Microsoft security built around your real environment.

Build an identity foundation that protects users, administrators, applications, workloads, agents, and external collaborators.

What This Includes

• Phishing-Resistant Authentication. Passkeys, FIDO2 security keys, certificate-based authentication, authentication strengths, registration policies, and secure recovery processes.
• Privileged Access & Identity Governance. Microsoft Entra PIM, just-in-time activation, approval workflows, access reviews, lifecycle governance, role design, and emergency access.
• Application, Workload & External Identities. Enterprise applications, service principals, managed identities, guest access, external collaboration, workload access, and identity ownership.

Phishing-resistant authentication is an organizational rollout program, not a single technical policy.

Translate Zero Trust principles into understandable, testable, and recoverable access controls.

What This Includes

• Conditional Access Architecture. Policy consolidation, naming standards, exclusions, authentication contexts, session controls, and dependency documentation.
• Risk & Authentication Controls. Authentication strengths, sign-in risk, user risk, device compliance, workload context, and location-based requirements.
• Safe Deployment & Recovery. Report-only testing, staged enforcement, impact analysis, emergency access, rollback planning, and operational runbooks.

A strong Conditional Access design should be explainable, testable, and recoverable when something goes wrong.

Connect protection and response across endpoints, identities, email, applications, and cloud workloads.

What This Includes

• Defender Deployment. Microsoft Defender for Endpoint, Defender for Office 365, Defender for Identity, Defender for Cloud Apps, and Defender for Cloud.
• Threat Protection & Exposure Reduction. Attack surface reduction, endpoint detection and response, vulnerability management, email protection, alert tuning, and security baselines.
• Investigation & Response. Incident correlation, investigation workflows, remediation processes, escalation paths, operational readiness, and post-incident reviews.

Defender delivers the greatest value when its signals are connected and the team knows how to investigate and respond.

Use device configuration, compliance, and risk signals to strengthen access decisions across the organization.

What This Includes

• Device Management. Microsoft Intune enrollment, Windows Autopilot, configuration profiles, application deployment, update management, and device lifecycle controls.
• Endpoint Protection. Microsoft Defender Antivirus, endpoint detection and response, attack surface reduction, security baselines, application control, and device hardening.
• Device Trust & Conditional Access. Compliance policies, Defender device risk, mobile application management, BYOD controls, and Conditional Access integration.

Intune compliance and Defender device-risk signals must align with Conditional Access or device trust becomes inconsistent.

Discover, classify, protect, retain, and govern information across Microsoft 365, Copilot, and AI.

What This Includes

• Information Protection.
• Data Lifecycle & Compliance. Data Loss Prevention, retention, records management, audit, eDiscovery, information barriers, and regulatory controls.
• Data Risk & Oversharing.

Data security must follow information across SharePoint, Teams, Exchange, OneDrive, Copilot, and connected AI experiences.

Secure cloud workloads and AI solutions through identity-first architecture, controlled data access, and continuous visibility.

What This Includes

• Azure Security Architecture. Microsoft Defender for Cloud, cloud posture management, workload protection, RBAC, network controls, logging, monitoring, and secure landing-zone patterns.
• Secure Application & AI Access. Managed identities, Microsoft Entra ID, Key Vault, least-privilege access, private networking, workload identities, and removal of embedded credentials.
• Agent & AI Governance.

Use managed identity instead of embedded keys wherever possible, restrict data access, protect network paths, and monitor the actions taken by applications and agents.