Segment Workloads in Clouds, VPCs, VNETs, and Processes

Overview
The Problem
Solution Overview
Benefits
Use Cases
Unsere Plattform
Resources
FAQ
Request a Demo

Enhance security for your workloads, anywhere

Gain clear visibility into workload activity, reduce the attack surface, and implement fine-grained segmentation policies for workloads in data centers or clouds.

The Problem

Legacy architectures weren't built to secure modern workloads

Many enterprises rely on legacy segmentation architectures to stop lateral movement of threats. Unfortunately, these architectures rely on firewalls or VLANs, which have inherent issues.

Complexity

Frequent rearchitecting of networks as applications grow

Rules explosion

Increased risk of misconfigurations that break workloads

Siloed tools

Various point products to segment workloads at different layers of hybrid clouds

Solution Overview

A new architecture for workload segmentation in the hybrid cloud

Segment workloads across and within multiple clouds, regions, availability zones, VPCs, and data centers.

Benefits

Segment your workloads with a modern zero trust architecture

Eliminate lateral movement

with a zero trust architecture

Reduce complexity

with a cloud native architecture and integrated platform

Achieve consistent policy

across all your on-premises and cloud environments

Use Cases

Get Complete Visibility

Streamline Policy Management

Stop Lateral Movement

Gain complete visibility into resources

Obtain a comprehensive, detailed inventory of assets, with an overview of all traffic flows between workloads.

Streamline policy management with real-time, AI-suggested rules

Simplify operations with automated policy recommendations based on real-time traffic and workload insights. Leverage AI-assisted rule suggestions to ensure comprehensive coverage.

Eliminate lateral movement of threats

With host-based segmentation, automatically create granular segmentation policies for traffic at the application level. Reduce the attack surface by restricting east-west traffic with zero trust principles.