Key Takeaways
- Authentication and identity proofing solve different problems. The former checks session validity, and the latter verifies the human behind the request.
- Microsoft Entra is strong at authentication enforcement, but real-world identity proofing during recovery isn’t the purpose.
- Attackers increasingly target recovery flows, MFA resets, and helpdesk exceptions instead of trying to break primary authentication.
- AI has weakened traditional human-based recovery checks like voice verification, visual inspection, and conversational judgment.
- Combining high-assurance identity proofing with Microsoft Entra Verified ID helps close the assurance gap during high-risk identity moments.
You’ve invested in account takeover prevention. You’ve set up Microsoft Entra, MFA, and strict sign-in policies. Every session has to meet your rules. And still, attackers may find a way in.
Give your business the boost of a fully automated, KYC process. No geographical limits and fast, frictionless onboarding verification processes enhance customer’s experience.
There’s a reason for this. You’re likely missing a key part of the verification process. MFA, password, passwordless sign-in, and sign-in risk signals are all great, but these authentication methods only keep fraud out of the front door. If you want to protect your business on all fronts, you need to watch your side door, too. That’s what identity proofing handles.
Authentication vs. Identity Proofing: Why They’re Not the Same Thing
Authentication is all about determining whether a login session should be allowed through:
- Providing the correct password
- Approval through MFA
- Using a trusted device
- Checking location
Authentication answers the question: Is this a valid session under policy?
Identity proofing goes a step further, establishing identity confidence by relying on evidence such as:
- Government ID verification
- Face match to ID photo
- Liveness detection (real human present)
- Fraud checks on documents/device/behavior
- Trusted credentials previously issued
- Step-up identity re-verification during risky moments
Identity proofing answers the question: Is this the real person behind the request?
For a deeper explanation of the concept, read AU10TIX’s guide to ID proofing.
Microsoft Entra is built to enforce access decisions. Identity proofing is the evidence layer that verifies the real-world person behind the recovery request.
Here’s an example: A fraudster unsuccessfully tries to log in using Entra. The system works and protects the company’s data.
But what if they choose one of the following options:
“I lost my phone.”
“I don’t have the authenticator app.”
“I’m locked out.”
“I need urgent access from a new device.”
Choosing any of the above surpasses Entra’s core purpose, which is access control. Without identity proofing that really verifies whether the person is a.) real and b.) who they say they are, attackers can take advantage of recovery steps and easily manipulate human-assisted processes.
Microsoft Entra is excellent at authentication enforcement and risk-based access control, but real-world identity proofing depends on verified identity evidence from outside the normal access-control plane. Using a third-party identity proofing provider strengthens Entra’s recovery flows and protects the side doors attackers often target.
The 5 High-Risk Identity Moments in Microsoft Entra Environments
Attackers who’ve studied Entra don’t waste time trying to get through authentication controls. They look for opportunities for entry that have weaker security, such as account recovery, MFA resets, device replacement, and helpdesk exceptions.
That is why Microsoft Entra recovery needs a stronger identity proofing layer during account lockouts, MFA resets, device replacement, and other high-risk moments.
1. Account Recovery After Lockout
A locked-out user wants access fast, and executives need fast access. A greater sense of urgency can cause human approval paths to accept weaker evidence. Helpdesk teams may make quick judgment calls on partial data or use subjective judgment instead of verifiable identity evidence.
2. MFA Reset or Re-Enrollment
When MFA methods are reset, the attacker doesn’t need to defeat MFA, they need to replace it.
This can happen through:
- Requesting assistance from the helpdesk
- Self-service password resets
- Requesting MFA method changes
These workflows favor scale and availability and don’t factor in an attacker’s use of advanced AI to trick authentication protocols.
3. Device Replacement
Purchasing a new phone or laptop is common, but it’s also the perfect cover-up. If device trust is one of your main controls, replacing the device means rebuilding trust. Without proofing, attackers can regain access using weaker controls.
4. Step-Up Checks for Sensitive Actions
Attempting to access any of the following is a high-risk moment:
- Admin privileges
- Payroll
- MFA phone number updates
- Access to sensitive systems
These permissions also need strong identity evidence, even if they’re already logged in.
5. Post-Incident Restoration
After a breach, organizations need to restore access quickly. This is dangerous because your team is stressed, timelines are shorter, and users need help now. Attackers exploit these scenarios, betting on companies needing to get users access immediately, rather than spending time thoroughly vetting everyone again.
The assurance gap is when authentication signals weaken while business urgency increases.
Give your business the boost of a fully automated, KYC process. No geographical limits and fast, frictionless onboarding verification processes enhance customer’s experience.
Why AI Has Broken Human-Based Recovery Verification
In the past, enterprises assumed that trained employees could evaluate whether a recovery request felt right or wrong. This is why security checks used to just consist of:
- Helpdesk calls
- Visual ID checks
- Manager approvals
- Conversational verification
- Gut decisions
These methods worked well enough when scams were expensive and inconsistent. But AI has completely changed that. Relying on humans makes it easy for attackers to abuse recovery flows and take over accounts. By using AI, attackers have disproved what we believed for years: that documents were always valid, audio was from a live speaker, and a live video feed reflected a real person in front of a camera.
Attackers can now reply, manipulate, fake complete identities, or embed synthetic identity signals into the verification process, manipulating the system into approvals, instead of looking for evidence that the person is who they say they are.
So even though an employee may catch the occasional fraudster, they can’t detect thousands of AI-assisted attacks at once.
For more on this broader threat landscape, see AU10TIX’s guide to fraud detection and prevention.
How Identity Proofing & Microsoft Entra Verified ID Closes the Assurance Gap
The solution isn’t to employ more personnel. During times of high pressure and increased urgency, teams may still rely on judgment calls just to get users back up and running. That is exactly where recovery becomes risky.
To close the gap, Entra should not be asked to guess whether a recovery requester is the right person. Instead, the architecture should separate responsibilities:
- Microsoft Entra: access orchestration, Conditional Access, authentication enforcement, and recovery workflow control
- Identity proofing provider: real-world identity verification using documents, biometrics, liveness, and fraud checks
- Microsoft Entra Verified ID: a way to issue, present, and verify trusted claims during recovery and other high-risk workflows
In this model, Microsoft Entra remains the policy and access-control layer. The identity proofing provider verifies the person using evidence such as a government ID, liveness detection, face matching, and fraud checks. Microsoft Entra Verified ID then gives the organization a way to use verified claims during recovery or other high-risk workflows.
When a high-risk moment occurs:
- Entra signals that stronger assurance is needed.
- The user is routed to a high-assurance identity proofing workflow.
- Identity is verified using evidence, such as document checks, liveness, and fraud signals.
- A verifiable credential is issued if proofing succeeds.
- Entra uses that credential and completes the action.
High-assurance identity proofing:
- Validates that it’s a real human trying to log in or request access
- Verifies identity documents
- Resists deepfakes
- Uses evidence that is strong and reusable
Human Escalation Still Has a Role
Completely eliminating human checks isn’t the goal. The objective is not to rely on subjective human judgment as the main trust mechanism for identity decisions. Humans shine when handling true exceptions, not as the first line of defense in what are usually high-risk, pressure-filled situations.
Most enterprises measure their identity authentication by how strong their login controls are, but this doesn’t show a full view of what needs protection.
The real proof that your security is effective is revealed when authentication fails.
When an employee loses a device. When an executive needs urgent access. When an admin requests an MFA reset. When the helpdesk is under pressure.
These moments prove whether your security model holds or becomes an open door for attackers. Microsoft Entra has raised the standard for authentication enforcement, but identity proofing software fills in the gaps for when attackers know what to do next.
Give your business the boost of a fully automated, KYC process. No geographical limits and fast, frictionless onboarding verification processes enhance customer’s experience.
FAQ
What is identity proofing in enterprise security?
Identity proofing is the process of verifying that a person is truly who they claim to be before granting access, restoring credentials, or approving a sensitive action. In enterprise security, it uses evidence such as government ID checks, biometrics, liveness detection, fraud signals, and trusted credentials.
How is identity proofing different from multi-factor authentication?
Multi-factor authentication checks whether a user can satisfy login requirements, such as approving a push notification or using a security key. Identity proofing verifies the real person behind the request. MFA protects access, while identity proofing helps confirm the human when credentials, devices, or recovery paths are in question.
What is step-up authentication and when does Entra trigger it?
Step-up authentication asks users for stronger verification when risk increases or when they try to perform a sensitive action. In Microsoft Entra environments, this can happen during risky sign-ins, admin role elevation, security setting changes, access to sensitive apps, or MFA method updates.
What is workforce identity proofing?
Workforce identity proofing verifies that an employee, contractor, or administrator is the real person tied to a workplace identity. It is useful during onboarding, account recovery, MFA reset, device replacement, payroll changes, privilege elevation, or other moments where trusting only credentials creates risk.
