Passwordless credential issuance still creates identity friction

At a glance

What this is: This is an analysis of passwordless adoption friction, with the key finding that credential issuance and lifecycle complexity, not authentication theory, is what slows security progress.

Why it matters: It matters because IAM teams need to align human authentication, NHI issuance patterns, and lifecycle governance so users do not bypass controls when the process becomes cumbersome.

By the numbers:

• By 2022, Gartner predicted that 60% of global companies will use passwordless solutions to authenticate their users and devices, and 90% of mid-size businesses will.
• 42% of employees admit to frequently ignoring company policy just to do their job.

👉 Read Axiad's post on removing credential issuance friction in passwordless adoption

Context

Passwordless authentication reduces password dependency, but it does not remove identity lifecycle work. Organisations still have to issue, bind, update, and recover credentials across devices, users, and access scenarios, and that workflow is often where adoption stalls. For IAM teams, the problem is not simply whether passwordless works, but whether the process is simple enough that people will actually use it.

The primary governance issue is usability under control. When users must navigate multiple platforms, enrolment steps, and device-specific workflows, they escalate to the help desk or look for shortcuts. That creates a human identity risk pattern with NHI-like lifecycle implications: if issuance and recovery are slow, the control plane loses user adherence and the security model weakens.

Key questions

Q: How should security teams reduce passwordless friction without weakening control?

A: Security teams should simplify enrolment, recovery, and device replacement so the approved path is the easiest path. Passwordless fails when users must navigate too many platforms or steps, because they either contact IT or work around policy. A single governed portal, clear device binding, and fast recovery procedures reduce both support load and bypass behaviour.

Q: Why do passwordless programmes still need strong lifecycle governance?

A: Passwordless shifts risk from passwords to issuance, recovery, and revocation. If those lifecycle steps are slow or unclear, users lose access, request exceptions, or reuse weaker paths to keep working. Strong lifecycle governance keeps the credential trusted throughout its usable life, not just at initial enrolment.

Q: What breaks when users cannot quickly issue or replace a credential?

A: The control breaks at the point of use. Users either wait for the help desk, lose productivity, or create workarounds that bypass policy. In practice, difficult enrolment turns a security control into a bottleneck, which undermines adoption and increases the chance of informal exceptions.

Q: How do organisations know passwordless is actually working?

A: Look for lower help-desk demand, fewer failed enrolments, fewer exception requests, and fewer policy overrides. If those signals are not improving, the programme may be technically sound but operationally unusable. A working passwordless programme is one that users can complete without friction and without bypassing controls.

Technical breakdown

Credential issuance workflows and user friction

Passwordless environments rarely rely on a single credential type. Users may need mobile authenticators, hardware tokens, smart cards, or platform-bound certificates, each with its own enrolment flow. The technical problem is not authentication strength, but orchestration across management systems, device checks, and provisioning steps. When those steps are fragmented, the user experience becomes the control failure. A control that is difficult to complete is often a control that will be bypassed or deferred.

Practical implication: consolidate enrolment paths so users can issue and recover credentials through a single governed workflow.

Lifecycle management for human credentials

Credential lifecycle means issuing, updating, revoking, and re-issuing access material as people change roles, devices, or trust factors. In passwordless programmes, lifecycle handling is critical because the credential itself becomes part of the access policy. If recovery and replacement are slow, users lose access or ask IT to override process. That makes lifecycle governance a security control, not an administrative task.

Practical implication: treat credential lifecycle events as access governance events and build clear recovery and revocation processes.

Why web-based enrolment reduces bypass behaviour

A web-based portal can reduce user effort by collapsing multiple enrolment steps into a familiar interface. That matters because the more effort a control requires, the more likely users are to invent workarounds. The article’s example of one-click issuance shows the architectural goal: minimise decision points, avoid device confusion, and keep the user inside a governed path. Simplicity is not a convenience feature here; it is a compliance mechanism.

Practical implication: design passwordless enrolment so the easiest path is also the compliant path.

Breaches seen in the wild

• IOS app secrets leakage report — iOS apps leaking hardcoded secrets and credentials endangering user privacy.
• MongoBleed breach — MongoBleed exposed secrets across 87K MongoDB servers.

Read our 52 NHI Breaches Analysis report for a comprehensive view of breaches impacting Non-Human Identities including AI Agents.

NHI Mgmt Group analysis

Passwordless programmes fail first at issuance, not at authentication. The article shows that users do not reject stronger authentication in principle; they reject workflows that are too slow, too fragmented, or too hard to recover from. That is a governance problem, because control adoption depends on whether the identity journey is operationally tolerable. The practitioner lesson is to measure friction as a security risk, not just a user-experience metric.

Credential lifecycle is the hidden control plane in passwordless adoption. Issuance, recovery, and device replacement are the moments when policy either holds or breaks. If those moments require help-desk intervention or unclear enrolment paths, organisations create pressure for informal exceptions. The implication is that passwordless cannot be managed as a point control; it has to be governed as a lifecycle.

One-click issuance is really an anti-bypass design pattern. The value is not the speed itself, but the reduction in occasions when users reach for unsafe workarounds. When a security process is easier to complete than to avoid, compliance improves without constant enforcement pressure. Practitioners should treat simplicity as a governance property of the control stack.

Human identity programmes and NHI programmes are converging on the same operational truth. Whether the identity subject is a person, a device, or a service, the lifecycle breaks down when enrolment and recovery are too hard. That means identity teams need one governance model for issuance reliability, even if the credentials differ. The practitioner conclusion is that passwordless maturity depends on lifecycle design, not just authentication method selection.

From our research:

• 97% of NHIs carry excessive privileges, increasing unauthorised access and broadening the attack surface, according to Ultimate Guide to NHIs.
• Only 5.7% of organisations have full visibility into their service accounts, which is why lifecycle and access governance fail so often in practice.
• That visibility gap is why teams should also review 52 NHI Breaches Analysis for patterns in exposed credentials and missed offboarding.

What this signals

Passwordless adoption will stall wherever identity teams treat issuance as a one-time event. The operational reality is that credentials must be created, replaced, and recovered repeatedly, and every one of those moments is a governance test. Teams that want passwordless to stick should design for low-friction recovery and clear ownership before scaling rollout.

Credential workflow design is now a shared concern across human IAM and NHI governance. The same programme discipline that prevents service-account sprawl also prevents users from bypassing passwordless controls when enrolment is painful. For practitioners, the signal is clear: lifecycle simplicity is part of security architecture, not a post-deployment optimisation.

For practitioners

• Map enrolment friction end to end Document every step a user takes to issue or replace each credential type, then remove duplicate approvals, platform hopping, and redundant device checks. Keep the path short enough that users do not need IT intervention for routine issuance.
• Unify credential recovery workflows Define a single recovery path for lost, replaced, or re-enrolled credentials so users do not fall back to unsafe exceptions. Make revocation, re-issuance, and device attestation part of the same governed process.
• Measure bypass pressure as a security signal Track help-desk volume, failed enrolments, exception requests, and policy overrides together. Rising workaround behaviour is an indicator that the control design is driving non-compliant access paths.
• Keep compliant issuance easier than workarounds Use a web-based portal or equivalent front door that keeps users inside the approved path for issuing and updating credentials. The objective is to make the secure route the lowest-effort route.

Key takeaways

• Passwordless authentication does not solve identity friction if credential issuance and recovery are difficult.
• Support calls, failed enrolments, and policy overrides are practical indicators that the control design is too complex.
• Security teams should optimise the full credential lifecycle so the compliant path is faster than any workaround.

Key terms

• Passwordless Authentication: An authentication approach that replaces passwords with stronger authenticators such as devices, biometrics, or cryptographic credentials. The security gain depends on how reliably those authenticators are issued, bound, recovered, and revoked across the full lifecycle.
• Credential Lifecycle: The set of processes that govern a credential from issuance through replacement and revocation. In practice, lifecycle quality determines whether the control remains usable, trusted, and supportable, especially when users change devices, roles, or access needs.
• User Friction: The operational effort a person must spend to complete an access or security workflow. High friction is not just a usability issue. It often predicts help-desk load, policy bypass behaviour, and failed adoption of otherwise sound identity controls.
• Issuance Workflow: The sequence of steps required to create and activate a credential for a user or device. A strong workflow keeps enrolment simple, repeatable, and governed, while a weak one forces users into multiple systems and increases the chance of abandonment or workarounds.

Deepen your knowledge

Passwordless credential lifecycle governance is a core topic in our NHI Foundation Level course, the industry's only accredited NHI security programme. If your team is balancing user friction with stronger authentication, this is a useful place to start.

This post draws on content published by Axiad: Don’t let issuing credentials stand in your way to passwordless. Read the original.