⌁
Distributed Radar
Networked sensing nodes provide geographically separated observations for a broader sensing architecture.
AI • Robotics • Defence Intelligence
Engineering Indigenous
Defence Technologies for the Future
Recognizant Robotech Engineers develops intelligent sensing, autonomous platforms and multi-domain defence technologies — with Quantum-Inspired Radar Fusion (QIRF) as a flagship distributed radar-intelligence architecture.
QIRFDistributed Radar Intelligence
AI + RoboticsAutonomous Systems
Multi-DomainAir • Ground • Maritime
QIRFFUSION CORE
QIRF Operational Concept
Many sensors. One intelligence picture.
Airborne, ground and maritime sensing nodes contribute observations to a coordinated QIRF fusion architecture.
UAV
NODE 01
NODE 01
UAV
NODE 02
NODE 02
UAV
NODE 03
NODE 03
GROUND
NODE
NODE
MARITIME
NODE
NODE
QIRFSHARED FUSION
Technology
From sensing to intelligence.
QIRF brings together complementary engineering layers without exposing implementation-sensitive details on the public site.
◉
Signal Processing
Detection, feature extraction and measurement processing form the foundation of the intelligence pipeline.
◆
AI & Fusion
AI-assisted association and multi-sensor fusion support a coherent track and situational picture.
✦
Quantum-Inspired
Quantum-inspired computational approaches can support complex optimisation and fusion problems.
QIRF Architecture
Five layers. One intelligence fabric.
The modular architecture separates sensing, processing, optimisation, fusion and operational intelligence so each layer can mature independently.
Request Technical Brief →Command & ControlOperational intelligence
Sensor Fusion EngineTrack & data fusion
Quantum-Inspired ProcessingOptimisation layer
Radar Signal ProcessingDetection & features
Distributed Sensor NodesMeasurement layer
Platforms
The platform is the node. QIRF is the intelligence architecture.
QIRF can be conceptually integrated across heterogeneous autonomous and fixed sensing platforms.
UAV / UAS
Micro, tactical, fixed-wing and VTOL concepts for distributed airborne sensing.
AIRBORNE NODEUGV / Ground
Vehicle-mounted and fixed nodes extending sensing into terrestrial environments.
GROUND NODEUSV / Maritime
Autonomous and shipborne platforms contributing maritime observations.
MARITIME NODEFuture Domains
Architecture designed to remain open to additional sensing and autonomous platforms.
MODULAR EXPANSIONApplications
Mission outcomes, not just hardware.
QIRF is positioned as a distributed intelligence layer for multi-domain surveillance and situational awareness.
Wide-Area ISR
Distributed observations for persistent surveillance architectures.
Border & Infrastructure
Networked sensing for geographically distributed monitoring.
Maritime Surveillance
Air-sea sensing concepts for extended maritime awareness.
Counter-UAS Sensing
Distributed sensing architecture supporting detection and tracking workflows.
Multi-Domain Awareness
Shared intelligence across air, ground and maritime nodes.
Tactical Intelligence
Edge-aware sensing and fusion concepts for time-sensitive operations.
QIRF + Intelligence Ecosystem
From radar network to battlefield intelligence fabric.
QIRF can serve as the sensing and fusion layer within a broader Recognizant multi-domain architecture.
QIRF Radar NodesSENSE
UAV / UGV / USV / SensorsCONNECT
AI Sensor FusionUNDERSTAND
Battlefield Digital TwinVISUALISE
Command & ControlDECIDE
◈
Intelligence Infrastructure
Connect distributed sensing with higher-level decision support without tying the architecture to one airframe, vehicle or sensor type.
Concept: distributed sensing → fusion → common operational picture.
R&D & Technology Maturity
Research → prototype → relevant-environment validation.
Use the roadmap to communicate development maturity transparently rather than presenting future capability as an operational product.
TRL 1Basic research
TRL 2Technology formulation
TRL 3Experimental PoC
TRL 4Component validation
TRL 5–6Prototype / relevant environment
TRL 7–9Demonstration → maturity
IP & Indigenous Technology
Protect the engineering. Share the vision.
Our technology establishes technical credibility while reserving enabling design details for controlled technical discussions.
Indigenous Deep-Tech Development
Radar intelligence • AI & sensor fusion • quantum-inspired computing • autonomous systems • multi-domain integration.
Controlled Technical Disclosure
Detailed RF architecture, PCB implementation, algorithms, synchronization mechanisms and customer-specific configurations can remain protected.
Recognizant Technology Ecosystem
One company. Multiple defence technology layers.
Our Company's major technology directions.
R
QIRF
Distributed radar intelligence and sensor fusion.
A
Autonomous Platforms
UAV, UAS, UGV and maritime robotic systems.
D
Battlefield Digital Twin
Multi-domain visualization and intelligence architecture.
S
Soldier & Maritime Intelligence
Future sensing, wearable and air-sea intelligence concepts.
Technology Journey
Research to field-ready capability.
Our technology journey that demonstrates disciplined engineering progression.
ResearchProblem & technology studies
SimulationAlgorithms & architecture models
PoCExperimental validation
PrototypeHardware/software integration
TestingControlled & relevant environments
DemonstrationMission-oriented validation
Partner With Recognizant
Build the next generation of distributed defence intelligence.
Explore QIRF technology collaboration, prototype development, UAV integration, multi-domain sensing, research partnerships and defence technology programs.