OLOID + Microsoft Azure AD

Passwordless access for cloud-hosted applications and services

Enable secure, context-aware access to applications and workloads running in Microsoft Azure while OLOID delivers phishing-resistant authentication and continuous session protection across shared and personal endpoints.

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Features & benefits

Multiple modes for establishing identity at your workplace Modern physical access for smartphone & non-smartphone users

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Strengthening Azure Access with Modern Authentication

Extend your Azure environment with modern authentication and session security by combining Azure’s cloud platform with OLOID’s passwordless identity layer.

Cloud Workloads with Strong Identity Assurance

Protect access to Azure-hosted applications, virtual desktops, and services using OLOID’s phishing-resistant authentication.

One Access Model for Every Workforce Type

Support desk-based, mobile, and frontline users with consistent authentication across personal and shared devices.

Security Decisions Powered by Context

Use Azure user, device, and posture signals alongside OLOID’s session intelligence to enforce adaptive access policies.

Consistent Sign-In Across Azure Resources

Deliver a uniform login experience for cloud apps, containers, and virtual environments hosted in Azure.

Fast Adoption Without Infrastructure Rebuild

Deploy OLOID on top of existing Azure deployments without redesigning identity or application architecture.

Key Capabilities & Use Cases

Capability Description Benefit
Phishing-Resistant Access for Azure Apps Enforce strong credentials for users accessing Azure-hosted applications and services Reduces credential-based attacks
Shared & Frontline Device Enablement Enable fast user switching on kiosks and shift devices while remaining Azure-managed Secure handoff between users
Policy-Based Access Using Device Signals Combine Azure device compliance and identity signals with OLOID session policies Blocks risky access with minimal friction
Continuous Session Risk Monitoring Monitor sessions and trigger re-authentication when risk or posture changes Prevents misuse after login
Unified Authentication Experience Deliver consistent login across Azure-hosted workloads Improves adoption and reduces support burden
Layered Security Architecture Add OLOID without replacing Azure identity or applications Accelerates rollout and lowers operational impact

How It Works (Architecture Overview)

Below is a representative flow for using OLOID + Microsoft Azure together:

  1. User Requests Access

    A user attempts to open an application or service hosted in Azure.

  2. Authentication Routed to OLOID

    The authentication flow is routed through OLOID to enforce passwordless credentials and policy checks.

  3. Identity & Context Evaluation

    OLOID evaluates user identity, device posture, session context, and Azure-provided signals.

  4. Access Enforcement

    If policy conditions are met, access is granted and a secure session is established.

  5. Ongoing Session Oversight

    OLOID continuously monitors session behavior and can require re-authentication or terminate access if risk conditions arise.

Benefits You Can Quantify

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Save Time

Save 45–60 seconds per authentication & reclaim hours of clinician time every week
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Reduce IT Burden

80% fewer password‑reset tickets means IT teams focus on higher‑value work
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Stronger Security

Phishing‑resistant factors and real‑time policy controls
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Happier Clinicians

Frictionless login keeps attention on patient care, not passwords

Compliance & Certifications

EPCS
Security & Privacy Rules
Authenticator Assurance
Level 2/3
Audited infrastructure

Frequently Asked Questions (FAQ)

Does OLOID replace Azure’s native authentication services?

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No. Azure continues to provide identity and application hosting services. OLOID complements Azure by adding passwordless authentication and session security.

Can OLOID be used for both cloud and virtual desktop access?

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Yes. OLOID supports authentication for Azure-hosted applications, virtual desktops, and container-based workloads.

How does this differ from OLOID + Entra ID?

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The Azure integration focuses on securing access to cloud-hosted workloads, while Entra ID focuses on directory-based identity and authentication. They are commonly used together.

What authentication methods are supported?

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OLOID supports FaceVault™ biometrics, mobile passkeys, FIDO2 credentials, QR codes, NFC badges, and PIN as a fallback.

Accelerate Your Journey to Passwordless Cloud Access

Modernize how your workforce accesses Azure-hosted applications and services with OLOID’s privacy-first, passwordless identity platform.

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