Zero Trust Micro Segmentation
Security and Automation
Our solution provides a single platform that gives you unprecedented graphic visibility and protection of all your assets across hybrid cloud environments that span on-premises workloads, VMs, containers, and deployments in the public cloud (including Amazon Web Services, Microsoft Azure and Google Cloud Platform). This deep visibility dramatically accelerates the process of identifying, grouping and creating security policies around micro-segments of applications. It does this by completely decoupling itself from the underlying infrastructure, providing context-based zero-trust micro-segmentation, including user identities, process level and fully qualified domain names, and helping you to make data-driven decisions about securing your data centre.
Our Software Defined Segmentation solution enables your SOC team to move more rapidly to a Zero Trust security posture while reducing the cost and complexity of ongoing policy management. Zero trust is achieved by creating micro-zones to control sensitive data assets. Additionally, our platform’s breach detection technology embodies advanced techniques to discover and scope illicit activity, and to identify security breaches within the data centre. It spots anomalies, irregular patterns and suspicious, ongoing, spreading attack processes. It does this using methods such as Dynamic Deception, Security Policies and Reputation Analysis. Our solution completely protects all your data centre infrastructures and automates breach detection in real-time at the earliest phase of an attack.
Apply micro-segmentation policies anywhere your applications run today or tomorrow, spanning public, private or hybrid cloud environments.
Application discovery and dependencies mapping allows you to understand the full context of application dependencies before defining micro-segmentation security policies.
A simple workflow from mapping application dependencies to suggesting and setting rules, so you understand their impact before applying to traffic.
Allows you to set and enforce “process-level” rules to tightly control flows between application components, resulting in the strongest possible security posture.
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