FORESCOUT – ZERO TRUST PLATFORM
Today’s enterprise environments include cloud-based services, mobile workloads and a growing number of unmanaged devices. Security pros are realizing that maintaining perimeter defenses around a trusted network is no longer a viable security strategy and are searching for a new way to protect the network from the impacts of hacking and breaches.
Anticipating the failing of a perimeter-focused strategy, Forrester Research analysts developed the Zero Trust Model of information security built on the assumption that any person or device with access to an organization’s data is a threat to the enterprise. Zero Trust protects sensitive data by limiting access to only those who require it and strictly enforcing access through intelligent access control and network segmentation.
CISOs now use the Zero Trust eXtended (ZTX) Ecosystem to identify and map relevant tools and technologies that enable their Zero Trust strategies. The Forescout platform aligns directly with the Zero Trust framework from the top down to bring full visibility of all IP- and OT-connected devices, detect changes in device security state and execute segmentation policies across the infrastructure.
If visibility is the strategy, Forescout is the platform. Download the Whitepaper to learn more.
Analyst Spotlight – Forrester
“A key piece of this whole thing is knowing what is supposed to be occurring, being able to control it and then respond to it.”
– Dr. Chase Cunningham, Principal Analyst at Forrester
Have questions? Learn how the Forescout platform enables a Zero Trust framework strategy, including specific capabilities, technology and features, in our Frequently Asked Questions document.
Read how the Forescout solution extends device visibility and control across Zero Trust’s seven key dimensions of a typical enterprise environment from networks and devices to people and workloads.
See how Forescout solves for Zero Trust. Review the current challenges when implementing Zero Trust and discover how Forescout addresses them in real time without requiring agents.