Container and Kubernetes Security

What we do

Unified Development To Runtime Protection
Across The Container Lifecycle

Contextual Risk Assessment for Every Container

Detect and prioritize the most critical risks in your containerized environments with correlation across the container and Kubernetes security control plane, eBPF runtime, and cloud posture. Identify internet-exposed containers, vulnerabilities, excessive permissions, malware, and exposed secrets.

Runtime Threat Protection, Prevention, and Remediation

Stop malicious threats such as container breakouts and privilege escapes with the ability to triage all the way down to malicious code commits via image provenance. Remediate container processes and attack paths and build guardrails for preventing insecure deployments via unified admission policies that strengthen your container and Kubernetes security strategy.

Build Trusted Gateways For Secure Development and Deployment

Secure container images from development to runtime through unified scanning of images from CI/CD, Registry all the way to runtime. Build guardrails for deploying secure image artifacts via policies with rich exception management to meet the needs of your development teams.

How we do it

Runtime-First Container Security That Spans The Development Lifecycle

Uptycs enables a comprehensive approach that combines runtime-first posture management with behavioral detection, response, and prevention across the development lifecycle. Detect and remediate malicious threats and exploitable vulnerabilities with root cause analysis, going all the way to the source code and repository with full image provenance. This solidifies container and Kubernetes security throughout the process.

Powerful scanning, detection, and
remediation tools for the hybrid cloud

Complete Visibility and Risk Assessment Of Every Container Workload

Continuous Scanning For Any Environment: Broad support for both cloud and on-prem orchestration planes including Amazon EKS/ECS, Fargate, Microsoft AKS, Google GKE, KOPS, and Red Hat OpenShift across hybrid cloud environments.
Kubernetes and Container Discovery: Context rich topology from cluster all the way down to individual container process, file events, and network activity.
Unified Risk Prioritization: Prioritize and mitigate the most critical risks with correlated insights across eBPF runtime threats, vulnerabilities, malware, secrets, internet exposure, and identity risk such as excessive permissions and escalation of privileges.

Detect, Protect, and Prevent Threats In Real-Time

Real-Time Detection & Response: Detect against threats and suspicious activity including lateral movements, privilege escalations and over privileged service accounts.
Runtime Protection Engine: Automatically stop and prevent malicious attacks such as reverse shells, cryptominers, ransomware, fileless malware, and more.
Development To Runtime Image Provenance: Triage attacks that target malicious code injection in the development pipeline with full image provenance with visibility from code commits to runtime.
Admission Controls For Governance: Control what gets deployed in your environment across any Kubernetes resource via Gatekeeper policies, boosting container and Kubernetes security.

Secure Your Development Pipeline With Flexible Guardrails

CI/CD and Registry Integration: Integrate vulnerability scanning into your build pipeline and container registries by scanning container images before they are deployed into production.
Image Security Policies: Block deployments of images that don't meet your baseline criteria. Leverage rich exception management to establish paved roads with software development teams while still moving at cloud speed.
Software Pipeline Posture: Stop insecure code from being checked in and deployed into runtime with full software pipeline posture across GitHub repositories, CI/CD, registry and runtime mapped to CIS guidelines.