One source of truth for who can reach what.

Identity architecture and platform selection

Most platform comparisons are answered at the wrong level. Single sign-on is a capability, not a product category competing with an identity provider. The question is how much identity architecture the organization needs: centralized sign-in and consistent MFA answer some environments completely, while others need the lifecycle and governance built around them. Paying for the second when you need the first buys capability you will not configure.

Running more than one platform can be entirely correct. Device management, directory services and application access have different requirements, and the best tool for each is not always the same vendor. What cannot be split is authority: one platform is authoritative for downstream identity and access state, even when employment status originates in HR, and the others consume from it.

Sometimes the current platform is fine and the problem is how it is configured. Which controls and signals exist at all depends on the platform, its licensed edition, the endpoint architecture and the application being protected, so we establish those requirements before recommending a platform or an upgrade.

Authentication, MFA and passwordless access

Authentication is where account compromise is either stopped or not. We design the model around it: which factors are accepted and how enrollment and recovery work without becoming the weakest step in the chain.

Phishing-resistant methods bind the credential to the device, so there is no code for someone to relay to an attacker who asked for it. The person verifies locally with a fingerprint, face or device PIN depending on the hardware, and the credential itself stays on the device. Okta FastPass, JumpCloud Go and standards-based passkeys are examples of how this is delivered.

Moving routine sign-in away from reusable passwords removes one of the easiest credentials to phish, reuse and automate against. That reduces the attack surface rather than closing it, so the paths that remain, including recovery flows, legacy protocols and service accounts, are dealt with deliberately.

SSO and application federation

SAML and OIDC integration across your SaaS estate, including the awkward ones: custom authorization servers, API scope design, applications with partial standards support, and platforms requiring bespoke claim mapping.

The design decides what each application trusts from the identity provider: which claims and groups it receives, and how those map to roles inside it. Applications that cannot federate get an alternative path rather than being left outside the model.

We prioritize by risk rather than by ease, so the systems holding your source code, customer data, and money get federated first.

Provisioning, attributes and lifecycle

Automated joiner, mover and leaver flows driven from your HR system through identity into downstream applications. Access is granted by role on day one. At termination it is withdrawn automatically wherever the application's lifecycle support allows. Identity and application controls are used to revoke active sessions where that is supported, and anything that cannot be automated is named and reviewed rather than forgotten.

Role-derived access only works if the data model underneath it does. We design the authoritative attributes, the profile mappings between systems, the group rules that read them, and the application and license assignments those groups drive. A change in the HR system then propagates on its own, every entitlement has a written rule behind it rather than a memory of why someone was added, and the reporting shows that the lifecycle actually ran.

Conditional access and authentication policy

Not every request deserves the same treatment. Access policy reads the context around a sign-in: who the user is and what role they hold, which application they are reaching and how sensitive it is, whether the device is known and managed, how strongly they authenticated, and where the request came from.

Where the platform supports it, a sensitive system can require a managed device and a stronger method, while a request from an unknown device or an unexpected context is challenged or refused. Location is a signal rather than a fact, because IP geolocation is approximate: access from regions where the company does not operate can be restricted, and unusual geography can raise the bar rather than decide on its own.

The aim is that normal access gets easier and abnormal access gets harder.

Access review and privileged access governance

Point-in-time reviews of who holds what, including the grants that never went through a process. We map every entitlement, identify standing privilege, design a group model that replaces individual assignment, and establish a review cadence your leadership can own. The same design has to preserve tightly controlled emergency access, so that a policy or platform failure cannot lock the organization out of its own environment.

The output is structured for audit: an entitlement inventory, a remediation log, and a documented process.

Vendor Review and Vendor Management

New platforms should not gain access to company data simply because somebody needs the product. We review what the platform needs to access, through which integrations or API scopes, how it authenticates, what data it handles, which users or groups require it, and whether its security and compliance posture is appropriate for that scope.

Approval is only the beginning. We define the access that is allowed, the restrictions that apply, who owns the platform, who holds administrative access and how service accounts are governed, how users are provisioned and removed, and when that access needs to be reviewed again. Changes in integrations, permissions, licensing or business use are reassessed rather than inheriting the original approval indefinitely.