Strengthen Identity Security by Perfecting the Joiners, Movers, and Leavers (JML) Lifecycle

Executive Summary

Effectively managing the identity lifecycle of Joiners, Movers, and Leavers (JML) is crucial for robust identity security within organizations. This process entails ongoing access management as identities evolve over time, ensuring the right individuals have timely access to necessary resources, while also removing it when their roles change or leave the organization. The blog highlights essential strategies to optimize the JML processes, ultimately reinforcing security and compliance.

👉 Read the full article from Delinea here

The Importance of the JML Process in Identity Security

Defining the JML Lifecycle

An identity’s lifecycle is segmented into three pivotal stages: Joiner, Mover, and Leaver. This management framework addresses critical access provisioning events to effectively safeguard an organization’s data and resources.

Understanding Joiners

Joiners refer to new employees or machines integrated into your organization. It’s vital to establish a systematic access authorization protocol, enabling these identities to gain the necessary permissions without delay. Ensuring that new joiners have immediate access to resources can boost productivity and streamline onboarding processes.

Managing Movers

Movers are individuals or systems that undergo changes in their roles or responsibilities within the organization. This stage emphasizes the need for adaptive access management, where roles evolve and the associated permissions must be modified accordingly. Efficient tracking and timely adjustments play a key role in maintaining security while allowing operational flexibility.

Handling Leavers

Leavers are those who exit the organization or whose access is no longer required. Implementing a stringent offboarding process that promptly revokes access prevents data breaches and unauthorized use of resources. Additionally, adhering to compliance standards during this phase mitigates risks and safeguards sensitive information.

👉 Explore more insights and details in the article from Delinea here