TL;DR
Google Enterprise and Okta deliver unified Zero Trust security by pairing Okta Identity Threat Protection with Chrome Enterprise and Android Enterprise APIs. This integration enables real-time device posture evaluation, cryptographic hardware session binding (DBSC), automated session revocation upon threat detection, and self-service user remediation on mobile devices.
The old security perimeter is gone. Today’s critical battleground sits directly inside the endpoint and the browser, where SaaS workflows live and identity attacks like token theft are surging.
Together, Google and Okta are transforming those everyday touchpoints into proactive Zero Trust defenders across Android and Chrome. But rather than just reading about what we’re up to, come experience it live at Oktane.
At Oktane, we’ve put together a dedicated lounge designed for real conversations, networking, and great coffee to help fuel the day. Stop by to chat with our engineering and product leads, see live walkthroughs of our latest integrations in action, and catch our breakout session to learn how this collaboration unlocks new services and value for your clients.
Here’s a quick look at what’s on tap, both in our booth and on stage.
Turning the browser into a first-class security perimeter with Chrome Enterprise
Because the browser is now the de facto operating system for enterprise work, securing identity at sign-in is no longer enough. Okta and Google Chrome Enterprise have partnered to turn the browser into an active, continuous enforcement point:
- Session revocation: Using Okta Identity Threat Protection, Okta continuously evaluates risk post-authentication and communicates directly with managed Chrome browsers. When suspicious activity or token theft is detected, an automated workflow purges local session cookies through the Chrome Clear Browsing Data API in real time—severing hijacked sessions at the endpoint.
- Chrome Enterprise Universal Enrollment: Available in the Okta Integration Network, this allows IT teams to enforce managed Chrome profiles across managed and unmanaged (bring your own device, or BYOD) devices without complex identity synchronization.
- Real-time browser device trust: Using the Chrome Device Trust Connector, Okta evaluates browser and device posture in real time. Chrome can now evaluate local security signals—such as blocking sign-in attempts directly at the browser layer if third-party antivirus software is missing or inactive.
- Device Bound Session Credentials (DBSC): Okta worked with Google Cloud as a key design partner on DBSC. By cryptographically binding user sessions to the endpoint hardware through Chrome, DBSC is designed to prevent stolen session cookies from being replayed from an attacker's machine, helping neutralize session hijacking at the root.
- Seamless macOS and FastPass workflows: Support for Apple’s Extensible Single Sign-On (SSO) plug-in on macOS enables smooth Okta FastPass passwordless sign-ins directly inside Chrome.
Hardening mobile Zero Trust with Android Enterprise and Okta Device Assurance
Securing mobile access has historically meant balancing security controls against user friction, often resulting in fragmented policies across corporate-owned and BYOD fleets.
Through Okta’s deep integration with Device Trust from Android Enterprise, Okta Device Assurance bundles multiple granular, real-time security posture signals directly into access policies. By combining Okta Verify Advanced with Device Trust, administrators can assess device integrity before granting access to sensitive enterprise apps:
- Hardware and OS integrity: Enforce specific OS patch compliance and verify hardware-backed device integrity levels.
- Proactive risk checks: Detect whether USB debugging is enabled, screen locks are active, or Google Play Protect is running.
- Phishing-resistant authentication: By leveraging Android’s investment in passkeys and other technologies, organizations can help ensure that user credentials are protected against phishing and man-in-the-middle attacks.
Crucially, this integration provides user-friendly remediation. When an Android device falls out of compliance, users receive clear, actionable steps to remediate the issue themselves, preserving IT bandwidth and keeping teams productive and more secure. Together, these innovations bridge the gap between human identity and device signals, providing stronger systems security and alignment to Zero Trust infrastructure investments.
Join our session at Oktane!
While you’re visiting our lounge to see what we’re doing on the endpoint with Android and Chrome, you won’t want to miss our joint session tackling the next frontier of identity: autonomous AI agents.
As organizations move beyond static LLM chatbots toward fully autonomous agents that execute workflows, query databases, and trigger actions across systems, the identity perimeter must evolve rapidly. Securing this new agentic workforce requires the same enterprise-grade governance, least-privilege access, and real-time policy controls applied to human employees.
Join leaders from Okta, Google, and Databricks for an in-depth breakout session exploring identity-first architecture on Thursday, September 24, from 12-12:30 p.m.
These materials are intended for general informational purposes only and are not intended to be legal, privacy, security, compliance, or business advice. ©2026 Okta, Inc. and/or its affiliates.
