Traditional manufacturing has long dictated the boundaries of automotive design, favoring symmetry, uniformity, and production-friendly shapes that could be ...

Researchers at the University of Pennsylvania transmit quantum signals over commercial fibre-optic networks using the same Internet Protocol (IP) that manages today’s web traffic. The experiment runs ...

A major update to a popular hardware-agnostic embedded Linux platform brings enhanced cybersecurity, long-term support, and seamless updates, helping OEMs deliver smarter, future-proof devices while ...

Robots are moving from structured environments into human spaces. Can strategies help them balance risk & efficiency?

A new inductor separates signals from power, reduces power loss and heat, and manages signal flow in optical transceivers for ...

Can diabetes be detected with just a breath? A new sensor may replace blood tests with a simple exhale and open doors to ...

We need a Senior Embedded Hardware Engineer who has personally taken IoT products from concept → 100k+ mass production.

Designed for applications from data centers to EV charging, these devices promise future-proof security, tighter control loops, and higher efficiency as industries prepare for quantum-era threats.

A new electrolyte designed at MIT can dissolve “like cotton candy,” allowing EV batteries to disassemble for simpler recycling—potentially reshaping how lithium is recovered and reused.

By eliminating bulky codebooks and ensuring end-to-end training under noisy channels, the innovation could power next-gen ...

A microcontroller offers IoT security, firmware updates, and low-power operation. Could this be the key to safer smart devices? Find out more!

Two methods from researchers at NUS and The University of Manchester have pushed graphene beyond gallium arsenide, setting world records in electron mobility and unlocking quantum effects at ...