A password looks inexpensive. It is a string of characters, a login field and a database record. From that perspective, password-based authentication can appear to be one of the simplest pieces of digital infrastructure a business operates.
The real cost appears later.
Employees forget passwords. Customers lose access. Helpdesk teams handle resets. Security teams investigate compromised credentials. IT departments maintain recovery systems, multifactor authentication, access policies and legacy exceptions designed to compensate for weaknesses in the original authentication model.
This is the authentication cost hidden behind password-based identity.
For Market Insiders, the relevant question is therefore not whether passwords work. They clearly do, and businesses have relied on them for decades. The more important question is how much organisational complexity is required to keep them working safely at scale — and whether that cost still makes sense as passwordless alternatives mature.
The Password Is Free Until Someone Forgets It
The direct technical cost of creating a password credential is tiny. The operational cost of supporting that credential throughout its lifecycle is not.
A user forgets the password and starts a reset. The reset email does not arrive, so they contact support. An employee changes devices and loses access to an authentication method. A customer enters the wrong credential repeatedly and locks the account. A compromised password triggers additional investigation.
Each incident may appear minor in isolation, but at organisational scale they become repetitive operational work.
The password therefore creates an unusual cost structure. It is cheap to issue, but potentially expensive to maintain.
That makes the economics of authentication different from the economics of many other digital features. The business does not pay primarily when the password is created. It pays whenever the credential fails, is forgotten, is stolen or needs to be recovered.
Password Resets Are an Operations Problem
The familiar “Forgot password?” link hides an entire workflow.
The system must verify identity, send recovery messages, manage tokens, expire reset links and prevent attackers from abusing the recovery mechanism. When automated recovery fails, the task moves to customer service or internal IT.
In workforce environments, this can become particularly repetitive. FIDO Alliance’s 2026 workforce research found that among organisations already rolling out passkeys, 35% reported reductions in helpdesk tickets for password resets, while 45% reported faster employee login times. The survey covered 1,400 decision-makers in organisations with at least 500 employees across ten countries, so the figures should be read as evidence from that population rather than a universal business benchmark.
The significance is not the precise percentage.
It is that authentication design can change the workload of an IT organisation.
A login method that fails less often does not merely improve UX. It removes tickets before they need to be handled.
Helpdesk Cost Is Only the Visible Part
Password-reset tickets are relatively easy to see because they appear in support systems.
Other costs are less obvious.
Employees lose productive time while waiting to regain access. Managers become involved when identity verification is unclear. Security teams create procedures for high-risk resets. Systems need audit logs and abuse protection. Customer-support agents require training around account recovery.
The cost is distributed across departments, which makes it difficult to recognise as a single category.
There is rarely a line in the financial statements called “password complexity.”
Instead, the cost appears as slightly more support headcount, slightly longer onboarding, slightly more security engineering and slightly more downtime whenever access fails.
That distribution is precisely why password-based identity can remain operationally expensive without looking expensive.
The Business Pays When Credentials Are Stolen Too
The cost of passwords is not limited to legitimate users forgetting them.
Attackers can steal them.
Verizon’s 2025 Data Breach Investigations Report found that stolen credentials were involved in about 88% of breaches classified as Basic Web Application Attacks, illustrating how central compromised credentials remain in that specific attack pattern. Verizon’s broader findings also continued to show strong overlap between social engineering and credential abuse.
A compromised credential creates a completely different category of business cost.
Incident response.
Fraud investigation.
Account restoration.
Customer communication.
Potential downtime.
Security remediation.
Regulatory or contractual consequences depending on the nature of the incident.
The password is therefore unusual because the same mechanism creates both support cost when users cannot remember it and security risk when attackers manage to obtain it.
Businesses Compensated by Building More Authentication Around the Password
Most organisations did not respond to password weaknesses by removing passwords.
They added more layers.
SMS codes.
Authenticator apps.
Security questions.
Backup codes.
Risk-based verification.
Device approvals.
Recovery emails.
These controls can substantially strengthen authentication, but they also expand the identity system that must be maintained.
Now the organisation is not managing one credential. It is managing a credential ecosystem.
The employee has a password plus an authenticator app.
The customer has a password plus SMS recovery.
Administrators may use stronger authentication again.
Legacy applications may require different rules.
Contractors may have separate access processes.
Each additional layer solves a real security problem while simultaneously creating another operational process.
Authentication Complexity Becomes Identity Complexity
As organisations grow, identity management stops being simply a login issue.
Employees join.
Employees leave.
Roles change.
Contractors gain temporary access.
Administrators receive privileged accounts.
Customers change devices.
Systems move to the cloud.
Applications are added through acquisitions or departmental purchases.
The organisation must continuously answer a fundamental question:
Who should still have access to what?
Recent FIDO Alliance and HID research illustrates how complicated this environment has become. In a 2026 survey of 500 IT and cybersecurity decision-makers across five countries, 59% of organisations reported managing three or more credential or authentication systems, while 58% said digital identity management had become more complex during the previous two years.
Passwords are only one part of that complexity, but they often sit at the centre of it.
Onboarding Creates Credentials — Offboarding Must Destroy Them
Identity systems have a lifecycle.
When an employee joins, the organisation creates accounts and permissions. When that employee changes position, access may need to change. When they leave, credentials must be revoked.
The first process usually receives more attention because a new employee needs access immediately to begin working.
The second and third are easier to neglect.
The same 2026 FIDO/HID research found a gap between confidence and reality in access revocation: 94% of surveyed organisations believed they could revoke physical and digital access within 24 hours, yet 35% reported having experienced delays or failures in doing so during the previous two years.
This demonstrates why authentication cannot be evaluated only at login.
An identity system must also know when the login should stop working.
That is an operational governance problem, not simply a technical one.
Recovery Is Often More Expensive Than Authentication
On a normal day, authentication is straightforward.
The expensive scenarios are the exceptions.
The employee loses a phone.
The customer no longer has access to the old email account.
A device is replaced.
A hardware security key disappears.
An executive is travelling and cannot complete the usual verification.
At that point, the business needs a recovery process capable of distinguishing a legitimate user from an attacker pretending to be that user.
This is difficult because account recovery often requires bypassing parts of the authentication model precisely when the system has the least certainty.
A weak recovery system undermines strong authentication.
An excessively strict one creates support costs and user lockout.
The challenge is therefore not simply to design a secure sign-in method. It is to design an identity lifecycle in which failure does not become an organisational emergency.
The Customer Experience Cost Appears Before the Support Cost
The recently published Targeted.gr article “Login Friction: How Authentication Can Cost Brands Conversions” examines another dimension of the same problem: the customer can abandon a checkout, account creation or digital service before the authentication failure ever becomes a support ticket.
From a business perspective, this means password-based identity can create two costs simultaneously.
The visible operational cost comes from helping users who contact the company.
The invisible commercial cost comes from the users who simply leave.
The second group is particularly difficult to measure because they may never explain what happened. Analytics may show an abandoned checkout or failed login, but not the frustration behind it.
Authentication cost therefore exists both inside the support organisation and inside lost customer behaviour.
Security Teams Pay for Password Hygiene
Passwords also create an ongoing governance requirement.
Organisations need policies around credential storage, compromise detection, password managers, MFA, privileged access and account recovery. Security teams must monitor credential leaks and defend against phishing or credential stuffing.
Even when the password itself remains unchanged, the infrastructure around it continues evolving because attackers evolve.
This creates an asymmetry.
The user still sees two familiar boxes: username and password.
Behind those boxes, the company may operate years of accumulated security controls designed to make that apparently simple interaction safe.
The front end remains simple because the complexity has been moved into the organisation.
Forgotten Passwords Create Productivity Loss
For internal workforce systems, the cost of failed authentication is not limited to the IT employee handling the ticket.
The person who cannot log in may be unable to perform their job.
A five-minute authentication issue across thousands of employees can become significant lost time when repeated throughout the year.
This is one reason faster authentication has business value beyond convenience.
In FIDO’s 2026 workforce survey, 45% of organisations that had begun passkey rollout reported faster employee login times, while 43% reported improved employee satisfaction with IT.
Again, these outcomes vary by implementation. But they highlight an important principle: authentication is a high-frequency workflow.
An improvement of a few seconds or the removal of an occasional reset may appear trivial once.
Repeated across an entire workforce, it becomes operational efficiency.
Passkeys Change the Cost Model
Passkeys do not make identity management free.
They shift where the complexity lives.
Instead of relying on a shared secret that users must remember and businesses must protect, passkeys use public-key cryptography and local device authentication.
For the organisation, the potential benefit is that several recurring password problems disappear together.
There is no reusable password for the user to forget.
There is no password for an attacker to steal through a traditional phishing page.
There is no reason for the user to create another variation of an existing credential.
Microsoft explicitly notes that passkeys can reduce credential resets and helpdesk calls, while synced passkeys can lower recoverability and reissuance costs compared with device-bound credentials because users can regain access through their existing credential providers.
The economic argument is therefore broader than “passkeys are easier”.
They can remove entire categories of repetitive identity work.
But Passwordless Migration Has a Cost Too
There is a danger in discussing passwordless authentication as if businesses can simply switch passwords off.
Migration itself creates work.
Applications need support.
Users need enrolment.
Recovery procedures must be redesigned.
Legacy systems may not support modern authentication.
Helpdesk teams need training.
Administrators need different policies from ordinary users.
Organisations may temporarily operate passwords and passkeys in parallel.
That hybrid period can actually increase complexity before it reduces it.
This is why the business case needs a longer horizon.
Passwordless authentication should not be judged only on implementation cost. It should be compared with the multi-year operating cost of continuing to maintain the existing identity model.
The Hybrid Period May Be the Hardest Stage
A fully password-based organisation has one familiar problem.
A mature passwordless organisation may eventually have a different but more streamlined model.
The transition between them can be messy.
Some users have passkeys.
Others still use passwords.
Certain applications support modern authentication.
Others depend on legacy credentials.
Recovery flows need to work for both populations.
Support staff need to understand which authentication method each user is attempting.
This can create temporary identity complexity.
The organisation is effectively maintaining the future and the past at the same time.
That means a successful migration needs more than technology deployment. It requires clear phasing, communication and retirement plans for older authentication methods.
Without the retirement stage, passwordless authentication can become another layer rather than a simplification.
Passwordless Adoption Is Becoming a Workforce Strategy
Passkeys are moving beyond consumer authentication.
FIDO Alliance’s 2026 workforce survey found that 68% of organisations surveyed were deploying, piloting or rolling out passkeys for employee authentication.
That does not mean passwords have disappeared from enterprises. Far from it.
But it does indicate that passwordless authentication is increasingly being evaluated as workforce infrastructure rather than simply a consumer UX feature.
The motivations are also revealing. Separate 2026 FIDO/HID research found that 45% of respondents cited reducing phishing and credential-based breaches as the leading driver toward passwordless authentication, while 44% cited reducing IT costs associated with password resets and helpdesk workload.
Security and cost reduction are therefore not separate arguments.
They are becoming part of the same identity strategy.
The Authentication Cost Is Also a Coordination Cost
As identity infrastructure grows, responsibility can become fragmented.
Security owns authentication policy.
IT manages devices.
HR controls employee status.
Application owners grant permissions.
Customer support handles recovery.
Compliance teams define audit requirements.
Each group may operate correctly within its own domain while the overall identity lifecycle becomes difficult to coordinate.
This connects with a broader principle already explored in Market Insiders through “The Cost of Complexity”: additional systems do not only create more capability; they create more interfaces between teams, policies and decisions.
Authentication is a particularly clear example.
The business does not pay only for the identity technology.
It pays for the coordination required to keep identity accurate across the organisation.
The Real Cost of a Password Is Its Entire Lifecycle
Businesses often evaluate authentication at the point of implementation.
How expensive is the identity provider?
How much engineering is required?
What licences do we need?
Those are important questions, but they capture only part of the economics.
A better calculation considers the complete credential lifecycle:
creation,
authentication,
reset,
recovery,
security monitoring,
device replacement,
role changes,
revocation,
and eventual retirement.
A credential that is cheap to create but expensive to support for five years may not be cheaper overall than one requiring greater initial implementation effort but less ongoing intervention.
This is where authentication cost becomes a business metric rather than merely an IT budget item.
Not Every Business Needs the Same Authentication Model
Passwordless authentication should not become another technology trend implemented without context.
A small content website, a bank, an internal enterprise system and a consumer marketplace face very different identity risks.
Some accounts require extremely strong authentication.
Others may not require accounts at all.
Some organisations need device-bound credentials for privileged users, while synced passkeys may make more sense for ordinary users. Microsoft, for example, recommends stronger device-bound approaches for highly privileged administrators while positioning synced passkeys as suitable for many non-admin users.
The strategic objective is therefore not:
Remove every password immediately.
It is:
Use the lowest-friction authentication model that appropriately protects the risk involved.
That approach can reduce both security exposure and unnecessary operational work.
Account Recovery Should Be Designed as Infrastructure
One mistake organisations can make is focusing heavily on the primary login and treating recovery as a secondary feature.
In reality, recovery is part of the authentication architecture.
A strong system should answer several questions before failure occurs.
What happens when the user loses every trusted device?
How does the organisation verify identity without recreating a weak password fallback?
Who can override the process?
How is that override audited?
How quickly can a legitimate user return to work?
These questions matter even more in a passwordless world because businesses cannot simply fall back indefinitely to the same password they were trying to eliminate.
Recovery needs to be secure enough to resist attackers and simple enough not to recreate the helpdesk problem in a new form.
Identity Fragmentation Can Cancel the Benefits
An organisation might successfully deploy passkeys for one application while maintaining passwords across dozens of others.
That still has value, but the employee continues managing several identity systems.
The real operational benefit becomes larger when authentication is simplified across the environment rather than improved application by application without coordination.
This is particularly important in organisations with acquisitions, legacy platforms or extensive SaaS adoption.
Identity fragmentation can turn authentication into a patchwork of old passwords, new passkeys, SMS verification, hardware tokens and application-specific credentials.
The technology may be modern individually while the overall experience remains complex.
The goal is therefore not simply more modern authentication.
It is less fragmented identity.
Authentication Is Becoming a Governance Decision
As identity becomes more central to security, productivity and customer experience, it becomes harder to treat authentication as a purely technical choice.
Finance cares about support cost.
Security cares about credential compromise.
HR cares about joiners and leavers.
Operations cares about downtime.
Marketing cares about conversion.
Employees care about usability.
Customers care about access.
Authentication sits at the intersection of all of them.
That means decisions about passwords, passkeys and recovery belong increasingly within broader digital governance.
The organisation needs to know what it is optimising for and where the acceptable trade-offs sit.
Otherwise, each department can improve its own metric while increasing complexity somewhere else.
The Passwordless Transition Also Changes the User’s Role
Passwords place significant security responsibility on the individual.
Create something strong.
Do not reuse it.
Remember it.
Do not enter it into the wrong website.
Change it if compromised.
Protect the recovery email.
Users are effectively asked to participate continuously in the security model.
Passkeys redistribute some of that responsibility to devices, platforms and cryptographic systems.
That does not remove human risk, but it changes the operating assumption.
The system becomes less dependent on every user consistently making good credential decisions.
For businesses, that matters because processes that depend heavily on perfect human behaviour usually generate exceptions, support work and security incidents.
Automation is most valuable when it removes repetitive opportunities for failure.
The Practical Technology Still Needs to Work Across Devices
The business case for passwordless authentication depends heavily on implementation quality.
Employees and customers use multiple devices, switch operating systems and replace hardware. A theoretically secure system that makes these transitions difficult may simply move helpdesk demand from password resets to passkey recovery.
That is why the forthcoming Techrow.gr article “Passkeys Explained: How Passwordless Login Works on Your Phone and Laptop” will look at the practical technology underneath the business shift: how passkeys are stored, how synchronisation works and what happens when users move between devices.
For businesses, these details are not merely technical trivia.
They determine whether passwordless authentication actually reduces operational friction or simply creates a different support workflow.
Businesses Should Measure Authentication Like an Operational System
A useful authentication dashboard should go beyond successful versus failed login attempts.
Businesses can monitor password-reset volume, helpdesk tickets related to access, average recovery time, authentication success rate, phishing-related incidents, employee downtime and the percentage of users still relying on legacy methods.
Together, those metrics provide a more realistic picture of identity cost.
If a passwordless rollout reduces reset tickets but dramatically increases recovery calls, the migration has not yet solved the underlying problem.
If authentication becomes faster but privileged access becomes harder to govern, the trade-off needs attention.
The objective is not to maximise one metric.
It is to reduce total identity friction and risk across the system.
From Password Cost to Identity Economics
The password survived because it was universal, familiar and inexpensive to implement.
Those strengths remain real.
But implementation cost is no longer the only relevant measure.
As businesses operate more digital services, manage more users and defend against more sophisticated credential attacks, authentication becomes an ongoing operating system of its own.
The company pays when employees forget passwords.
It pays when customers need recovery.
It pays when credentials are stolen.
It pays when support handles exceptions.
And it pays when multiple authentication systems become difficult to coordinate.
Passwordless technologies such as passkeys offer a different cost structure, but they do not remove the need for identity strategy. Migration, recovery and governance still matter.
The business question is therefore larger than whether a passkey is better than a password.
It is whether the organisation understands how much its current identity model costs to operate — and which parts of that cost actually need to exist.
That is where authentication stops being a login feature and becomes an operational decision.
Frequently Asked Questions
What is authentication cost?
Authentication cost is the total business cost associated with verifying and maintaining digital identities, including password resets, helpdesk workload, recovery, security controls, employee downtime, credential management and incident response.
Why are password resets expensive for businesses?
Password resets can require automated infrastructure, helpdesk support, identity verification and employee or customer time. At scale, repeated recovery requests become a recurring operational workload.
Can passkeys reduce IT support costs?
They can. In FIDO Alliance’s 2026 workforce survey, 35% of organisations that had begun passkey rollout reported reductions in helpdesk tickets for password resets. Results will vary depending on implementation and organisation.
Are passwords still a security risk?
Yes. Stolen credentials remain an important attack vector. Verizon’s 2025 DBIR reported that approximately 88% of Basic Web Application Attack breaches involved stolen credentials.
Does going passwordless eliminate authentication costs?
No. Passwordless systems still require implementation, credential management, recovery, device migration, governance and support. The potential advantage is that they can remove recurring problems associated specifically with passwords.
Why do businesses use passkeys?
Organisations are adopting passkeys for a combination of phishing resistance, easier sign-in and potential reductions in password-reset and helpdesk workload. FIDO’s 2026 research shows both security and IT-cost reduction among the motivations for passwordless adoption.
Should every business remove passwords?
Not necessarily. Authentication should reflect the risk, user population, existing infrastructure and recovery requirements of the service. Many organisations will move through a hybrid period before passwords can be retired more broadly.