Artificial intelligence is considered to be computationally and energy-intensive—a challenge for the Internet of Things (IoT), where small, embedded sensors have to make do with limited computing ...

The Bosch BMV080 ultra-compact particulate-matter sensor suits air-quality monitors, smart speakers, smart switches, smart thermostats, and smart air purifiers.

Akida IP is ideal for integration into SoCs used in a wide range of real-world applications, from connected vehicles and consumer electronics to industrial automation and IoT sensors.

The Sharc by Mr. IIoT is an IoT sensor adaptor that enables the integration of smart technologies into current operations. The Sharc IoT sensor adaptor features universal compatibility and is designed ...

As IoT adoption expands, the challenge isn’t just deploying more sensors—it’s designing smarter ones that can operate autonomously, securely, and efficiently for years. | IoT innovators are moving ...

Ambient IoT device shipments will reach 1.1 billion units in 2030, spurred by growth in suppliers who are focused on PMICs.

IoT sensors function like the sensory neurons of modern systems, converting real-world stimuli, such as temperature, motion, pressure, or light, into digital data. But their role is no longer passive.

Portable photometers fabricated with low-cost optical components have been developed for a wide range of analytical applications. However, their analytical performance is closely related to the ...

A tachometer uses a simple detector with a threshold detector to accomplish optical sensing using available ambient light.

The IEEE Internet of Things (IoT) IoT Sensor Devices Cybersecurity Framework provides people with an extensive framework to aid in the development of IoT Sensor Devices and endpoint security. This ...