01 / PLATFORM
Airframe Intelligence
Digital configuration, component models, structural states and engineering telemetry.
ADVANCED AEROSPACE PLATFORM
RE-X1
AEROSPACE
A high-speed aerospace platform demonstrator built around digital engineering, distributed sensing, intelligent sensor fusion and autonomous platform-health technologies.
SYSTEM TELEMETRY
PLATFORMONLINE
SIMULATIONACTIVE
FUSION96.4%
SENSOR HEALTH98.1%
DIGITAL TWINSYNC
ARCHITECTUREDistributed Sensing
INTELLIGENCEQIRF Fusion
PLATFORMDigital Twin
STATUSRESEARCH ACTIVE
SYSTEM ARCHITECTURE
One platform.
Multiple intelligence layers.
Multiple intelligence layers.
RE-X1 is conceived as a digitally engineered aerospace platform where sensing, computation, health intelligence and simulation operate as a unified architecture.
02 / SENSING
Distributed Sensing
Multi-sensor architecture designed to maintain situational awareness across changing conditions.
03 / FUSION
QIRF Intelligence
Quantum-inspired computational methods for sensor-data fusion and uncertainty management.
04 / HEALTH
Platform Health
Continuous monitoring of subsystem health, anomalies and maintenance indicators.
INTELLIGENCE LAYER
QIRF + RADAR
Two connected technology layers supporting the broader Recognizant sensing and intelligence ecosystem.
QIRF / SENSOR FUSION
● RESEARCH
Quantum-Inspired
Radar Fusion
A research architecture for distributed sensing, uncertainty-aware fusion and resilient perception using quantum-inspired computational techniques.
RADAR / COMMAND SOFTWARE
● ONLINE
Radar
Intelligence
Recognizant's radar software layer provides visualization, tracking, sensor-network monitoring, analytics and digital command-centre interfaces.
DIGITAL ENGINEERING
The aircraft exists
before the prototype.
before the prototype.
A digital-twin workflow allows configuration, subsystem behaviour, telemetry and test scenarios to be explored before physical integration.
CONFIGURATION MODELRE-X1 / BASELINE
SENSOR MODELFUSION GRAPH ACTIVE
HEALTH MODELNOMINAL
SIMULATION STATE● LIVE DIGITAL TWIN
DEVELOPMENT PATH
From digital model
to validated demonstrator.
to validated demonstrator.
Digital Architecture
Configuration, digital twin and system architecture.
Simulation
Modelling, sensor simulation and engineering analysis.
Subsystem Validation
Bench-level validation and interface testing.
HIL Integration
Hardware-in-the-loop engineering validation.
Future Demonstrator
Ground and appropriately approved flight-test programme.
RECOGNIZANT ROBOTECH ENGINEERS
Engineering indigenous
aerospace intelligence.
A digitally engineered research platform connecting aerospace systems, distributed sensing, radar intelligence, AI and next-generation digital-twin technologies.
ENTER DIGITAL TWIN →