Best IT Security Software for Kubernetes - Page 8

The only real-time, analytics-driven multicloud monitoring solution for all environments (formerly SignalFx). Monitor any environment on a massively scalable streaming architecture. Open, flexible data collection and rapid visualizations of services in seconds. Purpose built for ephemeral and dynamic cloud-native environments at any scale (e.g., Kubernetes, container, serverless). Detect, visualize and resolve issues as soon as they arise. Monitor infrastructure performance in real-time at cloud scale through predictive streaming analytics. Over 200 pre-built integrations for cloud services and out-of-the-box dashboards for rapid visualization of your entire stack. Autodiscover, breakdown, group, and explore clouds, services and systems. Quickly and easily understand how your infrastructure behaves across different services, availability zones, Kubernetes clusters and more.

In today’s world, where a data breach seems like a daily event, employing effective cybersecurity is critical. While cloud-based systems offer rapid development and instant scalability, the risk of unintentionally growing the attack surface on those systems increases significantly. The key to managing your cloud security starts with identifying vulnerabilities and continues with rapid remediation. A critical first step to securing your cloud is to ensure proper configurations and standards compliance of your critical infrastructure and access management services. Terraform is an open-source infrastructure as a code software tool that provides a consistent CLI workflow to manage hundreds of cloud services. Terraform codifies cloud APIs into declarative configuration files.

Cloudentity increases development velocity, audit efficiency and risk mitigation by advancing fine-grained authorization policy management and delivering continuous, transaction-level enforcement across hybrid, multi-cloud and microservice environments. Externalize authorization management that empowers developers to efficiently create policy-as-code, provision standardized controls, and invoke contextual access and data exchange enforcement as close to the service as possible. Accelerate application delivery by expediting security validation with full data lineage for audit, forensics and compliance. Cloudentity provides dynamic authorization governance that delivers policy automation and adaptive control ensuring Zero Trust between users, apps, services and data. Automate app, service and API inventory, authorization policy standardization, and declarative authorization provisioning to streamline release security verification.

Gain granular visibility with engineering technologies, systems, and processes, all the way from code to deployment. Easily connect Cider to your ecosystem and seamlessly integrate security without interrupting engineering. Optimize your CI/CD security, based on a set of prioritized risks and recommendations tailored to your environment. Cider seamlessly integrates with all systems across your CI/CD and provides you with a comprehensive and accurate analysis of all technologies, frameworks, and integrations which exist in the environment. Cider maps all intelligent connections within your environment to create end-to-end visibility over the full CI/CD journey, all the way from SCM user to an artifact deployed to production. Assess the posture of your engineering systems and processes. Analyze your environment against realistic attack scenarios and identify the controls required to reduce your CI/CD attack surface.

Runtime attack analysis, threat assessment, and targeted protection for your infrastructure and applications. Stay ahead of attackers and neutralize zero-day attacks. Observe attack behavior. ThreatStryker observes, correlates, learns and acts to protect your applications and keep you one step ahead of attackers. Deepfence ThreatStryker discovers all running containers, processes, and online hosts, and presents a live and interactive color-coded view of the topology. It audits containers and hosts to detect vulnerable components and interrogates configuration to identify file system, process, and network-related misconfigurations. ThreatStryker assesses compliance using industry and community standard benchmarks. ThreatStryker performs deep inspection of network traffic, system, and application behavior, and accumulates suspicious events over time. Events are classified and correlated against known vulnerabilities and suspicious patterns of behavior.

Open source, multi-cloud platform for scanning, mapping, and ranking vulnerabilities in running containers, images, hosts, and repositories. ThreatMapper discovers the threats to your applications in production, across clouds, Kubernetes, serverless, and more. What you cannot see, you cannot secure. ThreatMapper auto-discovers your production infrastructure. It identifies and interrogates cloud instances, Kubernetes nodes, and serverless resources, discovering the applications and containers and mapping their topology in real-time. Use ThreatMapper to discover and visualize the external and internal attack surface for your applications and infrastructure. Exploiting known vulnerabilities in common dependencies is one of the easiest ways for bad actors to gain a foothold within your infrastructure. ThreatMapper scans hosts, containers, and applications for known vulnerable dependencies, taking threat feeds from over 50 different sources.

Calamu Protect automatically fragments data across multiple separate storage locations while at rest, in an environment called a data harbor, which instantly nullifies the impact of a data breach or ransomware attack. Protects against data theft and extortion. Fragmented data is worthless to cyber attackers. Automatically self-heals from cyber attacks. Data remains available as if nothing happened. Meets data privacy regulations. Geo-fragmented storage enables compliance with international laws and standards. Calamu Drive works seamlessly with existing employee data and document workflows using Windows File Explorer or macOS Finder. It’s transparent to users that files are being protected in a virtual data harbor, safe from ransomware and evolving threats. Calamu Connectors provide nearly unlimited access to a data harbor, whether you’re protecting data in an Amazon S3 bucket, on local servers, or database snapshots.

Bridging observability with automated orchestration for self-managed, resilient applications at scale. Every second, huge volumes of data are generated by observability and monitoring tools, capturing metrics, logs, and traces about all aspects of complex, dynamic applications. Yet it’s still up to humans to troubleshoot and make sense of all this data. They are locked in a never-ending cycle of responding to alerts, identifying root causes, and determining the best action for remediation. The process hasn’t changed fundamentally in decades, and it’s still labor-intensive, reactive, and costly. Causely removes the need for human troubleshooting by capturing causality in software, closing the gap between observability and action. For the first time, the entire lifecycle of detection, root cause analysis, and remediation of defects in applications is fully automated. With Causely, defects are identified and resolved in real-time, so applications can scale with high performance.

Plerion simplifies cloud security, protects your environment, and offers full transparency under one platform with the click of a button. Get clarity across your infrastructure with a single view to get more done together and crush risks before they begin. Plerion is the platform to replace them all. Empowered by Plerion’s Security Graph, customers can now prioritize the most critical risks with actionable context, that is based on business impact. This provides the opportunity to greatly reduce alert fatigue and accelerate threat detection and response. Our platform reduces MTTD (mean time to detection) and MTTR (mean time to respond) with enriched, contextualized data that allows for better, faster decisions. Plerion tracks and manages your security position with a platform that can scale with you as you grow.

A self-managed, active security platform with full-stack observability for containers and Kubernetes. Calico Enterprise is the industry’s only active security platform with full-stack observability for containers and Kubernetes. Calico Enterprise extends the declarative nature of Kubernetes to specify security and observability as code. This ensures consistent enforcement of security policies and compliance, and provides observability for troubleshooting across multi-cluster, multi-cloud and hybrid deployments. Implement zero-trust workload access controls for traffic to and from individual pods to external endpoints on a per-pod basis, to protect your Kubernetes cluster. Author DNS policies that implement fine-grained access controls between a workload and the external services it needs to connect to, like Amazon RDS, ElastiCache, and more.

Prioritize your top business-critical risks with clear and actionable insights. Continuously harden your Kubernetes availability. Learn from others and avoid repeating their mistakes. Eliminate risks before they cause incidents. Stay up to date with visibility across all your infrastructure layers. Catalog containers, clusters, add-ons, and dependencies. Consolidate insights across clouds, on-prem, and more. Get alerted about all EOL and incompatible versions. Never use spreadsheets or custom scripts again. Chkk’s mission is to enable developers to proactively prevent incidents from happening by learning from others and not repeating known mistakes. Chkk's collective learning technology mines and curates known errors, failures, and disruptions that the Kubernetes community (comprising users/operators, cloud providers, and vendors) has encountered, ensuring that past mistakes are not repeated.

Levo.ai gives enterprises unparalleled visibility into their APIs while continuously discovering and documenting internal, external and partner/third-party APIs. Enterprises can then see the risk from their apps and prioritize it based on the sensitive data flows, AuthN/AuthZ usage and several other criteria. Levo.ai then continuously security tests all apps and APIs to find vulnerabilities in the SDLC as early as possible.

eLxr Pro from Wind River is a commercial enterprise-grade Linux solution designed for cloud-to-edge deployments, supporting mission-critical workloads like AI, machine learning, and computer vision. Built on the open-source eLxr distribution, eLxr Pro offers flexible, long-term support, security monitoring, and ongoing updates. It ensures compatibility with hardware accelerators and compliance with industry standards. By providing expert consultative services and performance optimizations, eLxr Pro helps businesses scale their edge computing solutions while managing costs, security, and resources effectively.

Only StackRox provides comprehensive visibility into your cloud-native infrastructure, including all images, container registries, Kubernetes deployment configurations, container runtime behavior, and more. StackRox’s deep integration with Kubernetes delivers visibility focused on deployments, giving security and DevOps teams a comprehensive understanding of their cloud-native infrastructure, including images, containers, pods, namespaces, clusters, and their configurations. You get at-a-glance views of risk across your environment, compliance status, and active suspicious traffic. Each summary view enables you to drill into more detail. Using StackRox, you can easily identify and analyze container images in your environment with native integrations and support for nearly every image registry.

A seamless open source interface to securely authenticate, control and audit non-human access across tools, applications, containers and cloud environments via robust secrets management. Secrets grant access to applications, tools, critical infrastructure and other sensitive data. Conjur secures this access by tightly controlling secrets with granular Role-Based Access Control (RBAC). When an application requests access to a resource, Conjur authenticates the application, performs an authorization check against the security policy and then securely distributes the secret. Security policy as code is the foundation of Conjur. Security rules are written in .yml files, checked into source control, and loaded onto the Conjur server. Security policy is treated like any other source control asset, adding transparency and collaboration to the organization’s security requirements.