Software Defined Perimeter Access for Hybrid IT 

The Best Secure Access Approach is Evolutionary not Revolutionary

Next Generation Access Architecture for Protecting Application Infrastructure 

Digital transformation is here.  The migration of applications to the cloud coupled with anywhere access from a myriad of devices has increased the threat surface, and made enterprises more vulnerable to advanced attacks on the application infrastructure.

Traditional security perimeters have shifted and organizations must be able to extend dynamic, on-demand application access to users without compromising security or user experience.  By enabling secure “verified” user and device access to only authorized applications, Pulse Software Defined Perimeter helps customers reduce their exposure to advanced threats, while simplifying connectivity and improving experience.

  • The attack surface is reduced through per-application network segmentation and direct access to authorized applications.
  • Extensive multi-factor authentication and authorization ensures that users, their devices, and the applications they access are continuously verified.
  • Enterprises benefit from improved access responsiveness and application security.

Pulse Secure’s evolutionary approach to deploying Software Defined Perimeter helps customers to invest to expand as needed, and accelerate their digital transformation while protecting their existing investments

CSO ExpertFocus discusses Zero Trust and Software Defined Perimeter

Discover how experts see the deployment and evolution of Zero Trust can help today’s modern enterprise.

Watch how Pulse Secure recommends implementing Software Defined Perimeter

This webinar tackles implementation details on best practices for Zero Trust and SDP to address business challenges our customers face.

Ovum’s On the Radar Report: Pulse Secure Delivers Zero Trust

Read how Ovum assesses connectivity protection, visibility, and threat response across mobile, network, and cloud.

Pulse SDP

Pulse SDP is a Zero Trust secure access architecture for today’s modern application infrastructure.  It enables direct, secure access to individual applications and requires users and their devices to be verified before access is allowed. The result is an enhanced security profile, better device compliance, and an improved user experience while defending against modern security threats and lateral malware spread.

Pulse One (Controller)

Pulse One plays the role of an SDP Controller, providing centralized authentication and policy management.  Pulse One centrally controls policies and publishes them to the gateways. Pulse One is also responsible for centrally authenticating users and then forwarding them to the appropriate gateways based on the application or resource the user is trying to access.  

Pulse Client

A single, unified client gives users SDP, VPNand NAC access for a simple and easy user experience that is consistent across operating systems for increased productivity and reduced help desk calls. 

Pulse SDP – How it Works

SDPOverview D1

Pulse SDP separates the control and data planes to increase scalability and application responsiveness, and to control access through centralized policy distribution and governance.