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Advanced Technology

Technology becomes valuable when engineering makes it usable.

Explore AI, autonomy, embedded computing, sensing, digital engineering and advanced materials through a practical integration and sourcing lens.

ADVANCED TECHNOLOGY

Targeting the technologies that change how systems are designed and supported.

BSE approaches emerging technology through practical engineering, sourcing and integration pathways. The focus is on solving real sensing, computing, autonomy, maintenance and operational problems.

AI & MACHINE INTELLIGENCE

Turn data and knowledge into faster technical decisions.

Potential applications include AI-assisted customer triage, technical knowledge retrieval, machine vision, anomaly detection, predictive maintenance, workflow intelligence and decision support with human approval.

Knowledge assistants and technical retrievalMachine vision and inspection conceptsPredictive maintenance and anomaly analyticsHuman-in-the-loop workflow automation
AI and machine intelligence visual
AUTONOMOUS SYSTEMS

Platforms, payloads and mission-support technology.

UAV platforms, ground-control systems, navigation, mission accessories, sensing payloads and related integration or sourcing support.

UAV platforms & ground systemsNavigation and mission accessoriesImaging / sensing payloadsData-link and support equipment
UAV and autonomous systems
EMBEDDED & EDGE

Compute closer to the machine and the mission.

Embedded computers, rugged interfaces, industrial controllers, edge processing and integration components for compact, distributed or harsh-environment systems.

Embedded computers and SBCsIndustrial I/O and interfacesEdge processingRuggedization and packaging support
Embedded and edge electronics
SENSORS & ELECTRO-OPTICS

Observe more, measure better, connect the data.

Thermal imaging, machine vision, measurement, electro-optical sensing and supporting compute/interfaces for research and industrial applications.

Thermal and optical imagingMachine vision componentsIndustrial and environmental sensingMeasurement and data acquisition
Sensors and electro-optics
DIGITAL ENGINEERING

Connect design data to fabrication, configuration and sustainment.

3D CAD, technical documentation, digital twins, configuration data and model-driven workflows can reduce ambiguity and improve repeatability.

3D CAD and technical dataConfiguration and revision controlDigital-twin conceptsDesign-to-fabrication workflows
Digital engineering workflow
ADVANCED MATERIALS

Material selection as a performance decision.

Specialty alloys, marine-grade aluminium, composites and engineered materials can be sourced against grade, condition, certificate and application requirements.

Marine-grade aluminiumSpecialty metals and alloysComposite materialsCertification and traceability requirements
Advanced materials and machining
A technology horizon designed around integration.
V11 ENGINEERING VISUAL

A technology horizon designed around integration.

AI, autonomy, sensing, edge computing, digital twins and advanced materials are presented as capability-development and integration domains—not unsupported product claims.

AI & machine intelligenceAutonomous / unmanned systemsSensors & electro-opticsDigital twins / MBSE
RFQWA