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AI Tools That Help Products Think

Building devices that act and adapt is slow and hard. AI tools can help product teams make smarter, more independent, and reliable products faster. Many...

Tiny Ring Brings Big Control To VR

A new ultra-efficient finger-worn mouse from University of Tokyo researchers redefines human–computer interaction with weeks-long battery life and precision control for AR and VR...

Human Skin Temperature Sensing Reference Design

Measuring skin temperature in wearables is hard. This reference design shows how to get readings using sensor placement, signal paths, and small boards. Wearable devices...

October 2025 Issue Of Electronics For You

From India’s foremost Pick & Place suppliers to GST 2.0’s festive promise, this issue captures the pulse of progress. Discover how AI models are...

Deploying Language Models on Edge and IoT Devices: Benefits, Challenges, and Techniques

Let’s understand the technical aspects, challenges, and benefits of deploying language models on edge/IoT devices. Language Models to Augment IoT/Edge ApplicationsReduced latencyEnhanced privacy and securityBandwidth...

Top SMT Pick and Place Machine Suppliers in India

Here is the list of India’s leading suppliers of Pick and Place Machines. A & A GLOBAL RESOURCES PVT LTDABTEKTRON PVT LTDACCUREX SOLUTIONS PVT LTDACD...

LightLink Makes Smartwatches Fully Customizable

A new system called LightLink uses visible light to let developers add sensors, actuators, and modules to commercial smartwatches—no firmware access or manufacturer support...

Reference Design Of Health Sensor Platform

Struggling to develop wearable health devices fast? See a platform that tracks vital signs, measures sleep and stress, and saves engineers months of design...

Single Memory Chip Enables On-Device Training, Prediction Data

A prototype chip combines Ferroelectric capacitor and memoristor to handle both learning and predicting data to run AI locally on device.  Scientists have developed a...

Tiny Robots Now Moves Across Surface Water

A technique called HydroSpread forms ultrathin films directly on water, allowing engineers to build insect-like robots for movement, sensing and control in liquid environments. Researchers...