--- title: Lattix | Cyber-Resilient Data Security Platform description: Lattix is a cyber-resilient data security platform that keeps policy, encryption, and cryptographic proof attached to mission-critical data across distributed, degraded, and adversarial environments. source: "https://lattix.io/" content-type: text/markdown --- # Lattix | Cyber-Resilient Data Security Platform /00: Cyber-Resilient Data Security Platform # Data That Defends Itself. Governed at rest, in motion, and in use. Encryption, access policy, and audit travel inside the data object itself, so every file enforces its own rules wherever it is stored, sent, or opened. [Request Technical Brief](mailto:info@lattix.io) View Resilient Data Architecture Systems Nominal PQ-KEM Active ZTDF Enforced Scroll RESILIENCE DEGRADED OPERATIONS REQUIRE LOCAL ENFORCEMENT · SURVIVABILITY MISSION DATA MUST REMAIN TRUSTED AFTER COMPROMISE · PROOF RECOVERY DEPENDS ON VERIFIABLE LINEAGE · DATA-FIRST CYBER SURVIVABILITY REQUIRES DATA-CENTRIC CONTROL · CONTINUITY POLICY MUST PERSIST WHEN NETWORKS FAIL · IMMINENT QUANTUM HARVEST-NOW-DECRYPT-LATER · ## /01 Protection That Ships With The Data 01 ### Data-Centric Enforcement Policy remains bound to the data object, enabling access control even when systems, networks, or applications are degraded. 02 ### Survivable Encryption Post-quantum-ready encryption protects long-lived data against future compromise and harvest-now-decrypt-later risk. 03 ### Recovery-Grade Lineage Tamper-evident provenance shows what was accessed, changed, shared, or exposed during an incident, supporting investigation and trusted recovery. 04 ### Resilient Data Movement Policy-aware replication enables secure data flow across distributed, hybrid, and disconnected environments. ## /02 Policy Travels Inside The File Resilience by Design ## Every byte governed. Every action verified. Lattix enforces policy at the data layer so critical information remains governed even outside the perimeter. Every access request is evaluated against attributes, every protected object carries policy, and every meaningful event produces cryptographic proof. The result is data security that supports continuity, containment, and recovery, not just prevention. LATTIX-CLI V3.2.1 $ lattix scan --target /data/vault-07 \[SCAN\] Discovered 2,847 data objects across 3 zones \[INFO\] Classification: 847 PII, 1,203 Financial, 797 IP $ lattix policy apply --standard NIST-800-171 \[POLICY\] ABAC rules compiled: 23 policies, 156 attributes \[CRYPTO\] PQ-KEM wrapping initiated (ML-KEM-768) $ lattix verify --chain full \[VERIFY\] Merkle root: a7f3..c91d ✓ Chain intact \<0ms Policy Decision Latency 0 ML-KEM Parameter Set, CNSA 2.0 0 Storage & Identity Connectors 2027 CNSA 2.0 Binds New NSS Builds ## /03 No Central Controller To Depend On ## Defense in Depth for Cyber Survivability Every layer enforces. Every data object carries proof. No mission depends on a single control point. Application Layer Access decisions continue through policy-aware gateways and ABAC enforcement Active Cryptographic Layer PQ-ready encryption protects data before, during, and after movement Active Verification Layer Lineage and integrity proofs support incident reconstruction and trusted recovery Active Data Fabric Layer Classification, replication, and content identity preserve control across environments Active Infrastructure Layer Agent, agentless, multi-cloud, on-prem, and air-gapped support degraded operations Active > The question is no longer whether your systems will be compromised. The question is whether your data remains trusted when they are. Lattix Technologies Corp ## /04 Built For Degraded Operations / Cyber Resilience Model ## Security That Holds When Systems Don't Most security tools are optimized for prevention alone. Lattix covers prevention, containment, continuity, and recovery. Binding policy, encryption, identity, and lineage to the data itself preserves trust in the information that missions, operations, and AI systems depend on. 01 ### Prevent Enforce least privilege before access. 02 ### Contain Revoke or deny access when policy, identity, or environment changes. 03 ### Continue Support local enforcement when connectivity or central services degrade. 04 ### Recover Use cryptographic lineage to verify what happened and what remains trusted. ## /05 One Policy Engine Behind Every Product /PLATFORM ## Built for Security Teams A single console for your entire data security posture. Manage policies, track provenance, monitor compliance, and enforce governance, all from one interface. console.lattix.io LATTIX ⌂ Dashboard ◈ Passport ▦ Data Room ◉ Fabric Services ⛊ Policies ▤ Files ⚿ Crypto ⎔ Ledger ◎ Ontology ⊞ Mesh ✓ Compliance Console / Dashboard JB All clear 0 High-risk CIDs 0 Policy gaps 0 Lifecycle incidents Content IDs 14,829 +312 (24h) Active Policies 847 3 in review Audit Events 1.2M +48.2k (24h) Data Rooms 23 4 external Data Estate Files 14,829 Content IDs indexed Policies 847 Active policies Ledger 892K Immutable transactions Audit 1.2M Security events Data Rooms 23 Collaborative rooms Connectors 12 Sources connected Nodes 38 Connected peers Compliance 4 Frameworks active Analytics 7 Active dashboards ## /06 Works Where Your Data Already Lives /INTEGRATIONS ## Connect Your Entire Data Estate Lattix integrates with the tools you already use. Connect cloud storage, identity providers, data platforms, and security tools enforcement follows the data everywhere. ![Amazon S3](https://lattix.io/connectors/Amazon-S3.png) ![Snowflake](https://lattix.io/connectors/Snowflake.png) ![Databricks](https://lattix.io/connectors/Databricks.png) ![Okta](https://lattix.io/connectors/okta.png) ![Salesforce](https://lattix.io/connectors/Salesforce.png) ![ServiceNow](https://lattix.io/connectors/ServiceNow.png) ![SharePoint](https://lattix.io/connectors/Microsoft_SharePoint.png) ![OneDrive](https://lattix.io/connectors/Microsoft_OneDrive.png) ![Google Drive](https://lattix.io/connectors/Google_Drive.png) ![Google Cloud Storage](https://lattix.io/connectors/Google_Storage_Logo.png) ![Box](https://lattix.io/connectors/Box.png) ![Dropbox](https://lattix.io/connectors/dropbox.png) ![Purview](https://lattix.io/connectors/Microsoft_Purview.png) ![Auth0](https://lattix.io/connectors/auth0.png) ![GitHub](https://lattix.io/connectors/github.svg) ![MongoDB](https://lattix.io/connectors/mongodb.svg) ![Palantir](https://lattix.io/connectors/Palantir.svg) ![Anduril](https://lattix.io/connectors/andruil.png) ![Ping Identity](https://lattix.io/connectors/PING.png) ![Varonis](https://lattix.io/connectors/Varonis.png) ![Amazon S3](https://lattix.io/connectors/Amazon-S3.png) ![Snowflake](https://lattix.io/connectors/Snowflake.png) ![Databricks](https://lattix.io/connectors/Databricks.png) ![Okta](https://lattix.io/connectors/okta.png) ![Salesforce](https://lattix.io/connectors/Salesforce.png) ![ServiceNow](https://lattix.io/connectors/ServiceNow.png) ![SharePoint](https://lattix.io/connectors/Microsoft_SharePoint.png) ![OneDrive](https://lattix.io/connectors/Microsoft_OneDrive.png) ![Google Drive](https://lattix.io/connectors/Google_Drive.png) ![Google Cloud Storage](https://lattix.io/connectors/Google_Storage_Logo.png) ![Box](https://lattix.io/connectors/Box.png) ![Dropbox](https://lattix.io/connectors/dropbox.png) ![Purview](https://lattix.io/connectors/Microsoft_Purview.png) ![Auth0](https://lattix.io/connectors/auth0.png) ![GitHub](https://lattix.io/connectors/github.svg) ![MongoDB](https://lattix.io/connectors/mongodb.svg) ![Palantir](https://lattix.io/connectors/Palantir.svg) ![Anduril](https://lattix.io/connectors/andruil.png) ![Ping Identity](https://lattix.io/connectors/PING.png) ![Varonis](https://lattix.io/connectors/Varonis.png) ![Amazon S3](https://lattix.io/connectors/Amazon-S3.png) ![Snowflake](https://lattix.io/connectors/Snowflake.png) ![Databricks](https://lattix.io/connectors/Databricks.png) ![Okta](https://lattix.io/connectors/okta.png) ![Salesforce](https://lattix.io/connectors/Salesforce.png) ![ServiceNow](https://lattix.io/connectors/ServiceNow.png) ![SharePoint](https://lattix.io/connectors/Microsoft_SharePoint.png) ![OneDrive](https://lattix.io/connectors/Microsoft_OneDrive.png) ![Google Drive](https://lattix.io/connectors/Google_Drive.png) ![Google Cloud Storage](https://lattix.io/connectors/Google_Storage_Logo.png) ![Box](https://lattix.io/connectors/Box.png) ![Dropbox](https://lattix.io/connectors/dropbox.png) ![Purview](https://lattix.io/connectors/Microsoft_Purview.png) ![Auth0](https://lattix.io/connectors/auth0.png) ![GitHub](https://lattix.io/connectors/github.svg) ![MongoDB](https://lattix.io/connectors/mongodb.svg) ![Palantir](https://lattix.io/connectors/Palantir.svg) ![Anduril](https://lattix.io/connectors/andruil.png) ![Ping Identity](https://lattix.io/connectors/PING.png) ![Varonis](https://lattix.io/connectors/Varonis.png) 20+ connectors available: custom integrations via REST API & SDK ## /07 Four Ways Teams Deploy It ### Resilience Metadata for Data-Centric Security Classify, tag, and enrich data with attributes that drive enforcement, containment, recovery, and auditability. Operational Data Awareness Policy Persistence Across Movement Audit and Recovery Readiness Scalable Efficiency [Learn More →](https://lattix.io/solutions/data-tagging-classification/) ### Resilient Data Movement Across Distributed Environments Maintain trusted data flow across cloud, edge, partner, and disconnected environments with policy-aware overlay networking. Local Enforcement Under Degradation Identity-Aware Data Paths Policy-Aware Routing Verified Flow Telemetry [Learn More →](https://lattix.io/solutions/data-overlay-networking/) ### Policy Governance for Cyber-Resilient Data Operations Define, simulate, and enforce data policies that support containment, continuity, and trusted recovery. Containment Controls Continuity Under Degradation Real-Time Enforcement Audit-Ready Transparency [Learn More →](https://lattix.io/solutions/policy-based-governance/) ### Tamper-Evident Lineage for Cyber Recovery Preserve verifiable evidence of access, policy, and data movement so teams can investigate, contain, and recover with proof. Incident Reconstruction Partner Accountability Compliance Evidence Proof Without Exposing Data [Learn More →](https://lattix.io/immutable-ledger/) ## /08 Built For Regulated Environments ### Defense & Intel Cyber-resilient mission data control for CJADC2, coalition sharing, classified workflows, and disconnected operations. IL4/IL5 Ready ### Healthcare Resilient PHI, research, and AI workflow protection with policy that persists beyond the application boundary. HIPAA Compliant ### Financial Services Verifiable access, lineage, and recovery evidence for sensitive financial data, AI workflows, and regulated exchange. SOC 2 Type II ### Government Persistent data governance for agencies modernizing across legacy, cloud, contractor, and interagency environments. FedRAMP Aligned ### Telecommunications Edge-ready data control for subscriber data, network telemetry, AI operations, and distributed infrastructure. 5G Ready ### Critical Infrastructure Cyber-resilient operational data security for OT, ICS, telemetry, vendor access, and degraded operations. NERC CIP ## /09 Frequently Asked Questions Lattix keeps policy, encryption, and cryptographic proof attached to data itself. Organizations retain control, verify integrity, and recover even when systems, networks, or applications are disrupted. Cyber survivability means mission-critical data remains usable, governed, and verifiable under degraded or contested conditions. Lattix supports this through local enforcement, policy-carrying data, tamper-evident lineage, and content integrity verification. Lattix records access, policy, decrypt, movement, and lineage events as verifiable evidence. Teams can identify what was accessed, what changed, what remains trusted, and what must be revoked or recovered. No. Lattix uses zero trust as the enforcement model and cyber resilience as the operational outcome. Zero trust controls access. Cyber resilience ensures data remains trusted and controlled through disruption. Lattix employs a zero-trust architecture where every data object is cryptographically verified before access is granted. Our ABAC engine evaluates policies in real-time, and all data is wrapped in Zero Trust Data Format with post-quantum encryption. Lattix provides a complete cyber-resilient data security platform including intelligent data classification, resilient data networking, policy-based governance, and post-quantum encryption. Our products (Security Fabric, Lattix Passport, and PQE Encryption) work independently or as an integrated suite. We serve defense and intelligence, healthcare, financial services, government, telecommunications, and critical infrastructure. Our solutions are designed for regulated industries that require mission-critical data to remain trusted under disruption, compromise, and degraded operations. Lattix operates with sub-50ms policy enforcement, providing near-instantaneous access control decisions. Continuous monitoring and cryptographic verification ensure threats are detected and contained in real-time, and tamper-evident lineage supports rapid incident reconstruction. Lattix was born from U.S. defense cyber operations with a data-centric approach. Unlike perimeter-based solutions, we embed security directly into the data layer with tamper-evident lineage, post-quantum encryption, and attribute-based access control, so data remains governed and recoverable when systems are degraded or compromised. Yes. Our platform is modular by design, products work independently or collectively. We offer customizable policy engines, deployment models (cloud, on-premises, air-gapped), and enterprise integration support tailored to your resilience and compliance requirements. ## /10 Contact ## Connect With Us Begin your journey toward true data security. [Request a Demo](https://lattix.io/contact) [Email Shoot us an email](mailto:info@lattix.io) [Call Book a call with our experts](https://outlook.office.com/book/LattixBookings1@lattix.io/) [LinkedIn](https://www.linkedin.com/company/lattix-io) [BlueSky](https://bsky.app/profile/lattix-io.bsky.social) [Instagram](https://www.instagram.com/lattix_io) /11: Get Started ## See What Survives A Breach A technical walkthrough of object-layer enforcement, policy-bound key release, and the evidence trail an assessor will ask for. [Request Demo](https://lattix.io/contact) [Explore Products](https://lattix.io/products)