For years, identity has been treated as the foundation of workforce security. If an organization could reliably confirm who a user was, the assumption followed that access could be granted with confidence.
That logic worked when employees accessed corporate networks from corporate devices under predictable conditions. Today, that no longer reflects how access is actually used or abused.
The modern workforce operates across multiple locations, networks, and time zones. Employees routinely switch between corporate laptops, personal devices, and third-party endpoints.
Access is no longer anchored to a single environment or device, yet security teams are expected to support this flexibility without increasing exposure or disrupting productivity, even as the signals used to make access decisions become noisier, more fragmented, and harder to trust on their own.
As a result, identity is being asked to carry responsibility it was never designed to hold alone. Authentication can confirm who a user claims to be, but it does not provide sufficient insight into how risky that access may be once device condition and context are taken into account. In modern environments, the core issue is not identity failure, but the over-reliance on identity as a proxy for trust.
Identity tells us who, not how risky the access is
A legitimate user accessing systems from a secure, compliant device represents a fundamentally different risk from the same user connecting from an outdated, unmanaged, or compromised endpoint. Yet many access models continue to treat these scenarios as equivalent, granting access primarily on identity while device condition remains secondary or static.
This approach fails to account for how quickly device risk changes after authentication. Endpoints regularly shift state as configurations drift, security controls are disabled, or updates are delayed, often long after access has already been granted.
When access decisions remain tied to the conditions present at login, trust persists even as the underlying risk profile degrades.
These gaps are most visible across access paths that fall outside modern conditional access coverage, including legacy protocols, remote access tools, and non-browser-based workflows. In these cases, access decisions are often made with limited context, and trust is extended beyond the point where it is justified.
Attackers are increasingly exploiting these blind spots by reusing misplaced trust rather than breaking authentication, stealing session tokens, abusing compromised endpoints, or working around multi-factor authentication.
After all, it’s easier to log in than break in. A valid identity presented from the wrong device remains one of the most reliable ways to bypass modern controls and fly under the radar.
Verizon’s Data Breach Investigation Report found stolen credentials are involved in 44.7% of breaches.
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Why Zero Trust often falls short
Zero Trust is widely accepted as a security principle, but far less consistently applied across workforce access. While identity controls have matured, progress frequently stalls at the device layer, particularly across access paths outside browser-based or modern conditional access frameworks that inherit trust by default.
Establishing device trust introduces complexity that identity alone cannot address. Unmanaged and personal devices are difficult to assess consistently, compliance checks are often static rather than continuous, and enforcement varies depending on how access is initiated.
These challenges are compounded when identity and endpoint signals are handled by separate tools that were never designed to work together. The result is fragmented visibility and inconsistent decisions.
Over time, access policies can harden and become static, creating more opportunities for identity abuse. When access is granted without ongoing checks, traditional controls are slow to detect and respond to malicious behavior.
From identity checks to continuous access verification
Addressing static, identity-centric access controls requires mechanisms that remain effective after authentication and adapt as conditions change.
Solutions such as Infinipoint operationalize this model by extending trust decisions beyond identity and maintaining enforcement as conditions evolve.
The following measures focus on closing the most common access failure points without disrupting how people work.
- Verify both user and device continuously: This approach reduces the effectiveness of stolen credentials, session tokens, and multi-factor authentication bypass techniques by ensuring access is tied to a trusted endpoint rather than granted on identity alone.
- Apply device-based access controls: Device-based access controls make it possible to enroll approved hardware, limit the number and type of devices per user, and differentiate between corporate, personal, and third-party endpoints. This prevents attackers from reusing valid credentials from untrusted devices.
- Enforce security without defaulting to disruption: Proportionate enforcement allows organizations to respond to risk without unnecessarily interrupting legitimate work. This includes conditional restrictions and grace periods that give users time to resolve issues while maintaining security controls.
- Enable self-service remediation to restore trust: Self-guided, one-click remediation for actions such as enabling encryption or updating operating systems allows trust to be restored efficiently, reducing support tickets and demand on IT teams while keeping security standards intact.
Specops, the Identity and Access Management division of Outpost24, delivers these controls through Infinipoint, enabling zero trust workforce access that verifies both users and devices at every access point and continuously throughout each session across Windows, macOS, Linux, and mobile platforms.
Talk to a Specops expert about enforcing device-based Zero Trust access beyond identity.
Sponsored and written by Specops Software.