Handling LCM for Users in Okta through ServiceNow

Introduction:

The organization’s current onboarding process relies on a manual Help Desk intermediary to bridge the gap between ServiceNow and Okta, creating a high-risk workflow prone to human error and operational bottlenecks. This manual data entry where admins must transpose information from emails frequently leads to incorrect assignments or account lockouts, damaging the brand’s reputation at the very start of the customer journey. Beyond service delays, this reliance on human intervention builds significant “Security Debt” by forcing the organization to grant broad “User Admin” privileges to multiple staff members, violating the Principle of Least Privilege and expanding the attack surface.

Furthermore, the lack of system integration creates a fragmented audit trail, making it nearly impossible to maintain a “golden thread” of accountability between a ServiceNow request and an Okta action. To resolve these vulnerabilities and prepare for scale, the organization is shifting to an automated identity lifecycle; by integrating Okta and ServiceNow directly, they will replace manual entry with a secure, real-time sync that ensures accuracy, closes the audit gap, and allows for growth without increasing the administrative burden or security risk.

Prerequisites:

  • Okta Super Administrator account which has access to Okta workflows.
  • ServiceNow access with a system admin account, including privileges for Flow Designer and REST messages

Technical Presentation:

In this presentation, you will discover how to manage the JML of Okta users within ServiceNow using Okta workflows, the ServiceNow flow designer, REST messages, and the service catalog.

Use case Demonstration:

In the demonstration, you will see a help desk administrator submit a request to handle the JML, as well as the admin’s view on how to integrate Okta workflows with the ServiceNow components.

Conclusion:

In conclusion, transitioning from a “Manual Console” model to a “Request-Driven” automation framework transforms the identity lifecycle from a high-risk bottleneck into a secure, scalable competitive advantage. By integrating the ServiceNow Flow Designer directly with Okta Workflows, the organization effectively eliminates human error and compresses onboarding time from twenty minutes to five seconds, ensuring “Day Zero” productivity for every user.

This architecture successfully pays down “Security Debt” by enforcing the Principle of Least Privilege through API token machine-to-machine communication, while simultaneously closing the “audit gap” with a verifiable “golden thread” linking every system action to a documented request. Ultimately, this modernization allows the organization to scale its customer base without increasing its administrative burden or risk profile, establishing a robust foundation for future growth and governance.

Reference Links:

Rest Message | ServiceNow

Flow Designer | ServiceNow

On-Demand API Endpoint | Okta Workflows

Password Management for Okta Administrators using CyberArk PVWA 

  • Introduction
  • Pre-Requisites
  • Use case Overview
  • Technical Demonstration
  • Conclusion
  • Reference Links

Introduction: 

As Organizations continue to adopt cloud-based identity and access management solutions like Okta, securing administrative access to these platforms has become a top priority. Okta administrators possess elevated privilege allowing them to manage user identities, configure security policies, and access sensitive data. However, this also makes them a prime target for attackers seeking to exploit these privileges. 

To mitigate this risk, it is essential to implement a robust password management solution that can securely store, manage, and rotate administrative credentials. Okta manages password in cloud and the organization desires to manage passwords on-premises using CyberArk Password Vault

To address the integration challenge, we will implement a comprehensive solution that integrates Okta with CyberArk PVWA using SAML 2.0. This integration will enable secure and automated management of Okta admin account passwords, reducing the risk of password-related security incidents and ensuring compliance with regulatory requirements. As part of this solution, two admin accounts will be created in Okta: one non-privileged account to access Okta user dashboard, and a second one Privileged account which will be linked to CyberArk PVWA. The Privileged account will receive a password generated by CyberArk, which will be used for authentication. Using SAML 2.0, the admin will log in to Okta using the privileged account credentials, with the password provided by CyberArk. This will ensure secure and compliant access management and password management processes, streamlining administrative tasks and reducing the risk of security breaches.

Pre-requisites: 

  • Okta tenant, CyberArk PVWA tenant and Active Directory with a Domain. 
  •  Active Directory must be integrated with CyberArk and Okta. 

Use case Overview:

Please refer to the below video to have an understanding about Okta & the use case around integrating CyberArk Password Vault with Okta.

Technical Demonstration:

Here’s the technical walkthrough on the integration between CyberArk Password Vault & Okta.

Conclusion: 

The integration of Okta with CyberArk PVWA provides a comprehensive solution for managing Okta administrator passwords, enhancing security, and improving compliance. By automating password rotation, expiration, and compliance, organizations can reduce administrative burdens and minimize the risk of password-related security incidents. With real-time visibility and control over password management, organizations can respond swiftly on security incidents and ensure the integrity of their identity and access management systems. Overall, this integration provides a robust and scalable solution for securing Okta administrator passwords and protecting sensitive resources and applications. 

Reference Links:

Setup SSO | Okta 

SAML authentication | CyberArk Docs 

Simplifying Server Access with Okta Advanced Server Access

  • Introduction
  • Prerequisites
  • Usecase Overview
  • Technical Demonstration
  • Conclusion
  • Reference Links

Many organizations face difficulties in securely managing access to their servers. This often results in compromised static credentials, delay in accessing the servers and increase in security risks. Okta’s approach to address this problem is unique, comes with Advanced Server Access (ASA) to provide simple & secure way to access the servers through ephemeral certificates. These certificates are short-lived & tightly scoped which ensures strong security for the connection. And also, JIT Passwordless authentication for server access which will create & revoke access for the user through time-bound constraints. It streamlines the login process and enhances security, ensuring that only the right people can access right resources.

To get started, we need to create and configure an ASA team, which is a designated group of users that can authenticate with Okta. Each team acts as an Advanced Server Access tenant, with all configurations and resources scoped to that team. 

  • An Okta Org account with the necessary permissions to configure applications and integrations.
  • Supported OS for ASA Server Agent – Linux & Windows
  • Supported OS for ASA Client Agent – Linux, Windows & MacOS
  • Administrative permission to install ASA Server Agent & Client Agent on servers & end devices.
  • For Network settings, please refer to Okta Docs.

Please refer to the below video to have an understanding about Okta Advanced Server Access & the usecase around integrating servers with Okta ASA.

Here’s the technical demonstration on the integration of Windows and Linux servers with Okta ASA. We will cover the process of creating an ASA team in ScaleFT, followed by integrating and configuring the ASA application in Okta. Next, we will explain how to enroll servers and clients, and finally, we will test the process by accessing the server from client machines to showcase a seamless user experience.

On a closure note, with all the steps carried out in this blog it is fair enough to say integrating Servers with Okta Advanced Server Access not only enhances security through ephemeral credentials but also simplifies management processes while ensuring compliance. Its scalable architecture supports modern cloud environments, making it a comprehensive solution for organizations looking to secure their server access effectively.

Okta Advanced Server Access Guide

SailPoint IdentityIQ SSO Integration with Okta

You have to admit that there are many people who change their password to ‘incorrect’ .That way it always reminds them whenever they enter a wrong password – “your password is incorrect” . Also a survey stated more than 78% of people tend to forget their latest passwords within 21 days of inactivity .

Amidst such scenarios , securing and monitoring the access for any external users like partners, contractors and customers who have access to organizational resources have always been a challenge for many organizations thereby increasing the demand for a centralized login system. Single sign-on (SSO) is an authentication process that allows a user to access multiple applications with one set of login credentials. 

Okta is the one of the leading provider for user authentication and standards-based single sign-on (SSO) for employee, partner and customer identity types. Okta supports and manages SSO for the enterprises with wide range of applications thereby providing a single secured centralized login system.

SailPoint IdentityIQ  supports Single sign-on as one of its supported login configurations . The SSO is based on the SAML protocol which is a standard protocol for the SSO and other security assertions.

In this blog we are going to take a look at the integration of SailPoint IdentityIQ with Okta for Single Sign on.

The following presentation discusses in detail about the integration between SailPoint IdentityIQ and Okta.

The following is the demonstration of steps for configuring Okta as an Identity Provider for SailPoint IdentityIQ

SailPoint IdentityIQ Plugins

Introduced with IdentityIQ 7.1, the plugin framework provides the infrastructure and tools to enable developers to extend the Open Identity Platform to meet a variety of specialized use cases that one might encounter in a non-standard deployment.

SailPoint IdentityIQ 7.1 Plugin Framework provides a dynamic, plugin-specific class loader. It also introduces a simple, supportable, and upgrade-able user experience. The dynamic class loader provides protection for the base classes from modification, and allows for additional security and upgrade-ability.

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SailPoint IdentityIQ SSO Integration with PingFederate

Nowadays, almost every website requires some form of authentication to access its features and content. With the number of websites and services rising, a centralized login system has become a necessity. Single sign-on (SSO) is an authentication process that allows a user to access multiple applications with one set of login credentials. PingIdentity’s PingFederate allows the SSO for the enterprises which have the multiple applications and API’s to protect.

PingFederate is the leading enterprise federation server for user authentication and standards-based single sign-on (SSO) for employee, partner and customer identity types.

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