Stolen credentials cause nearly a third of all breaches. Learn how to use Zero Trust and AI to manage access and stop threats before they happen.

The reality of 2026 is that attackers no longer hack into systems—they simply log in using compromised, synthetic, or bypassed credentials. Identity has become the new perimeter, moving from one-time sign-on events to continuous adaptive verification.
In modern digital ecosystems, the traditional "fortress" model of a hardened office network has retired. Because employees now access multi-cloud and hybrid environments from various locations and devices, security can no longer rely on a physical boundary. Instead, identity serves as the primary layer of defense. This approach, often called a "Zero Trust" mindset, focuses on verifying the "who, what, where, and when" of every single access request rather than trusting anyone simply because they are logged into a specific network.
Role-Based Access Control (RBAC) is a traditional model where permissions are assigned to specific roles, such as "Engineering" or "HR." While simple to understand, it can lead to "role explosion" as an organization grows. Attribute-Based Access Control (ABAC) is a more dynamic and flexible model that evaluates specific attributes—such as the user’s department, the security level of the resource, the health of the device, and the time of the request—to make high-stakes, contextual access decisions.
The ratio of non-human identities (bots, APIs, and service accounts) to human users has exploded, reaching as high as 45-to-1 in many organizations. These machine identities often have high-level privileges but lack clear human ownership or accountability. Because they frequently use hardcoded passwords and stay outside of traditional rotation policies, they represent "open doors" that attackers can use to move laterally through a system in as little as 51 seconds.
Zero Standing Privilege is a security model where no user holds permanent administrative or elevated access. Instead of having "always-on" admin rights, organizations use Just-In-Time (JIT) access. When a technician needs to perform a sensitive task, they request elevated permissions that are granted temporarily and expire automatically after the task is complete. This dramatically shrinks the window of opportunity for an attacker to exploit a compromised high-value account.
The average employee now manages identities across fifty or more different applications, creating dangerous security gaps and duplication. An Identity Fabric is an interconnected layer that unifies these disparate systems through APIs and event-driven architectures. It provides a "single pane of glass" for administrators to manage access across the entire enterprise, allowing organizations to modernize their security strategy in months rather than years.
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