Results for 'radio OR wireless'

We've been working feverishly with our contract manufacturer (CM) in Shenzhen China to get all of the ScoutMakes kits manufactured and shipped. The shipment is on its way, and we expect to receive it by the end of the week. Unfortunately, that means we will not hit our initial shipping estimate of February 11th. We truly regret the delay, but we've had to push the estimate back to March 11th. This update also includes pictures of the boards before they left Shenzhen, pictures of other components, and news about about our CircuitPython library and sample code, which are now published on GitHub.

We are super excited to be sharing our passion for STEM learning with the world by launching the ScoutMakes line of kits. We are offering two self-contained, OSHWA-certified open hardware, battery-powered, Bluetooth-enabled kits: the ScoutMakes FM Radio Kit and the ScoutMakes Robot Kit. Both kits let you have fun while exploring the world of electronics. Come check them out!

It's been a busy week for Programmable-Air! We were at Maker Faire Bay Area, we've got some new projects to show off, and new versions of the Arduino Nano have been released.

Today we are going to address an FAQ that has been asked a few times since launching the product: "is it possible to power CANFDuino off of 12 or 24 V power?".

FPGA-based Open Hardware for Image Capture and Processing

We’re excited to announce that the Ten64 campaign is live. Ten64 is a networking-focused appliance with an eight-core, ARM64 CPU with lots of flexibility. It can address a variety of use cases with support for up to 32 GB of RAM, NVMe SSDs, wireless modules, SATA cards, and AI accelerator cards.

In this update, we review how Ten64 can be used with various home automation technologies, like Home Assistant, OpenHAB, and WebThings.

This post has some good news about our campaign's progress. It also takes an in-depth look at cellular and 5G communications with the Ten64.

Thanks to everyone who has asked questions, offered suggestions, and provided encouragement! Collected here are summaries of the questions we've been getting, and details of a new mini PCIe expansion module for Ukama Tower Node.

Spectre takes Diabolic Drive's wireless keystroke-injection mechanism to a whole new level. Previously, when connected to a computer, Diabolic Drive would present simultaneously as an HID interface and as a 64-GB flash drive. This design was already cutting edge, in terms of evading detection, because a flash drive is precisely what one would expect to see when plugging in a device like this. But now, rather than entering the "active" state immediately when inserted, Diabolic Drive defaults to the "spectre" state, which presents only as a flash drive...right up until you deem it safe to expose the HID interface and begin injecting keystrokes, at which point you can initiate the attack remotely over a Wi-Fi connection! Until then, the HID interface will remain completely dormant, with no unexpected behavior to detect and no abnormal logs generated. And Spectre is compatible with Diabolic Drive's other stealth features, as well, so you can still hide the Arduino bootloader, spoof VIDs and PIDs, etc. This update includes a proof-of-concept video demonstration that shows Spectre in action!

Following up on our previous update covering the audio signals processed by PiMod Zero, this update provides an overview of how video signals are transmitted and processed.

Thanks for checking out Pebble Tracker! We are IoTeX, a Silicon Valley company that fuses tamper-proof hardware and software for end-to-end trusted solutions. This update talks a bit about how we got here and sets the stage for upcoming profiles on a number of projects that are using Pebble Tracker right now.

We'd like to thank everyone who backed the uSDR campaign. As we've mentioned before, we are constantly working on new features and improvements, and we're excited to announce that uSDR is now supported hardware for the Lime Suite software collection!

We are thrilled to unveil a groundbreaking development that showcases the true potential of our platform: a web application that enables a fully functional 2G cellular network based on the Osmocom stack.

We are excited to announce the launch of our crowdfunding campaign for uSDR! This tiny, embedded software-defined radio (SDR) board is optimized for ease of use and collaboration. You can configure and operate uSDR through a browser, and cloud-based platforms allow you to collaborate with others. Come have a look!

With Christmas just around the corner, we decided to take advantage of The Skull's expansion pins to bring you a best-in-class Yuletide experience by plugging in a rare-earth magnet speaker and writing some special, hand-written firmware for the occasion. In other news, we've been busy getting quotes from manufacturers, perfecting our geothermal steam-soldering process, and dealing with shipping logistics related to CR2032 batteries.

The ultimate playground for hardware programming in Swift

The battle with the electronics supply chain was tough, but we have emerged! We're happy to report that DFC is in production right now with our contract manufacturer in the US. It took finding a number of alternative components, so we're thrilled to reach this milestone in the face of a challenging environment. After the electronics are built, we'll do the final assembly and testing, followed by Crowd Supply shipping them out. It’s going to be tight, but everything is on-track right now to ship by the end of October.

First things first: thanks to everyone who supported our Pocket Reform campaign on Crowd Supply! It was a great success (477% funded!) and production is already underway. In this update we mention a couple events where Pocket Reform has shown up recently, as well as some production news.

Over the past few weeks, we have been focused on making LeafKVM easier to use in two ways: easier to use in the field, and easier to modify, flash, and recover during development.