Architecture

Six layers. One mission record.

Sensing, local AI, resilient transport, operations, fleet control, and review work as one system—not a dashboard over disconnected services.

6

Mission layers

9

Transport classes

5

Node platforms

1

Signed mission record

01SENSEcameras, RF, acoustic, NFC, LPR, wearables02PROCESSdetection, classification, fusion, threat analysis03MESHWiFi, BLE, LoRa, LTE, satellite, store-forward04MANAGEMDM, fleet, courier, compliance, enrollment05DECIDEoperator views, AI recommendations, evidence06RECORDaudit trail, AAR, evidence chain, burnDATA FLOWVERTICALLY INTEGRATED -- SENSOR TO RECORD
Sensor input → governed mission record

Execution model

The architecture follows the mission.

01

Sense

Normalize camera, RF, acoustic, identity, wearable, radio, and partner inputs into source-linked mission events.

  • Multi-source ingest
  • Edge detection
  • Source confidence

02

Understand

Route approved models by device, classification, capacity, and mission policy—then bind every output to its evidence.

  • Policy-gated inference
  • Evidence-linked output
  • Model provenance

03

Route

Move priority data across available links while local nodes retain useful mission state through disruption.

  • Priority-aware mesh
  • Store-and-forward
  • Signed replication

04

Act

Present the shared mission through command, operator, medic, analyst, observer, and systems surfaces.

  • Role-sized views
  • Human decision gates
  • Shared context

05

Control

Govern the nodes, models, software, identity, classification, and posture carrying the mission.

  • Node enrollment
  • Signed packages
  • Posture and rollback

06

Review

Reconstruct decisions, communications, evidence, and outcomes without rebuilding the story after the fact.

  • Mission playback
  • Custody chain
  • AAR and export

Link adaptation

The link changes. The mission continues.

CAPABILITYTIMELINK LOSTEDGELANCElocal AI + meshCLOUD AIno capabilityThis is where architecture matters.100%50%0%
TRANSPORTBANDWIDTHPAYLOADAI MODEEVIDENCEBURN REACHSTARLINK150 MbpsFULLOFFLOADSTREAMIMMEDIATE↓WiFi MESH80 MbpsFULLLOCALSTREAMIMMEDIATE↓LTE / 5G50 MbpsFULLLOCALSTREAMIMMEDIATE↓DIRECT-TO-CELL0.5 MbpsSUMMARYLOCALCLIPNEXT PASS↓BLE PEER0.25 MbpsSUMMARYLOCALCLIPSTORE-FWD↓LoRa10 KbpsCOORDSLIGHTHASHSTORE-FWD↓IRIDIUM SBD2 KbpsBURSTLIGHTHASHSTORE-FWD↓SILENT0NONELOCAL FULLDEFERREDLOCAL ONLYUSB-C COURIER5 GbpsSIGNED PKGN/ASEALEDPURGEABLEHIGH BWDEGRADEDDDILPHYSICAL

Deployment

Field nodes to approved enterprise handoff.

Tactical edge

Phones, tablets, laptops, sensors, and edge compute operating locally or airgapped.

Base or FOB

Local GPU or Kubernetes compute becomes the preferred resource without becoming a requirement.

Hybrid

Policy permits selected workloads and evidence to move upward when trusted bandwidth returns.

Training

Synthetic mission data exercises the same product surfaces without live sensors.

Trust boundary

Controls travel with the mission.

Data

Classification and mission policy govern storage, movement, and inference.

Devices

Enrollment, posture, signed releases, rollback, and revocation stay auditable.

Evidence

Operator actions and AI outputs retain source, model, policy, time, and custody context.

Security and trustEvidence ledger

Technical evaluation

Interrogate the architecture against your mission.

Bring the network, hardware, policy, and integration constraints.

Request technical review