Mission architecture
Platform, sensing, communications and software are evaluated as a connected operating system.
FOR DEFENSE PRIMES · CRITICAL INFRASTRUCTURE · ENTERPRISE OPERATORS
Multi-Domain Unmanned Systems, One Engineering Partner
OMNI UXV integrates counter-UAS detection, industrial UAV, underwater ROV, radar monitoring and security platforms into mission-ready system configurations. Each with traceable source data, acceptance evidence and destination-aware compliance review. One engineering partner. One technical baseline.
- Integrated domainsAir · Low-Altitude · Water
- Traceable portfolio50 Configurations
- Reference architectures9 Mission Frameworks
- Technical editorial74 Briefings
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PORTFOLIO LOGIC
Air, Low Altitude and Water—Connected by Evidence
Breadth is useful only when every layer has a defined role. OMNI UXV connects equipment selection to site conditions, interfaces, authority and acceptance criteria.
AIR
Industrial UAV
Industrial UAV Configurations for Mission-Led Operations
- VTOL fixed-wing and multirotor references
- Payload and usable endurance evaluated together
- Mapping, inspection, logistics and observation
- Configuration-specific acceptance planning
Explore Industrial UAV
LOW ALTITUDE
Counter-UAS
Counter-UAS Sensing and Response Architectures
- Radar, RF and electro-optical detection
- Layered verification and operator workflow
- Countermeasures only where authorized
- Site-specific interfaces and acceptance evidence
Explore Counter-UAS
WATER
Underwater ROV & Sonar
ROV and Sonar Configurations for Subsea Work
- Side-scan and multibeam survey references
- Imaging sonar for limited visibility
- ROV inspection and light-intervention options
- Mission, tether and payload evaluated together
Explore Underwater ROV & Sonar
COMPLETE PRODUCT PORTFOLIO
7 Specialized Technology Lines — 50 Core Configurations
A manual-sourced portfolio spanning air, low-altitude security, underwater systems, monitoring, emergency technology and smart infrastructure.
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REFERENCE INDUSTRY ARCHITECTURES
Nine Mission-Led Operating Frameworks
Each architecture defines the operating problem, design questions, equipment layers, implementation sequence and acceptance outcomes.
[ IND.01 ]
Border & Homeland Security
Aerial observation, layered low-altitude awareness and a governed command workflow for priority corridors.
[ IND.02 ]
Critical Infrastructure Protection
Inspection, low-altitude sensing, movement monitoring and incident correlation for high-consequence sites.
[ IND.03 ]
Precision Agriculture
A repeatable survey-to-decision workflow built around payload, calibration, field truth and data quality.
[ IND.04 ]
Mining Safety & Monitoring
Slope radar, GNSS, aerial observation and alarms connected to named operational actions.
[ IND.05 ]
Disaster & Emergency Response
Aerial assessment and evidence-led life-detection search integrated with incident command.
[ IND.06 ]
Port & Water Security
Above-water awareness, underwater search, close inspection and evidence handoff for port assets.
[ IND.07 ]
Oil & Gas Facility Security
Remote inspection, low-altitude awareness and incident coordination designed around process and cyber boundaries.
[ IND.08 ]
Smart City & Transportation
Radar-video sensing, local warnings, access workflows and platform integration with privacy controls.
[ IND.09 ]
Law Enforcement & Public Safety
Authorized aerial awareness, low-altitude alerts and restricted sensing with auditable human decisions.
Not sure which solution fits?
- 50Core configurations
Each with source reference
- 7Technology lines
Air, water, sensing and command
- 9Reference architectures
Designed around operating context
- 12Technical articles
Sources and review dates included
CROSS-PORTFOLIO SHORTLIST
Compare Representative Configurations
A compact view across six technology lines. Values are manual-sourced reference data; open each product page for conditions, source page and configuration notes.
| Model | Role | Selected reference data | Source | Details |
|---|---|---|---|---|
| ZJ-G20 ZJ-G20 VTOL Fixed-Wing UAV | Long-range aerial platform | Maximum takeoff weight: 25 kg · Mission payload: 1.5–7 kg | Manual p. 11 | Review → |
| NI-R5000+ NI-R5000+ Active Detection Radar | Low-altitude detection | Sensor type: Active detection radar · Deployment: Fixed or mobile, project-configured | Manual p. 3 | Review → |
| SNR900U SNR900U Side-Scan Sonar | Seabed imaging | Frequency options: 400/900 kHz or 600/1600 kHz · Reference range: 150 m at 400 kHz; 75 m at 900 kHz | Manual p. 42 | Review → |
| HAWK-R5 HAWK-R5 Full-Azimuth Slope Monitoring Radar | Persistent deformation monitoring | Radar type: Arc synthetic-aperture deformation radar · Signal: FMCW | Manual p. 37 | Review → |
| DN-III+ DN-III+ Radar Life Detector | Urban search and rescue | Device type: Portable one-dimensional radar life detector · Radar architecture: Ultra-wideband | Manual p. 31 | Review → |
| TRVF-8221 TRVF-8221 Radar-Video Fusion Sensor | Road perception | Reference detection distance: ≥300 m · Tracked targets: Up to 256 reference targets | Manual p. 51 | Review → |
Integration model
One mission, one accountable system record
OMNI UXV brings air, defense and water technologies into mission-led systems. Each project connects the operating requirement to a defined architecture, exact configuration, evidence basis, delivery scope and acceptance path.
Configuration control
Payload, interfaces, performance conditions and service boundaries are recorded for delivery.
Evidence and support
Source documents, acceptance methods and lifecycle responsibilities remain traceable.
Distributor or integration partner?
Review the program requirements before sharing a territory or project proposal.
ENGINEERING & CONSULTATION
Ready to Discuss Your Requirements?
Share the mission, site, payload, interfaces and destination. We will identify the technical unknowns and prepare a traceable configuration shortlist.
Start a Technical Inquiry