Infostealer-driven session hijacking allows attackers to access corporate SaaS platforms, cloud consoles, and internal applications as authenticated users, bypassing MFA and leaving limited forensic evidence, which translates directly into data breach exposure, operational disruption, and regulatory liability. For organizations in financial services, healthcare, or any sector with federated identity tied to sensitive data, a single stolen session cookie can be the entry point for a material breach. DBSC represents a meaningful long-term mitigation, but the window between awareness and full IdP adoption is an active risk period that demands compensating controls.
You Are Affected If
Your organization uses Google Chrome as the primary enterprise browser on Windows endpoints
Your identity provider (Okta, Microsoft Entra ID, or similar) has not yet implemented DBSC server-side support
Your enterprise device fleet includes systems without TPM 2.0 hardware, which cannot participate in DBSC binding
Your environment relies on long-lived session cookies for SaaS or internal web application access without short re-authentication intervals
Your threat model includes infostealer malware families such as LummaC2, which actively target browser credential and session token stores
Board Talking Points
Google has introduced a hardware-based protection in Chrome 146 that makes stolen login session tokens useless to attackers, directly countering the infostealer malware technique responsible for a growing share of enterprise breaches.
Security teams should audit whether our identity providers support this new standard and prioritize adoption once available, targeting full deployment within one to two browser release cycles.
Without this protection in place, stolen session cookies from a single infected endpoint can grant attackers full authenticated access to corporate systems, bypassing multi-factor authentication entirely.