/ MISSION SURVIVABILITY · CJADC2DECISION ADVANTAGE PRESERVED/ MISSION TX-04obj: secure ridge · waypoint 4/7 · ROE: STRICTSTATUS: ACTIVE · DEGRADEDcomms contested · mission continuesOPR: COL.WARNER ✓attested · sig=op:7a3c…/ DOMAIN SOURCESSAT-01SPACE LIVEsig 12:04:11JET-A4AIR LIVEsig 12:04:09SHIP-7SEA DEGRADEDlocal sig 12:03:58INF-LZLAND LOCALcached policy v8CYB-12CYBER LOSTearlier data verified/ MISSION DATA · FUSEDZTDF · CJADC2 obj:tx-04v3CONTRIBUTORS · 4 of 5SAT-01SPACEsig 12:04:11JET-A4AIRsig 12:04:09SHIP-7SEAlocal sig 12:03:58INF-LZLANDedge-signedCYB-12CYBERearlier · verifiedABAC · PQ-ENC · LINEAGE142 events signed · ttl 24hsig=sha256:a3f2…policy travels with data · enforces at edge/ COMMANDER DECISIONSSIGNED DECISIONSlast 412:04:11FIRE.MISSION ALLOWsrc=SAT-01·JET-A4 · sig=4c01…12:04:08ROUTE.UPDATE ALLOWsrc=INF-LZ (local) · sig=b9c1…12:04:05SHARE.PARTNER TRANSFORMredact=PII · scope=coalition12:04:02ENGAGE.AUTH DENYpolicy=ROE_STRICT/ MISSION TIMELINE · CONTINUITY THROUGH CONTACTlocal enforcement · post-quantum encryption · cryptographic lineageT+00STARTT+05INTEL FUSEDT+10COMMS CONTESTEDT+12CYB-12 LOSTT+15NOWT+25OBJECTIVECONTESTED WINDOW/ 142 DECISIONS SIGNEDevery command verifiable through cryptographic lineage/ 1 SOURCE LOST · 0 TRUST FAILURESdata signed earlier remains usable · ROE never bypassed/ MISSION ADVANCING · 60%local enforcement · offline policy cache · partner-ready

Mission continues through contested conditions · decision advantage preserved

/ DEFENSE

Mission-Survivable Data for CJADC2

Lattix enables mission accomplishment by keeping mission data trusted, accessible, and verifiable when networks, infrastructure, and partners are under attack.

Mission SurvivabilityDecision AdvantageCoalition Enablement

/01CJADC2 MISSION RISK

CJADC2 Depends on Data That Survives Contact

CJADC2 connects sensors, shooters, commanders, allies, and autonomous systems across every domain. But in a cyber-contested fight, the data layer becomes a primary target.

Adversaries do not need to destroy every platform. They only need to delay, corrupt, deny, or compromise the data that drives command decisions.

If mission data cannot be trusted, traced, governed, or accessed under degraded conditions, decision advantage collapses.

01

Mission data must move across services, domains, and coalition partners

02

Commanders need trusted data under degraded or disconnected conditions

03

Centralized infrastructure may fail at the moment of mission contact

04

Mission audit trails may be incomplete, delayed, or manipulated — eroding command confidence

05

AI-enabled decision systems require governed access to mission data

06

Long-lived mission data must remain protected for decades

/02MISSION ENABLEMENT

Make Mission Data Survivable

Lattix binds policy, encryption, identity, and lineage directly to mission data — so it remains usable wherever the mission goes. Instead of depending entirely on centralized infrastructure, Lattix enables edge decision-making, cryptographic verification, and resilient access across every operating environment.

The result: mission data stays available, authentic, governed, and auditable — even when networks, services, or partners are contested or disconnected.

01

Mission Data Survivability

Mission data carries policy, identity, and access controls wherever it moves — so it remains usable wherever the mission goes.

02

Edge Decision-Making

Policy decisions evaluate locally at the edge when central services are unavailable, keeping mission tempo intact.

03

Verifiable Mission Provenance

Access, decrypt, and sharing events produce cryptographic proof — giving commanders ground truth for every decision.

04

Mission Partner Sharing

Data moves across services, partners, and domains without losing control or traceability — enabling coalition operations under any conditions.

/03MISSION OUTCOMES

Designed to Support Decision Advantage Under Attack

01

Preserve Command Continuity

Enable data access and enforcement when cloud, enterprise, or cross-domain services are degraded.

02

Maintain Data Trust

Verify the origin, integrity, and access history of mission data before it informs decisions.

03

Enable Coalition Sharing

Share mission data with partners using portable policy and controlled decrypt gates.

04

Support AI-Enabled Operations

Control what AI agents, models, and analytic tools can retrieve, process, and output.

05

Improve Cyber Recovery

Use cryptographic lineage and content identity to identify what was accessed, altered, or exposed.

/04ENABLING COMPONENTS

Components That Enable the Mission

/05MISSION SURVIVABILITY

Built for Degraded, Denied, and Contested Operations

Survivability is not only about preventing compromise. It is about sustaining mission functions when compromise, disruption, or degradation occurs.

Lattix keeps the mission moving by letting data controls operate locally, preserving provenance through disruption, and giving recovery teams cryptographic certainty about what happened after contact.

Fail-Closed Enforcement

Access decisions default to deny when policy cannot be verified.

Offline Policy Cache

Signed policy snapshots support local enforcement in disconnected environments.

Tamper-Evident Lineage

Audit trails remain cryptographically verifiable after an incident.

Content Integrity Verification

Mission artifacts can be checked against cryptographic identifiers before use.

Controlled Revocation

Access can be revoked or recalled across affected packages, users, or partners.

Post-Quantum Readiness

Long-lived defense data can be protected against future cryptographic threats.

/06MISSION ALIGNMENT

Aligned to CJADC2 Mission Priorities

CJADC2 requires more than connectivity. It requires trusted, governed, and resilient data flow across mission systems and partners.

Lattix supports this shift by binding governance, provenance, and access decisions to the mission data itself — so mission control persists even when infrastructure does not.

CJADC2 mission data sharingData-centric securityZero trust architectureCyber survivabilityCyber resiliencyCoalition interoperabilityAI-enabled command and controlPost-quantum readiness

/07WHY LATTIX

From Network-Centric Defense to Mission-Survivable Data

Legacy Model

Protect the network. Trust what passes through it.

Lattix Model

Protect the mission data. Verify every access, movement, and decision.

Legacy Model

Mission tempo collapses when centralized infrastructure is disrupted.

Lattix Model

Edge enforcement and portable policy keep the mission moving under contested conditions.

Legacy Model

Audit after the fact.

Lattix Model

Generate cryptographic proof as mission data moves.

Enable CJADC2 Mission Accomplishment

Explore how Lattix helps mission data remain trusted, accessible, and verifiable when it matters most.

Request CJADC2 Technical Brief

Review the architecture for data-centric zero trust and mission resilience.

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Discuss defense use cases, disconnected operations, and partner sharing.

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Explore Trust Fabric

See the platform components that enable portable policy and verifiable lineage.

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