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Unified protection for pods and serverless functions throughout build, CI/CD, deploy and runtime.
Full visibility into cloud VM, container and function activity in real time.
Proactively scan OS, container images and function code across pipelines and runtime for known CVEs and misconfigurations.
Automatic detection and blocking of anomalies and malware at runtime across hosts, containers and serverless workloads.
Segment workloads to prevent lateral movement, enforce host‑to‑host controls inside virtual networks.
Protect pod‑level activity, enforce workload policy and prevent drift across Kubernetes clusters.
Enforce least‑privilege IAM, detect code injection, and halt functions exhibiting hostile behavior.
Secure virtual machines across public, private and bare‑metal servers. Vulnerability prioritization and intrusion prevention in one UI.
Monitor container execution, enforce least‑privilege access, detect anomalies and stop threats in pods and Fargate tasks.
Apply policy at deployment and runtime, secure pod‑to‑pod and cluster‑wide communications, limit drift and exposures.
Enable secure function orchestration from build to runtime, with scanning, permissions analysis and behavior enforcement.
Define network‑level zones and restrict east‑west traffic among linked services to limit attack surface.
End‑to‑end Cloud Workload Protection for hosts, containers and functions.
Real‑time visibility across the application stack with automatic alerts.
Scans at build time plus runtime policy enforcement, no release delays.
Limit lateral movement to reduce risk of spread or privilege escalation.
Netmate Information Technology delivers trusted expertise and tailored support to help your business stay secure, connected, and future-ready.
It secures virtual machines, containers, Kubernetes-based applications and serverless functions with both agent-based and agentless options.
It observes system behavior in real time, detects malicious actions, and blocks activity automatically closing gaps beyond static scans.
Yes. We embed scanning in pipelines and enforce container runtime security policies during deployment and execution.
Policy-based pod and inter‑service controls, image registry validation and lateral‑movement prevention across clusters.
It enforces fine‑grained, host‑to‑host or pod‑to‑pod segmentation inside the network fabric, limiting internal threat propagation.
