The Sensor Technology Opportunity Engine provides profiles of innovations related to high-speed Hall sensor technology enabling next-generation X-by-Wire motor control and precise position sensing; sustainable electromyography (EMG) sensor technology for enhanced neuromuscular monitoring and improved clinical efficiency; networked radar sensing platforms for rapid counter-drone detection, tracking, and engagement; green laser-based scanning technology for high-accuracy surface and geometry inspection; high-resolution colour LiDAR technology enabling advanced perception for autonomous systems and robotics; wide-band vibration sensing with embedded intelligence for real-time predictive maintenance in industrial environments; FMCW LiDAR platforms redefining long-range perception for autonomous vehicles; chip-integrated and chip-scale FMCW LiDAR technologies enabling compact 4D vision capabilities for robotics and autonomous systems; hemispherical ultrasonic 3D sensing technology enhancing autonomous mobile robot safety and navigation; high-frame-rate 3D acoustic imaging systems for dynamic underwater target visualization; extended SWIR InGaAs image sensor technology supporting hyperspectral imaging for industrial inspection and machine vision applications; hyperspectral imaging platforms for quality assurance and advanced sensing; and 60 GHz radar-on-chip technology enabling in-cabin occupant monitoring and intelligent automotive sensing. These innovations highlight the growing convergence of intelligent sensing, edge AI, photonics, radar, acoustic imaging, and autonomous perception technologies across industrial, automotive, healthcare, robotics, and defense applications.

Sensor Technology Opportunity Engine (TOE) captures global sensor-related innovations and developments on a monthly basis. Innovations are directed toward developing smart and intelligent sensors with functionalities beyond sensing. Research focus areas include low power sensors (energy harvesting), industrial automation sensors (M2M, vision sensor), ubiquitous sensor (WSN, sensor fusion), smart sensors (wearables, quantified self), high sensitivity and smaller size (MEMS, nanosensors), and improved security (CBRNE, terahertz). The need for low power, smaller, lighter sensors with enhanced performance attributes and minimal false alarms is driving innovations in the sensors space.

The Sensors and Instrumentation cluster covers innovations pertaining to technologies such as wireless sensors and networks, energy harvesting, haptics and touch, MEMS and nanosensors, Terahertz, ubiquitous/smart sensors, CBRNE, quantified-self, sensor fusion, M2M communications, and drones.