Automating Zero Trust from Dev to Runtime
AccuKnox simplifies the process of securing your workloads against software supply chain issues, vulnerabilities, misconfigurations and malicious adversaries.
Legacy and non-cloud-native security tools, add complexity, costs and delays. AccuKnox simplifies the process, from development to runtime by:
AccuKnox starts with Security Observability, by discovering workloads and analyzing application behavior at the kernel level, including process, network, file access and auto-generates zero trust policies customized for each application.
We identify known issues, and recommend protections to implement guard rails to detect, protect and even contain attacks. This Policy-as-Code coupled and observability enable continuous compliance monitoring, incident detection and alerting.
Unified Security Policies across multi-environment and multi-cloud
Simplified policy as code in GitOps that enables visibility and enforcement across environments and clouds. From AppArmor, SELinux and SecComp to on-premise bare metal, and all major clouds.
Security Observability with Application Insights
Understand what your applications (and embedded software) are actually doing, including process execution, forking, network and file access. Detect changes and risky behavior in dev, staging and production.
Identify security vulnerabilities in images before they’re deployed, and implement appropriate policies to restrict their usage.
Implement policies in Audit mode to continuously monitor the workloads for deviations from NIST, PCI and other standards. Get high-value, actionable alerts for your SecOps team – or enforce Runtime Security and implement guard rails for risky behavior.
Quickly and easily enforce least privileges policies for your application workloads. AccuKnox hardens the application, limiting process execution & forking, file & directory access, and even implements network segmentation and firewalling at layers 3, 4 and 7. These policies are automatically customized on a per-workload basis and can be instrumented in your GitOps workflow.
AI-driven Anomaly Detection
Developed in partnership with the Stanford Research Institute (SRI), our advanced AI successfully detects a variety of anomalous and malicious activity, including cryptomining, ransomware and more.
Run Securely Anywhere
Monitor and protect your workloads however and wherever they run: In Containers, Kubernetes, virtual machines, or bare metal. In private, public, hybrid cloud, edge or IoT, or even within 5G infrastructure.
High-performance Agentless Approach
AccuKnox is a high-performance solution that leverages existing linux kernel primitives at the host level to monitor app behavior and enforce security policies. And by automating policy discovery and deployment, LSMs like AppArmor and SELinux can be extremely powerful.
CNCF supported OpenSource, KubeArmor
KubeArmor is an official CNCF project, originally developed by AccuKnox and open sourced.
Zero Trust for Network, Application and Data
AccuKnox simplifies the process of securing your workloads against software supply chain issues, vulnerabilities, misconfigurations and malicious adversaries. Our open source and enterprise solutions protect the Application, the Data and the Network.
Built on open source
WHO IS USING ACCUKNOX?
Empowering DevSecOps teams
Gain critical insights into application behavior, validating 3rd party and open source software concerns
Address concerns from security via GitOps – without meetings
Enable security teams to implement specific controls with full visibility and approvals
Set baseline security policies that move with workloads
Gain Security Visibility into changes in vulnerabilities and attack surface
Get real-time alerts to security incidents
Validate compliance with PCI, CIS Standards Quickly and confidently respond to CVEs and zero-day fire drills
Accelerate release cycles and reduce complexity of coordinating security and code changes
Automate and orchestrate workflows
Improve uptime and reliability with real-time telemetry
Agentless deployment reduces costs & complexity