilities offered by Azure Container Registry Tasks, which simplifies the management of containerized applications. This comprehensive suite provides a powerful solution for teams looking to optimize their container management strategies.

CAST AI significantly reduces your compute costs with automated cost management and optimization. Within minutes, you can quickly optimize your GKE clusters thanks to real-time autoscaling up and down, rightsizing, spot instance automation, selection of most cost-efficient instances, and more. What you see is what you get – you can find out what your savings will look like with the Savings Report available in the free plan with K8s cost monitoring. Enabling the automation will deliver reported savings to you within minutes and keep the cluster optimized. The platform understands what your application needs at any given time and uses that to implement real-time changes for best cost and performance. It isn’t just a recommendation engine. CAST AI uses automation to reduce the operational costs of cloud services and enables you to focus on building great products instead of worrying about the cloud infrastructure. Companies that use CAST AI benefit from higher profit margins without any additional work thanks to the efficient use of engineering resources and greater control of cloud environments. As a direct result of optimization, CAST AI clients save an average of 63% on their Kubernetes cloud bills.

Qualys Cloud Security offers a vulnerability analysis plug-in specifically designed for the CI/CD tool Jenkins, with plans to expand to additional platforms such as Bamboo, TeamCity, and CircleCI in the near future. Users can conveniently download these plug-ins straight from the container security module. This integration allows security teams to engage in the DevOps workflow, ensuring that vulnerable images are blocked from entering the system, while developers receive practical insights to address vulnerabilities effectively. It is possible to establish policies aimed at preventing the inclusion of vulnerable images in repositories, with settings adjustable based on factors like vulnerability severity and particular QIDs. The plug-in also provides an overview of the build, detailing vulnerabilities, information on software that can be patched, available fixed versions, and the specific image layers affected. Given that container infrastructure is inherently immutable, it is essential for containers to be consistent with the original images they are created from, thus necessitating rigorous security measures throughout the development lifecycle. By implementing these strategies, organizations can enhance their ability to maintain secure and compliant container environments.

Root is a cutting-edge supply platform designed to provide autonomous remediation of vulnerabilities within container images and application dependencies, allowing organizations to mitigate security threats seamlessly without interrupting their ongoing workflows. In contrast to conventional security solutions that merely identify or rank vulnerabilities, Root takes a proactive approach by automatically resolving issues in their original locations, ensuring that CVEs are consistently patched across the versions being utilized by teams. This platform seamlessly integrates into existing development pipelines and infrastructure, enabling businesses to safeguard their software stack without the need to rebuild containers, enforce upgrades, or shift registries. With its automated remediation capabilities, Root effectively identifies the images and libraries currently in use, implements precise fixes, and produces secured artifacts that are ready for deployment, all while ensuring compatibility throughout the process. Additionally, the Root Image Catalog offers continuously remediated container images, and the Root Library Catalog efficiently patches open-source dependencies, making it a comprehensive solution for modern security challenges. This innovative approach not only enhances security but also promotes operational efficiency, allowing teams to focus on development rather than security concerns.