Why do remote workers creating workarounds increase security risk?

Why workarounds make remote access less trustworthy

Workarounds are a signal that the intended control path is creating too much friction or is misaligned with how people actually work. In remote settings, that often means users look for the shortest path around MFA prompts, device checks, approved browsers, password managers, or VPN steps. The risk is not just rule-breaking, it is that security stops operating where real work happens.

Once the workaround becomes normal, the organisation no longer knows whether access came through the control it designed or through an easier side door. That weakens assurance, reduces auditability, and makes policy look effective on paper while the real access path becomes partially invisible.

Remote work makes this worse because users are operating outside the office network, often under time pressure, with less direct support. If the control set adds repeated interruption without clear value, people optimise for productivity. The more often that happens, the more the control baseline drifts away from actual behaviour.

How bypasses weaken the trust chain

Security controls do more than block access, they also establish confidence that the user, device, and session meet expected conditions. When workers bypass one step, such as using personal tools, reusing saved sessions, or finding a way around device posture checks, the trust chain loses links that would normally help confirm identity, device state, and session integrity.

That matters because remote access is usually a chain of assumptions. The organisation assumes the person is who they say they are, the device is managed, the authenticator is still under control, and the session is being handled through approved tooling. A workaround can break one assumption without immediately causing a visible failure, which is why it is so dangerous.

In practice, bypasses also create shadow processes. Employees teach each other the shortcut, help desk staff may quietly tolerate it, and exceptions become routine. At that point the company has two systems, the approved one in policy and the faster one in practice, and only one of them is actually governing behaviour.

Why remote workarounds create a larger attack surface

Remote workaround behaviour creates a broader attack surface because attackers often prefer the path people already use under pressure. If users are accustomed to bypassing MFA friction or sidestepping device controls, malicious access attempts can blend into the same pattern of “normal” exceptions, making abuse harder to distinguish from convenience.

This is especially problematic when the workaround involves secrets, tokens, or saved sessions that are reused across devices or locations. A shortcut that reduces friction can also reduce the number of signals security teams rely on to spot misuse, including expected device posture, location consistency, and authenticated step-up checks.

Remote Access Identity Guide is useful here because it shows how remote access security depends on consistent entry-point enforcement, not just a single login event. When users route around those checks, the control gap is created by behaviour, not by the policy language.

Risk and Threat Considerations

Remote workarounds raise both exposure and threat risk because they normalise alternate access paths that are harder to govern, monitor, and revoke. The immediate concern is control bypass, but the larger issue is that a tolerated shortcut can become the easiest place for credential theft, session abuse, or unauthorized access to hide.

Failure mechanism: The organisation loses visibility into the real access path, so it cannot reliably tell whether access was protected by MFA, device trust, or password governance, or whether those controls were sidestepped.

Impact: That weakens detection, complicates incident response, and increases the chance that compromised access will persist long enough to reach corporate resources, especially when the workaround is shared, undocumented, or used repeatedly.

Practitioner Guidance

What to verify: Check whether the workaround exists because the control is genuinely too costly, too slow, or too fragile in the remote workflow. If users are repeatedly avoiding a step, treat that as a design failure signal, not just a compliance issue.

What to prioritise: Focus first on the controls that define trust at the point of remote entry, especially MFA enforcement, device posture, session handling, and password manager adoption. Those are the controls most likely to be undermined by convenience-driven bypasses.

Common mistake: Teams often tighten policy wording after a workaround appears, but do not fix the usability or support gap that caused it. That usually pushes the behaviour further underground and makes the real risk harder to observe.

Decision rule: If a workaround is required for productivity, redesign the control path so the secure route is the easiest route. If it cannot be made easy, narrowly approve and monitor the exception rather than allowing informal, repeated bypass.

Practitioner takeaway: The real question is not whether users found a shortcut, it is whether the shortcut has become the de facto access model. Once that happens, security is no longer enforced at the control point that matters most.

Related resources from NHI Mgmt Group

• Why do Salesforce integrations increase NHI risk?
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• Why does remote device management increase security risk in IoT programmes?
• Why do remote workers and distributed teams increase social engineering risk?