Zero Trust Fabric

Zero Trust Fabric implements a decentralized policy enforcement model where every node in your data ecosystem acts as an independent security checkpoint. The built-in ABAC (Attribute-Based Access Control) engine evaluates every access request against contextual attributes including user role, device posture, geographic location, time of access, and data sensitivity classification. Policies are bound to the data itself, not to the infrastructure hosting it, which means security travels with your data regardless of where it moves. This eliminates the single points of failure inherent in centralized policy engines and ensures that even if one node is compromised, the rest of the fabric continues to enforce policy autonomously.

The fabric spans a multi-layer architecture covering edge devices, cloud workloads, and on-premises data centers through a unified control plane. Organizations can choose between agent-based deployment for deep integration or agentless modes for environments where installing software is impractical or restricted. Every data object protected by ZTF is wrapped in Zero Trust Data Format (ZTDF), a self-protecting envelope that carries its own access policies and encryption keys. ZTDF-wrapped data remains protected even when it leaves your perimeter — whether shared with partners, stored in third-party clouds, or transmitted across untrusted networks. The control plane provides centralized visibility and policy authoring while enforcement remains fully distributed.

Unlike perimeter-based security approaches that assume trust within network boundaries, Zero Trust Fabric embeds trust decisions directly at the data layer. There are no VPN tunnels to manage, no network segmentation dependencies to maintain, and no assumptions about the safety of any environment. ZTF operates equally well in air-gapped classified networks, multi-cloud commercial deployments, and hybrid environments that span both. The distributed enforcement model means there is no single chokepoint that can be overwhelmed or bypassed, and the system degrades gracefully under attack rather than failing catastrophically. Organizations migrating from traditional perimeter security can adopt ZTF incrementally, wrapping high-value data assets first and expanding coverage over time.