Microsoft Global Secure Access (GSA) is a cloud-native security solution designed to support the Zero Trust architecture by enabling secure access to both private and public resources.
It provides users with secure, identity-based access to corporate applications, SaaS platforms, and internet resources, without relying on traditional VPNs or perimeter-based security models.
It’s part of the Microsoft Entra Suite and includes two key components:
- Microsoft Entra Private Access – Focused on securing access to internal, private applications.
- Microsoft Entra Internet Access – Focused on securing and managing access to internet and SaaS applications.
Key Features of Global Secure Access
- Zero Trust Access:
- Grants access based on user identity, device compliance, real-time risk, and conditional policies.
- Verifies every request before granting access to resources.
- No VPN Required:
- Replaces traditional VPN solutions with cloud-based secure connectivity.
- Offers better performance, lower latency, and a seamless user experience.
- Comprehensive Threat Protection:
- Monitors user traffic and enforces security policies to protect against malware, phishing, and other internet-based threats.
- Blocks malicious websites and suspicious activities based on URL categorization and reputation.
- Granular Application Control:
- Enables administrators to enforce application-level access for private, SaaS, and internet apps.
- Provides per-app Conditional Access policies for tighter security.
- Integration with Microsoft Ecosystem:
- Works seamlessly with Microsoft Entra ID (Azure AD), Microsoft Defender for Endpoint, and Microsoft Intune.
- Uses existing Conditional Access and identity protection policies.
- Traffic Routing and Inspection:
- Routes traffic through Microsoft’s secure network for policy enforcement and inspection.
- Provides traffic analytics and insights for troubleshooting and compliance.
- Support for Hybrid Environments:
- Allows access to both cloud-based and on-premises resources, ensuring seamless connectivity in hybrid environments.