--- title: Security Fabric for Cyber-Resilient Data Operations | Lattix description: The Lattix Security Fabric applies policy at each node and binds access, provenance, and encryption to the data. It continues enforcing during degraded, disconnected, or compromised operations. source: "https://lattix.io/products/zero-trust-fabric/" content-type: text/markdown --- # Security Fabric for Cyber-Resilient Data Operations | Lattix [All Products](https://lattix.io/products/) CORE PRODUCT / 01 01 # Security Fabric for Cyber-Resilient Data Operations Data-layer security that preserves enforcement, provenance, and access control during disruption, compromise, and degraded operations. [Request a Briefing](mailto:info@lattix.io) [Technical Docs](https://lattix.io/docs) Keep access decisions with the data. Each node evaluates policy locally, so enforcement and provenance remain available when infrastructure is degraded or disconnected. /01 Decentralized Enforcement Centralized policy engines create a chokepoint that an adversary can overwhelm, bypass, or simply wait out during an outage. The Security Fabric turns every node in the data ecosystem into an independent policy enforcement point, evaluating each access request locally against contextual attributes. Removing the central gateway removes the single point of failure with it. The buyer value is operational continuity: enforcement does not stop because one service went down, and no single component holds the keys to the entire estate. ### WHAT DISTRIBUTION BUYS YOU - Every node is a policy enforcement point, with no shared chokepoint to target. - Loss of one node does not disable enforcement anywhere else in the fabric. - Decisions are made where the data is accessed, not round-tripped to a gateway. - Sub-millisecond decision latency keeps enforcement on the critical path without slowing operations. /02 ABAC Attribute Resolution Attribute-based access control answers a richer question than 'is this user on the allowlist.' The fabric resolves attributes dynamically from identity providers, device management systems, and environmental sensors, then evaluates them against the policy bound to each object. Static role lists go stale and over-grant; live attribute resolution lets a single policy adapt to clearance, device health, location, and time without rewriting rules. The following attributes are resolved at the moment of every request. Attribute Source Decision Use Attribute Subject Role & Clearance Source Identity provider, directory, clearance registry Decision Use Bind access to who the requester is, not where they connect from Attribute Device Posture Source Endpoint management, attestation agents Decision Use Deny decryption to compromised, unmanaged, or non-compliant devices Attribute Geographic Location Source Network telemetry, IP geolocation, edge sensors Decision Use Enforce residency and export boundaries on every access request Attribute Time of Access Source Request context, policy clock Decision Use Constrain access to operational windows and revoke outside them Attribute Data Classification Source Object metadata, ZTDF policy envelope Decision Use Match the sensitivity of the object to the privilege of the requester Attribute Source Trust & Lineage Source Content identity, provenance chain Decision Use Reject objects whose origin or chain of custody cannot be verified /03 ZTDF Self-Protecting Data Infrastructure-bound controls evaporate the moment data leaves the system that hosted them. The fabric wraps every protected object in Zero Trust Data Format, a self-protecting envelope that carries its own access policy and encryption keys. Because policy travels inside the object, protection holds when data is shared with partners, stored in third-party clouds, or transmitted across untrusted networks. 01 Policy Travels With Data The access policy is embedded in the ZTDF envelope rather than applied by the host. The object remains governed regardless of where it moves, so sharing data does not mean surrendering control of it. 02 Decryption Gated By Policy Keys are released only after a successful policy evaluation against the requester's live attributes. Possession of the encrypted object grants nothing; access requires passing the policy bound to the object itself. 03 Protection Beyond The Perimeter A ZTDF object retains its controls across organizational and network boundaries. Revocation, expiration, and classification handling stay enforced even when the data sits outside your environment. /04 Distributed Trust Mesh Trust between nodes is verified peer to peer rather than vouched for by a central authority. The mesh lets nodes confirm one another's identity and policy state directly, which means the fabric keeps functioning when a coordinating service is unreachable. This is what allows the same enforcement model to span air-gapped classified networks, multi-cloud commercial deployments, and hybrid environments that bridge both. For the buyer, it removes the dependency on always-available connectivity to a control plane and the fragility that dependency introduces under attack or in disconnected operation. ### ENVIRONMENTS IT SPANS - Air-gapped and classified networks with no outbound connectivity. - Multi-cloud commercial deployments across providers and regions. - Hybrid estates that bridge on-premises, edge, and cloud workloads. - Disconnected and intermittently connected edge nodes operating autonomously. /05 Cyber-Survivability Outcomes The fabric is engineered for survivability, not prevention alone. Prevention assumes you can keep adversaries out; survivability assumes some will get in and asks what the system does next. These outcomes describe how enforcement, containment, and recovery hold up when parts of the environment are degraded or compromised. ### No Single Point Of Failure Enforcement runs locally on every node, so there is no central gateway whose loss disables policy. An adversary cannot defeat the fabric by taking down one service. ### Graceful Degradation When part of the environment is isolated, disconnected, or partially compromised, surviving nodes continue to evaluate and enforce policy. Degradation is the default behavior, not failure. ### Cryptographic Lineage Content identity and signed audit chains let responders reconstruct what happened, where, and under which policy. Recovery proceeds from evidence rather than from guesswork. ### Scoped Containment Because policy is bound to data rather than to infrastructure, a compromised node cannot grant access it was never authorized to release. Blast radius stays contained to the affected object set. /06 No Perimeter Dependencies Traditional zero-trust rollouts carry a heavy tail of network engineering: VPN tunnels to manage, segmentation to maintain, and assumptions about the safety of each zone. The Security Fabric embeds trust decisions at the data layer instead, so there are no tunnels to operate and no segmentation dependencies to keep in sync. Enforcement does not assume any environment is safe, which is what lets it run identically across classified, commercial, and hybrid networks. Deployment fits the environment rather than forcing the environment to change. Agent-based mode delivers deep integration where software can be installed, and agentless mode covers systems where it cannot. A unified control plane handles policy authoring and visibility while enforcement stays fully distributed, so teams can migrate incrementally, wrapping their highest-value data first and expanding coverage on their own timeline. /07 Where It Is Deployed The same enforcement model serves any workflow where data must remain governed after it crosses a boundary the network does not control. ### Multi-Cloud Data Sharing Move governed objects across cloud boundaries while policy, encryption, and access control travel with the data instead of being reapplied per environment. ### Cross-Agency Collaboration Share mission data between organizations that do not share a network or a trust domain, with each side enforcing its own policy on every request. ### Supply Chain Data Exchange Release information to partners and vendors under attribute-based constraints that remain enforced after the data leaves your perimeter. ### Zero-Trust Migration Adopt the fabric incrementally, wrapping high-value assets first and expanding coverage without rebuilding the network around segmentation or tunnels. Every access decision is evaluated in real time, bound to data rather than infrastructure, and recorded in a signed audit chain. Enforcement and evidence stay aligned with the standards that govern resilient data operations. NIST 800-207 NIST 800-171 CMMC Level 3 FedRAMP High ## See Enforcement Survive Disruption Walk through how the Security Fabric keeps policy, provenance, and access control intact when nodes drop, networks split, or an adversary gets inside. We will model it against your environment in a live demo. [Request a Demo](mailto:info@lattix.io) [Read the Technical Docs](https://lattix.io/docs)