Back-engineered hardware. DAI-ATLAS intelligence.

Autonomous surveillance towers for persistent 360° awareness at borders, bases, and critical infrastructure — edge AI with full DAI-ATLAS fusion.

• Continuous autonomous monitoring with sensor fusion at the edge.
• Detects, classifies, and tracks objects of interest in real time.
• Reduces manpower on manual surveillance while keeping operators safe.
• Back-engineered and field-integrated at CHACHAPOYA — airframes, sensors, and effectors assembled from qualified regional and international suppliers.
• Every track, video feed, and mission thread is ingested by DAI-ATLAS — fused with satellite baselines, terrestrial IoT, historical missions, and third-party drone telemetry.

Role

Persistent land awareness

Integration

Lattice C2 + DAI-ATLAS

Electromagnetic sensing for detecting and tracking targets in contested EM environments — RF subsystems integrated through CHACHAPOYA assembly.

• Fused tracks across the battlespace via Lattice and DAI-ATLAS.
• Supports counter-intrusion and base defense mission sets.
• Rapid emplacement in forward and austere locations.
• Back-engineered and field-integrated at CHACHAPOYA — airframes, sensors, and effectors assembled from qualified regional and international suppliers.
• Every track, video feed, and mission thread is ingested by DAI-ATLAS — fused with satellite baselines, terrestrial IoT, historical missions, and third-party drone telemetry.

Distributed low-signature sensor nodes for wide-area intrusion detection — minimal logistics footprint, maximal DAI-ATLAS coverage.

• Mesh-compatible with Lattice Mesh for persistent perimeter defense.
• Pairs with Sentry and Pulsar for layered counter-intrusion.
• Terrestrial telemetry streamed to DAI-ATLAS change-detection pipelines.
• Back-engineered and field-integrated at CHACHAPOYA — airframes, sensors, and effectors assembled from qualified regional and international suppliers.
• Every track, video feed, and mission thread is ingested by DAI-ATLAS — fused with satellite baselines, terrestrial IoT, historical missions, and third-party drone telemetry.

Kinetic counter-UAS interceptor — propulsion and guidance modules back-engineered and assembled for regional defeat missions.

• Autonomous detect-track-defeat workflow through Lattice.
• Base defense and critical infrastructure protection.
• Complements Roadrunner for layered counter-UAS architecture.
• Back-engineered and field-integrated at CHACHAPOYA — airframes, sensors, and effectors assembled from qualified regional and international suppliers.
• Every track, video feed, and mission thread is ingested by DAI-ATLAS — fused with satellite baselines, terrestrial IoT, historical missions, and third-party drone telemetry.

Reusable autonomous interceptor — launch, loiter, recover, and reuse. Recoverable airframe subsystems sourced from multiple qualified suppliers.

• High-speed engagement against hostile UAS threats.
• Lower cost per engagement vs. expendable interceptors.
• Lattice-tasked autonomy with human-on-the-loop via DAI-ATLAS.
• Back-engineered and field-integrated at CHACHAPOYA — airframes, sensors, and effectors assembled from qualified regional and international suppliers.
• Every track, video feed, and mission thread is ingested by DAI-ATLAS — fused with satellite baselines, terrestrial IoT, historical missions, and third-party drone telemetry.

Dismounted edge compute and communications node — extends Lattice connectivity to foot-mobile teams in contested bandwidth.

• Fused situational awareness at the tactical edge.
• Ruggedized for austere and GPS-denied environments.
• Bridges Menace-X vehicle kits and Voyager long-haul links.
• Back-engineered and field-integrated at CHACHAPOYA — airframes, sensors, and effectors assembled from qualified regional and international suppliers.
• Lattice-class command layer tasks the platform; DAI-ATLAS is the intelligence layer that unifies multi-source data into one sovereign operating picture.

Vehicle-mounted edge compute and comms — connects armored and logistics platforms to Lattice Mesh and DAI-ATLAS.

• High-throughput relay for squad-to-brigade operations.
• Integrates Spyglass, Spark, and EagleEye payloads on the move.
• Supplier-qualified RF and compute modules assembled at CHACHAPOYA.
• Back-engineered and field-integrated at CHACHAPOYA — airframes, sensors, and effectors assembled from qualified regional and international suppliers.
• Every track, video feed, and mission thread is ingested by DAI-ATLAS — fused with satellite baselines, terrestrial IoT, historical missions, and third-party drone telemetry.

Transportable tactical comms kit — rapid-deploy Lattice Mesh anchor for forward operating bases and expeditionary sites.

• Sets up mesh backbone in under 30 minutes with trained teams.
• Feeds terrestrial sensor layers directly into DAI-ATLAS.
• Pairs with Voyager for beyond-line-of-sight extension.
• Back-engineered and field-integrated at CHACHAPOYA — airframes, sensors, and effectors assembled from qualified regional and international suppliers.
• Every track, video feed, and mission thread is ingested by DAI-ATLAS — fused with satellite baselines, terrestrial IoT, historical missions, and third-party drone telemetry.

Compact ISR payload for land platforms — EO/IR gimbals and metadata streaming integrated through Lattice Mesh to DAI-ATLAS.

• Real-time video and metadata to Lattice C2 and DAI-ATLAS.
• Modular payload architecture for multi-mission land vehicles.
• Works with Spark, EagleEye, and Voyager in connected warfare stacks.
• Back-engineered and field-integrated at CHACHAPOYA — airframes, sensors, and effectors assembled from qualified regional and international suppliers.
• Every track, video feed, and mission thread is ingested by DAI-ATLAS — fused with satellite baselines, terrestrial IoT, historical missions, and third-party drone telemetry.

Lightweight RF and EW sensing payload — cueing friendly effectors and feeding EM order-of-battle into DAI-ATLAS.

• Passive and active sensing modes for contested spectrum.
• Handoff tracks to Anvil, Roadrunner, and Ghost-class assets.
• Antenna and DSP boards sourced from qualified defense suppliers.
• Back-engineered and field-integrated at CHACHAPOYA — airframes, sensors, and effectors assembled from qualified regional and international suppliers.
• Every track, video feed, and mission thread is ingested by DAI-ATLAS — fused with satellite baselines, terrestrial IoT, historical missions, and third-party drone telemetry.

Elevated mast-mounted EO/IR sensor — extends line-of-sight for Sentry networks and terrestrial DAI-ATLAS baselines.

• Rapid mast deployment for mobile command posts.
• Fused with satellite Sentinel baselines in DAI-ATLAS.
• Supports infrastructure and border mission sets across LATAM.
• Back-engineered and field-integrated at CHACHAPOYA — airframes, sensors, and effectors assembled from qualified regional and international suppliers.
• Every track, video feed, and mission thread is ingested by DAI-ATLAS — fused with satellite baselines, terrestrial IoT, historical missions, and third-party drone telemetry.

Long-haul communications relay — beyond-line-of-sight link for distributed Land and Sea assets into DAI-ATLAS.

• Extends Lattice Mesh across valleys, jungle canopy, and maritime interfaces.
• Backbone for CHACHAPOYA Cloud Warrior expeditionary packages.
• Integrates Menace family and third-party drone downlinks.
• Back-engineered and field-integrated at CHACHAPOYA — airframes, sensors, and effectors assembled from qualified regional and international suppliers.
• Every track, video feed, and mission thread is ingested by DAI-ATLAS — fused with satellite baselines, terrestrial IoT, historical missions, and third-party drone telemetry.

Intelligent VTOL sUAS — modular, man-portable, 100+ min endurance. CHACHAPOYA Cloud Warrior line: back-engineered airframe with supplier-qualified avionics and DAI-ATLAS edge fusion.

• Multi-mission capable with field-swappable payloads.
• Submersible airframe rated for maritime and adverse weather.
• 32 TOPS onboard AI for classify/track at the edge.
• Mission video and telemetry ingested by DAI-ATLAS alongside satellite and historical layers.
• Back-engineered and field-integrated at CHACHAPOYA — airframes, sensors, and effectors assembled from qualified regional and international suppliers.
• Every track, video feed, and mission thread is ingested by DAI-ATLAS — fused with satellite baselines, terrestrial IoT, historical missions, and third-party drone telemetry.

Type

VTOL sUAS · Cloud Warrior

Endurance

100+ min (mission payload)

AI

Edge CV + DAI-ATLAS fusion

Agile tactical UAS for reconnaissance and precision effects — assembled from multi-supplier propulsion, gimbal, and autopilot stacks.

• Lattice-connected for multi-domain cueing and handoff.
• Squad-level ISR and strike coordination.
• Feeds live orthophotos and video into DAI-ATLAS territorial baselines.
• Back-engineered and field-integrated at CHACHAPOYA — airframes, sensors, and effectors assembled from qualified regional and international suppliers.
• Every track, video feed, and mission thread is ingested by DAI-ATLAS — fused with satellite baselines, terrestrial IoT, historical missions, and third-party drone telemetry.

Long-endurance tactical UAS for persistent ISR and strike in denied environments — scalable payload bay for multi-intelligence sensors.

• Autonomous mission profiles via Lattice Mission Autonomy.
• Historical mission replay and pattern analysis in DAI-ATLAS.
• Airframe and power modules integrated at CHACHAPOYA.
• Back-engineered and field-integrated at CHACHAPOYA — airframes, sensors, and effectors assembled from qualified regional and international suppliers.
• Every track, video feed, and mission thread is ingested by DAI-ATLAS — fused with satellite baselines, terrestrial IoT, historical missions, and third-party drone telemetry.

Autonomous collaborative combat aircraft — affordable mass through software-defined weapons and CHACHAPOYA scalable assembly.

• Software-defined weapons architecture on Lattice.
• Scalable production aligned with regional supplier networks.
• Pairs with crewed fighters for human-machine teaming.
• DAI-ATLAS fuses Barracuda tracks with ground and orbital layers.
• Back-engineered and field-integrated at CHACHAPOYA — airframes, sensors, and effectors assembled from qualified regional and international suppliers.
• Every track, video feed, and mission thread is ingested by DAI-ATLAS — fused with satellite baselines, terrestrial IoT, historical missions, and third-party drone telemetry.

High-performance autonomous air vehicle for air dominance — speed, mass, and AI integrated through Lattice and DAI-ATLAS.

• Lattice-tasked autonomy for complex air missions.
• Propulsion and airframe subsystems from qualified international suppliers.
• Mission outcomes logged to DAI-ATLAS historical intelligence store.
• Back-engineered and field-integrated at CHACHAPOYA — airframes, sensors, and effectors assembled from qualified regional and international suppliers.
• Every track, video feed, and mission thread is ingested by DAI-ATLAS — fused with satellite baselines, terrestrial IoT, historical missions, and third-party drone telemetry.

Large-displacement UUV for undersea dominance — pressure hull, propulsion, and sonar packages back-engineered and assembled for regional maritime defense.

• Long-endurance patrol and ISR in contested littorals.
• Lattice-tasked autonomy with acoustic and EM sensing.
• Bathymetry and contact tracks fused in DAI-ATLAS with satellite and terrestrial coastal layers.
• Back-engineered and field-integrated at CHACHAPOYA — airframes, sensors, and effectors assembled from qualified regional and international suppliers.
• Every track, video feed, and mission thread is ingested by DAI-ATLAS — fused with satellite baselines, terrestrial IoT, historical missions, and third-party drone telemetry.

Domain

Undersea · littoral

Integration

Lattice + DAI-ATLAS

Medium UUV for mine countermeasures and harbor defense — modular nose sections from qualified subsea suppliers.

• Autonomous survey and neutralization workflows.
• Handoff to surface and air assets via Lattice Mesh.
• Seabed change detection against DAI-ATLAS historical baselines.
• Back-engineered and field-integrated at CHACHAPOYA — airframes, sensors, and effectors assembled from qualified regional and international suppliers.
• Every track, video feed, and mission thread is ingested by DAI-ATLAS — fused with satellite baselines, terrestrial IoT, historical missions, and third-party drone telemetry.

Fixed and relocatable undersea sensor node — persistent acoustic awareness for ports, cables, and critical maritime infrastructure.

• Low-power mesh node compatible with Lattice and Voyager relays.
• Alerts ingested by DAI-ATLAS alongside AIS and coastal radar.
• Deployed as part of CHACHAPOYA maritime defense packages.
• Back-engineered and field-integrated at CHACHAPOYA — airframes, sensors, and effectors assembled from qualified regional and international suppliers.
• Every track, video feed, and mission thread is ingested by DAI-ATLAS — fused with satellite baselines, terrestrial IoT, historical missions, and third-party drone telemetry.

Unified command-and-control for sensors, effectors, and operators — mission threads bridged into DAI-ATLAS for sovereign multi-source fusion.

• Single pane of glass for multi-domain operations.
• Real-time tracks, video, and mission threads.
• Role-based access for distributed command teams.
• Lattice-class command layer tasks the platform; DAI-ATLAS is the intelligence layer that unifies multi-source data into one sovereign operating picture.
• Every track, video feed, and mission thread is ingested by DAI-ATLAS — fused with satellite baselines, terrestrial IoT, historical missions, and third-party drone telemetry.

Autonomous tasking and collaboration for heterogeneous fleets — including third-party drones ingested through DAI-ATLAS.

• Multi-agent coordination across air, land, and sea assets.
• Human-on-the-loop workflows with explainable AI decisions.
• Mission replanning in contested and GPS-denied environments.
• Lattice-class command layer tasks the platform; DAI-ATLAS is the intelligence layer that unifies multi-source data into one sovereign operating picture.
• Every track, video feed, and mission thread is ingested by DAI-ATLAS — fused with satellite baselines, terrestrial IoT, historical missions, and third-party drone telemetry.

Resilient mesh networking at the tactical edge — Menace, Sentry, Ghost, Voyager, and third-party systems into one DAI-ATLAS picture.

• Extends connectivity to disconnected and bandwidth-limited operators.
• Integrates supplier-qualified RF modules assembled at CHACHAPOYA.
• Common operating picture across echelons.
• Lattice-class command layer tasks the platform; DAI-ATLAS is the intelligence layer that unifies multi-source data into one sovereign operating picture.
• Every track, video feed, and mission thread is ingested by DAI-ATLAS — fused with satellite baselines, terrestrial IoT, historical missions, and third-party drone telemetry.

Onboard AI compute module — classify, track, and cue at the edge; metadata streamed to DAI-ATLAS for orbital and historical correlation.

• Deployable on Ghost, Sentry, and Menace platforms.
• 32+ TOPS class inference at the edge.
• Reduces bandwidth while preserving sovereign data in DAI-ATLAS.
• Back-engineered and field-integrated at CHACHAPOYA — airframes, sensors, and effectors assembled from qualified regional and international suppliers.
• Every track, video feed, and mission thread is ingested by DAI-ATLAS — fused with satellite baselines, terrestrial IoT, historical missions, and third-party drone telemetry.

Developer toolkit for integrating third-party sensors, effectors, and apps — with native DAI-ATLAS APIs for geospatial and mission fusion.

• APIs for tracks, video, missions, and alerts.
• Partner-ready path for defense primes and regional integrators.
• Bridges directly to DAI-ATLAS modules and data layers.
• Lattice-class command layer tasks the platform; DAI-ATLAS is the intelligence layer that unifies multi-source data into one sovereign operating picture.

Certification program for technology partners — co-develop on Lattice and DAI-ATLAS with CHACHAPOYA assembly and field integration.

• Co-development and certification for defense integrators.
• Access to SDK, test environments, and mission profiles.
• Ideal for regional partners building on DAI War Machines.
• Lattice-class command layer tasks the platform; DAI-ATLAS is the intelligence layer that unifies multi-source data into one sovereign operating picture.

The sovereign intelligence layer — not a map viewer. Evaluates, calculates, and projects territorial state by fusing satellite, aerial, terrestrial, historical, and third-party drone data.

• NASA SRTM, ESA Sentinel, SENAMHI, MTC, and ACLED layers live today.
• VTOL DAI-UAV field collection up to 6,500 m across the Andes.
• Institutional calculation pipelines — verified outputs, not raw pixels.
• Single control plane for defense, infrastructure, and energy operators.

Role

Multi-source intelligence fusion

Fleet

DAI-UAV + third-party drones

Ingests telemetry, video, and metadata from CHACHAPOYA platforms, legacy government UAVs, and allied third-party drones into one DAI-ATLAS track store.

• Normalizes MAVLink, STANAG, and vendor-specific feeds.
• Correlates live tracks with satellite change detection.
• Supports coalition and multi-supplier fleet operations.
• Every track, video feed, and mission thread is ingested by DAI-ATLAS — fused with satellite baselines, terrestrial IoT, historical missions, and third-party drone telemetry.

Fuses Sentinel and commercial orbital imagery with Sentry, EagleEye, Ghost, and DAI-UAV field layers for sub-meter change detection.

• Weekly VTOL collection over ports, corridors, and critical sites.
• Terrestrial IoT and tower sensors close the loop on alerts.
• Historical baselines enable before/after mission intelligence.
• Every track, video feed, and mission thread is ingested by DAI-ATLAS — fused with satellite baselines, terrestrial IoT, historical missions, and third-party drone telemetry.

Archives every CHACHAPOYA and third-party mission — replay, pattern-of-life analysis, and predictive cues for Lattice Mission Autonomy.

• Searchable mission threads with geospatial and temporal indexing.
• Feeds training data for edge AI and institutional reporting.
• Sovereign storage for government and defense customers.
• Every track, video feed, and mission thread is ingested by DAI-ATLAS — fused with satellite baselines, terrestrial IoT, historical missions, and third-party drone telemetry.

Normalizes health, maintenance, and performance data from subsystems sourced across qualified suppliers — full lifecycle visibility in DAI-ATLAS.

• Tracks BOM lineage for back-engineered assemblies.
• Predictive maintenance for CHACHAPOYA fielded systems.
• Supports audit and sovereignty requirements for defense procurement.
• Back-engineered and field-integrated at CHACHAPOYA — airframes, sensors, and effectors assembled from qualified regional and international suppliers.
• Every track, video feed, and mission thread is ingested by DAI-ATLAS — fused with satellite baselines, terrestrial IoT, historical missions, and third-party drone telemetry.

Regional integration facility — back-engineering reference platforms, qualifying suppliers, and assembling Land, Air, and Sea systems for LATAM defense programs.

• Reverse-engineering of airframes, sensors, effectors, and edge compute.
• Multi-supplier BOM with traceability in DAI-ATLAS.
• 24-hour mission desk and spare-parts inventory for fielded fleets.
• Cloud Warrior air line and maritime packages ready for allied programs.
• Back-engineered and field-integrated at CHACHAPOYA — airframes, sensors, and effectors assembled from qualified regional and international suppliers.

Model

Back-engineer · assemble · fuse

HQ

Lima · LATAM field integration