Results for 'phone'

Mobile, Open Hardware, RISC-V System-on-Chip (SoC) Development Kit

A tool to explore optical data transmissions and covert channels

IoT for Arduino, simplified.

A new open-hardware computing platform, flexible and powerful, designed for use as a desktop, laptop, or standalone board.

HealthyPi v4 stands out from its predecessor, HealthyPi v3, because of one major additional feature: we made it a wearable development platform.

A portable project platform for every Raspberry Pi Zero

The most common question we get is whether we plan to support multiple platforms. Right now, I can say with 100% certainty that we will. Our main strategy by launching with only iOS support was to ensure a good user experience on one platform rather than a crummy experience on multiple platforms. Due to hardware and software variations between different phone and tablet vendors, it is much harder to ensure fast Bluetooth LE transmission on Android vs iOS. The app might work really well on one phone model but not at all on another without additional testing and modification. This made our launch platform decision very clear: iOS

It’s a handle! It’s a stand! Gerp is a universal grip for tablets, mobile devices & more. Gerp gets a grip on your gadgets!

An affordable, comfortable, wireless, 360° solution for full-body tracking in virtual reality

An easy-to-use, open source capacitive sensing board

We're still trying to complete the missing pieces of the Skull's firmware, so we decided to try something radical this week: we hired 256 monkeys, and gave them each a USB typewriter. In order to learn how well that worked, you'll have to click that button down there...

Modern street wear and technical performance to get you from the mountain to the bar in style.

The power usage and temperature of a device can give more insights than we can see directly. With a solar panel, for instance, power measurement is obvious and known. However things like variations in power generation over time, degrading of the panel itself, etc. can be important insights.

Throughout the campaign I haven't talked about the Android client very much. This has been because the desktop client is much further along, making it a much better vehicle for demonstrating new features. With very little time left in the campaign I thought I should clarify where the Android client development is at and where the client will likely be in when the devices ship.

A low-power 4G-LTE GPS vehicle tracker with Bluetooth & Wi-Fi connectivity

A hackable, open-source, ESP32-based amateur-radio board for walkie-talkie and data-communication applications

This update is about the general goals of the unsurv framework and what kinds of technologies it uses to better understand offline surveillance.

A tiny, single-sided M.2 SDR board that you can operate easily using your web browser

After an unfortunate stint of contract work, I'm back in Taiwan. A test production run of 100 units EOMA68-A20 Card is planned. All components for the Micro Desktop have arrived. Mike is checking deliveries made to the factory over the past few months to ensure that all components for the EOMA68-A20 Card have also arrived.