Remote workforce identity risk exposes gaps in access control

At a glance

What this is: This report examines how remote work changed access control, authentication, and user behaviour, and finds that policy uniformity is creating exploitable gaps.

Why it matters: It matters because remote access now spans human identity, privileged access, and NHI-adjacent control patterns, so IAM teams have to govern both user friction and attack surface.

By the numbers:

• 52%, e than half, 52%, of tech leaders said their remote employees had found workarounds to their company’s security policies.
• 71%, shing threats, at 71%, emerged as the most significant new threat vector concerning remote work environments.
• 56%, atched vulnerabilities proved to be an issue for over half, 56%, of respondents.

👉 Read Axiad's remote workforce security survey on access control policy gaps

Context

Remote work changed identity governance by moving access decisions outside the office perimeter and into unmanaged endpoints, home networks, and mixed device states. In practice, that means authentication strength, device posture, and access policy all have to travel with the user instead of being enforced by location.

The report’s central finding is not that remote work is inherently unsafe, but that many organisations still apply uniform controls to very different risk conditions. That creates a gap between policy intent and actual user behaviour, especially where MFA, device management, and password practices are resisted or bypassed.

Key questions

Q: How should security teams reduce identity risk in remote work environments?

A: Security teams should combine stronger authentication with device posture, access segmentation, and fast response to suspicious sessions. The key is to stop treating remote access as a single policy class. Different roles carry different blast radii, so the controls for privileged or data-heavy access should be stricter than those for routine collaboration access.

Q: Why do remote employees create more identity risk than office-based users?

A: Remote employees increase risk because they operate on less trusted devices and networks, where phishing, malware, and policy bypasses are more likely to succeed. The problem is not remote work itself. It is the combination of distributed access and weak behavioural enforcement that makes identity compromise easier to turn into broader access.

Q: What do organisations get wrong about MFA in remote access programmes?

A: Many organisations treat MFA as a finish line instead of one control in a wider trust model. If users can evade the process, reuse weak fallback methods, or work around device controls, the assurance value drops sharply. MFA has to be supported by endpoint checks, user discipline, and monitoring for exceptions.

Q: Who is accountable when remote access controls are bypassed?

A: Accountability sits with the identity and security owners who designed the control model, not just the end user who found the workaround. If a policy is routinely bypassed, that is evidence the programme does not match real operating conditions. Governance should treat recurring bypasses as a management defect.

Technical breakdown

Why uniform remote access policies create identity risk

When organisations apply the same control set to every remote worker, they ignore differences in device trust, role sensitivity, and data exposure. Identity and access management works best when access is contextual, but the report shows many teams defaulted to broad parity across roles. That makes the control model easy to administer, yet it also flattens risk into a single policy tier. Once users can reach corporate systems from outside the office, the attack surface expands through endpoints, credentials, and browser sessions rather than just network entry points.

Practical implication: segment remote access policy by role, device, and data sensitivity instead of treating every remote worker identically.

How authentication friction drives policy workarounds

The report links MFA, mobile device management, and password manager resistance to the growth of workarounds. That matters because user bypass is not merely a usability issue, it becomes a control failure when the organisation depends on voluntary compliance to preserve assurance. In remote environments, identity controls that feel slow or invasive are often sidestepped in favour of convenience. The technical problem is that the organisation then loses confidence in the very signals it uses to decide whether access should continue.

Practical implication: measure where users bypass authentication controls and redesign those paths before they become accepted operating practice.

Why phishing and malware remain the dominant remote-work entry points

Remote work expands the number of opportunities for credential theft because users are operating outside tightly controlled office networks. Phishing remains effective when attackers can target users through email, chat, or fake login flows, while malware can capture sessions or credentials on unmanaged endpoints. The report’s threat data shows that identity compromise and endpoint compromise are intertwined, not separate problems. For IAM teams, the lesson is that authentication strength alone is insufficient if the surrounding device and user context remain weak.

Practical implication: pair phishing-resistant authentication with endpoint posture and rapid account response workflows.

Threat narrative

Attacker objective: The attacker’s objective is to convert a remote worker’s access into broader organisational reach while avoiding the controls that were supposed to limit that access.

1. Entry occurs through phishing, malicious websites, and unpatched remote endpoints that give attackers an initial path into the user session.
2. Escalation follows when workarounds, weak authentication behaviour, or unmanaged devices reduce the value of existing identity controls.
3. Impact is broader access to corporate resources and confidential data, because one compromised remote worker can become a gateway into the organisation.

Breaches seen in the wild

• Cisco DevHub NHI breach — IntelBroker exploited exposed Cisco credentials, API tokens and keys in DevHub.
• ASP.NET machine keys RCE attack — 3,000+ exposed ASP.NET machine keys enabled remote code execution.

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

NHI Mgmt Group analysis

Uniform remote access policy is a governance shortcut, not a security strategy. The report shows that 79% of organisations apply the same controls across remote roles, but remote work does not create uniform trust conditions. Identity governance fails when access policy ignores role sensitivity, device state, and user context. The practitioner conclusion is that remote access has to be governed as a differentiated identity problem, not a blanket user-experience problem.

Workarounds are a control signal, not a user-behaviour footnote. When 52% of leaders see employees bypassing policy, the issue is not simply resistance, it is evidence that the control design is misaligned with operational reality. That is especially dangerous in identity programmes, because the moment users normalise bypasses, the assurance model breaks quietly. Practitioners should treat workaround prevalence as a measure of governance failure.

Remote work exposes the same trust tension that underpins NHI governance. Whether the actor is a human user, a service account, or a remote session, the core problem is deciding what level of access can be trusted outside the original control boundary. The report’s lesson maps directly to identity security more broadly: access that is easy to obtain but hard to verify becomes the preferred path for attackers. Practitioners need a governance model that can distinguish convenience from trust.

Phishing resilience is now an identity control requirement, not just an awareness topic. With phishing cited by 71% of respondents, the attack surface is explicitly tied to credential handling and session trust. That means identity programmes must stop treating user education, MFA, and device posture as separate workstreams. The practitioner takeaway is that authentication assurance depends on how those controls work together under remote conditions.

Access control drift is the named concept this report surfaces. The policy says one thing, the user experience produces another, and the attacker exploits the gap between them. That drift shows up when remote access rules are technically present but behaviourally bypassed. The implication is that identity governance must be measured against actual usage, not policy documents alone.

From our research:

• 79% of organisations have experienced secrets leaks, with 77% of these incidents resulting in tangible damage, according to the Ultimate Guide to NHIs.
• 91.6% of secrets remain valid five days after the targeted organisation is notified, showing a critical gap in remediation procedures.
• For a broader view of lifecycle controls, see Ultimate Guide to NHIs , Key Challenges and Risks for visibility, rotation, and offboarding patterns.

What this signals

Access control drift: when policy is written for a controlled office environment but enforced in a distributed one, the organisation inherits a trust gap that attackers can exploit through user behaviour rather than technical compromise. That makes remote identity governance a continual measurement problem, not a one-time policy rollout.

The practical signal is simple: if exceptions, workarounds, and fallback methods are increasing, then the programme is already paying the cost of weak trust design. Remote access should be reviewed against actual user paths, not intended ones, and the strongest controls should be reserved for the highest-risk sessions. See the Ultimate Guide to NHIs , Why NHI Security Matters Now for the scale of identity-driven exposure.

For practitioners

• Separate remote access policy by risk tier Classify remote users by role sensitivity, device trust, and data exposure, then apply different authentication and session controls instead of a single remote-access standard.
• Track workaround behaviour as a governance metric Measure MFA refusal, helpdesk exceptions, unmanaged device use, and password manager bypasses as indicators that the control design is not operationally viable.
• Harden the remote phishing path Use phishing-resistant authentication, endpoint posture checks, and rapid credential response to reduce the chance that one compromised remote session becomes a wider breach.
• Review access decisions outside the office perimeter Align identity checks with remote context, including location, device health, and session behaviour, so access is not granted on trust assumptions that no longer hold.

Key takeaways

• Remote workforce security fails when access policy is uniform but risk is not.
• Workarounds, MFA resistance, and phishing exposure show that identity controls must be judged by real use, not written policy.
• Practical reduction in remote identity risk comes from segmented controls, phishing-resistant authentication, and faster exception handling.

Key terms

• Remote identity governance: Remote identity governance is the set of controls used to decide who can access corporate resources when they are outside a trusted office environment. It combines authentication, device confidence, and session oversight so access decisions reflect current risk rather than static location assumptions.
• Access control drift: Access control drift is the gap between the access policy an organisation believes it has and the behaviour users actually follow. In remote work, that drift often appears through workarounds, exception handling, and fallback authentication paths that gradually weaken assurance.
• Phishing-resistant authentication: Phishing-resistant authentication uses methods that are much harder for attackers to replay, intercept, or trick users into surrendering. It matters in remote environments because credentials alone are not enough if users are operating on untrusted networks, unmanaged devices, or under pressure to bypass controls.

Deepen your knowledge

NHI governance, agentic AI identity, and machine identity lifecycle are core topics in our NHI Foundation Level course, the industry's only accredited NHI security programme. If you are responsible for identity security strategy or NHI governance in your organisation, it is worth exploring.

This post draws on content published by Axiad: Remote Workforce Security Survey shows access control policies providing hackers with more routes into organizations. Read the original.