Persistent Unity Ensures 2X Faster IAM Application Onboarding

Our Platform-Neutral, Vendor-Agnostic Access Modernization Tool Streamlines Access Policy Lifecycle Management

Identity and Access Management Simplified, End to End

Modern enterprises operating across borders in a hybrid work environment with an ever-expanding network and increasingly shared IT infrastructure must ensure the right users can access the right applications at the right time. To do this effectively, they need to overhaul their Identity and Access Management (IAM) systems to support the needs of a growing user base and applications against an evolving threat landscape.

Persistent Unity, our in-house access modernization solution, accelerates the application migration process twofold. Unity automates and federates IAM app onboarding business processes across input gathering, validation, hand-offs, and reviews to trigger hidden efficiencies, deeper collaboration, and improved cost optimization. A single-pane control for access policy lifecycle management empowers security teams to reprovision applications with new attributes to meet evolving security needs.

The Only Platform-Neutral, Vendor-Agnostic Access Modernization Solution
Persistent Unity offers comprehensive functionalities to meet every need, from discovery to migration and management of applications for enhanced access-based security protocols.

2X Faster App Onboarding

Fast-tracks application onboarding to any IAM platform of choice

40% Reduction in Migration Timelines

Automates application requirement gathering with a templatized input form and supports multi-platform deployments

40% Overhead Reduction with Uniform Policy Lifecycle Management

Enables reprovisioning of new application attributes right on the platform without the need to start over, automates certificate renewals for continued protocol compliance

50% Reduction in Operational Costs with Federated Administration

Promotes self-service by empowering application owners to pool application attributes and integrate them with the target platform in a lower environment