Plurilock DEFEND™
for Amazon Workspaces
Continuous zero trust identity confirmation in Amazon Workspaces environments
Securing Amazon Workspace Environments
DEFEND Zero Trust Identity Solution
With a growing number of workers operating in hybrid and remote environments, companies have been implementing virtual infrastructure to provide access to sensitive company data off-site.
Enterprises that implement virtualization can realize savings from the staff costs and resources required of traditional device-centric infrastructure and provide a solution to BYOD situations. But organizations are still vulnerable to credential compromise and other forms of unauthorized access in these environments.
The result? The possibility of a breach. Unauthorized users accessing sensitive materials within virtual sessions.
How can you realize the benefits of virtual environments while minimizing the risk of unauthorized access?
Continuous identity confirmation
Plurilock DEFEND™ protects virtual sessions in real time.
Plurilock DEFEND acts as a frictionless and flexible identity confirmation solution that continually verifies the identity of the session’s authorized user without impacting their productivity.
Monitor user identity throughout the session, regardless of application, to verify and confirm that the right user is still in control.
Reduce IT support requirements and frustration churn while maintaining the strongest possible level of identity confidence.
Protect BYOD and managed VDI endpoints, remote workforces, and large work environments with regulatory compliance requirements.
Achieve zero trust with an architecture that provides continuous, adaptative identity feedback to allied systems.
Compatible Systems
Endpoint/Edge Device Configuration
- Industry standard x64 computer systems
- Windows 10 or 11 Home, Pro, Workstation, or Enterprise
- Hardware keyboard and pointing device (not touchscreen)
Amazon WorkSpaces Configuration
- Amazon WorkSpaces client for Windows version 4.0.6 or newer
- VDI sessions configured to use PCoIP protocol
How does it work?
