Embedded Computing Design

My definition of Industry 5.0 has to do with putting people and robots into the same environment, and having them work and operate together, safely and securely.

Standards abound in the world of the IoT. There are standards organizations, some ad-hoc, some with some real muscle behind them. That is certainly the case when it comes to security for the IoT.

Design engineers love development kits, for a bunch of reasons. One, they enjoy seeing how things work and the kits expose the technology.

AIoT is the melding of AI and IoT. Until not too long ago, these were two independent technologies, for various reasons.

All Gumstix Raspberry Pi CM4 embedded boards were designed and built in the drag and drop Geppetto design tool and their design templates can be quickly modified from any browser.

Cellular IoT is one way of connecting our devices. But is it the best way?

In practice, an unclonable identity solution is generated from within the PUF SRAM chip. Note this can be easily provisioned and implemented at low cost within the IoT device.

I spoke to Steve Hanna, a multi-hatted engineer. Steve is a Senior Principal at Infineon Technologies, Co-Chair of the Embedded Systems Work Group in the Trusted Computing Group.

Did you know there were standards established for wireless charging? In fact, they're up to Rev. 2.0 of the standard. This was news to me.

Advances in computer-aided healthcare are coming at us at record-breaking speed. While that in itself can be considered a success, it's the specific end applications that reap the benefits.