Consumer Electronics

Extracts 3D motion data from standard 2D video for animation and robotics applications

Radar sensors that measure range, angle, elevation, and velocity for autonomous vehicle perception

High-speed wireless networks with dedicated slices for enterprise, IoT, and mobile applications

Ultra-high-frequency wireless networks using terahertz spectrum for terabit-per-second data speeds

Window-mounted systems that cancel traffic and aircraft noise before it enters indoor spaces

Compact solid-state LiDAR sensors for autonomous vehicle perception and navigation

Focused radio signals using antenna arrays to target specific devices instead of broadcasting uniformly

Wireless protocols that measure precise device distances using phase-based radio signals

Self-administered hearing tests and education through AI-powered smartphone platforms

Deep learning tools that analyze microscope images to detect cell structures, abnormalities, and disease markers

AI systems that monitor sleep patterns and intervene to reduce snoring and improve rest quality

Computer vision systems that detect product defects and quality issues in manufacturing

AI algorithms that isolate speech from noise in hearing devices and earbuds

Wearable sensors that continuously track vitals and deliver personalized health predictions using AI

Wearable exoskeletons that activate support only when AI detects strain during lifting or bending

Electronic sensors that detect and identify odors using MEMS arrays and machine learning

IoT sensors and AI that monitor stress, posture, and environment to improve employee health and prevent workplace strain

Security systems that use AI to verify identity through biometrics and behavioral patterns

Sensors and AI that measure milk flow during breastfeeding to track infant intake

Machine learning algorithms that enhance camera image quality in fog, low light, and adverse weather

AI systems that generate recipes and autonomously control cooking parameters in real-time

Virtual replicas of buildings that optimize energy use and operations through real-time sensor data and AI

Cameras and sensors that detect falls, medical emergencies, and hazards indoors using on-device AI

AI systems that monitor, optimize, and extend EV battery health from first use to recycling

Smart glasses that auto-document lab workflows in real-time from a researcher's point of view

Powering devices by capturing energy from RF signals, light, vibration, and heat instead of batteries

Multi-layered security protecting connected vehicles from cyber threats and unauthorized access

Self-piloting aircraft using AI for delivery, inspection, and surveillance tasks

Virtual testing environments using AI to train and validate autonomous vehicles and robotics

Electronic components made from biodegradable or bio-sourced materials for reduced environmental impact

Wearable fabrics delivering microcurrent stimulation for muscle toning and circulation

Secure wireless links between wearables using electric fields confined to the body surface

Wearable cameras that detect people approaching from behind and alert the wearer in real time

Real-time emission tracking using non-intrusive sensors and AI analytics for ports and industrial facilities

Retail environments using computer vision and sensors to eliminate checkout lines

AI that turns webcams into movement analysis tools for physical therapy and injury prevention

AI-powered video analysis that measures heart rate, oxygen levels, and stress from facial skin color changes

Monitors heart rate, breathing, and presence by analyzing how Wi-Fi signals reflect off the human body

Wearable sensors that track blood pressure continuously without inflatable cuffs

Wearables that track internal body temperature continuously without invasive probes

High-power charging infrastructure that delivers DC electricity directly to EV batteries for rapid refueling

Virtual replicas of physical systems that sync in real-time for testing, monitoring, and planning

Real-time video analysis running locally on edge devices without cloud dependency

AI-powered email validation that detects fraud, verifies identity, and enriches contact data

Virtual training environments that teach robots skills in simulation before real-world deployment

AI-powered robots that recognize emotions and adapt interactions to help children with autism develop social skills

AI translation that preserves emotional tone and cultural context across languages

AI systems that detect and respond to human emotions through voice, vision, and behavior analysis

AI that detects emotion in text and voice to personalize customer support responses

AI systems that detect human emotions and behaviors from facial expressions, voice, and body language

Bendable circuits and displays on plastic or metal substrates for foldable devices and wearables

Implanted electrode arrays that interface with the cortex to record and stimulate neural activity

Antenna arrays with hundreds of elements for stronger, more directional wireless signals

Advanced memory and data pathways that feed AI chips and processors at extreme speeds

High-resolution cameras engineered for AI-driven automation in automotive, robotics, and industrial systems

Bipedal robots designed to work in human spaces using AI-driven movement and task adaptation

Single-chip solar power management adapting from indoor microwatts to outdoor watts for continuous charging

AI-powered tire monitoring systems that track pressure, temperature, and wear to reduce fleet operating costs

Network of connected devices that collect and share data for automation and insights

Biometric authentication using unique iris patterns captured by specialized infrared cameras

Ceramic battery membranes that conduct lithium ions without flammable liquids

Video compression optimized for real-time streaming with sub-millisecond delay

Acoustic sensor arrays that track position and orientation indoors to millimeter precision

Distributed AI system where thousands of specialized autonomous agents collaborate to solve complex problems

Antenna arrays that create multiple independent radio beams to serve different users simultaneously

Combining radar, vision, and tactile feedback to create realistic touch sensations in digital environments

Data transfer using electric fields instead of radio waves for secure device pairing within 5–25 cm

Terahertz frequencies, intelligent surfaces, and advanced substrates enabling ultra-fast wireless networks

EEG-based systems that translate brain signals into commands for devices, apps, and AR without surgery

Chips that analyze heart, brain, and muscle signals locally without cloud connectivity

Computer vision systems that count pills locally without cloud processing

Verifies user identity against government IDs locally on smartphones, without sending data to the cloud

Locks a vehicle's gear shifter in Park until authorized, preventing theft even if the engine starts

Wireless data transmission confined to a 10cm bubble using electric fields instead of radio waves

Adaptive antennas that align with incoming signal polarization to minimize wireless power loss

Audio systems that track listener position to maintain optimal 3D sound anywhere in the room

Sensors that measure forces and torques in robotics for safe, precise object handling

Four-legged robots that autonomously inspect substations, factories, and hazardous sites

Instant speech translation and speaker-identified captions displayed on wearable devices

AI chips that adapt their architecture on-the-fly to run vision and language models efficiently

AR waveguides using mirrors to deliver 10× brighter displays than standard optical guides

Biometric identity verification designed with privacy, fairness, and data protection built in

AI models that let robots learn general skills and transfer knowledge across different robot types

AI-guided robotic systems that automate tooth preparation and restoration in a single visit

Stores LLM query embeddings to reuse responses for semantically similar prompts, cutting latency and GPU costs

Wearables that monitor environmental and physiological signals to predict sensory overwhelm

Lithium-ion batteries using silicon anodes for 20% higher energy density and faster charging

Sensors and alerts that detect sump pump failures before basement flooding occurs

Wearable light-therapy patches using red and blue light for pain relief and recovery

Vehicles designed as computing platforms with software updates independent of hardware

Batteries using solid electrolytes instead of liquid for safer, higher-capacity energy storage

Converts spoken audio into written text using neural networks and language models

Nanoscale light modulators that generate true 3D holograms for AR glasses

Wireless charging systems delivering 90%+ efficiency for rapid battery replenishment without cables

High-power DC chargers delivering 350 kW to restore EV range in 10–20 minutes

Solid-state batteries thinner than 0.1mm for wearables and embedded devices

Electric aircraft that take off vertically for urban air taxi and personal transport services

Integrated electrical systems managing sensors, computers, and networks in modern vehicles

Contactless monitoring of heart rate and breathing using low-power radio waves

Conversational AI systems that use natural language for hands-free interaction with devices and services

On-device heart rhythm analysis that detects cardiac abnormalities without cloud connectivity

Charging devices without cables using electromagnetic fields between transmitter and receiver coils

Patch-based sensors that capture clinical-grade sleep data at home without lab visits

Infrared motion sensors that draw zero standby power, waking only when detecting heat signatures