Research Article

Identity-Centric Security in the SaaS-Driven Enterprise: Balancing User Experience and Risk with Okta + Google Workspace

Authors

  • Nehal Narendra Singh Netskope Inc., USA

Abstract

The rapid transition from perimeter-based to identity-centric security models has fundamentally transformed enterprise protection strategies in cloud-first environments. This article explores how identity has emerged as the new control plane in SaaS-driven enterprises, focusing on the integration of specialized identity platforms with productivity suites. The article examines federated identity frameworks built on SAML and OAuth/OIDC protocols, investigating how these enable seamless cross-domain authentication while maintaining security boundaries. Conditional access mechanisms are evaluated through the lens of risk-based authentication signals, continuous validation processes, and adaptive policies that dynamically adjust security requirements based on contextual factors. The article further assesses the operational impact of identity-centric architectures, measuring authentication friction, workflow integration patterns, and self-service capabilities that balance security with user autonomy. By quantifying the business value of improved identity experiences, the article demonstrates how properly designed identity frameworks contribute to both security resilience and operational efficiency, providing organizations with strategies to implement Zero Trust principles without undermining productivity.

Article information

Journal

Journal of Computer Science and Technology Studies

Volume (Issue)

7 (9)

Pages

87-96

Published

2025-08-28

How to Cite

Nehal Narendra Singh. (2025). Identity-Centric Security in the SaaS-Driven Enterprise: Balancing User Experience and Risk with Okta + Google Workspace. Journal of Computer Science and Technology Studies, 7(9), 87-96. https://doi.org/10.32996/jcsts.2025.7.9.11

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Keywords:

Identity-centric security, Federated authentication, Conditional access, Zero Trust architecture, Authentication friction