Results for ',sET'

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!

Welcome to the first weekly update about unsurv offline. Over the coming weeks you will learn what inspired this project, how to improve data on OpenStreetMap, and how to automatically synchronize data from unsurv offline to a small, homemade server. First up though: a custom fitness tracker.

I come with good news and, as always in these times, some mixed news. The good news: I have completed the PCB review, changed the PCB stackup and rerouted all components. Bad news: I received additional info from Mouser that two more parts of the device are being delayed. Both of them are in the circuit responsible for power switching between 5 V USB and the battery. The upside here is, that it's better to replace them with a single IC anyway.

This update re-focuses on how to use unsurv offline. You'll learn how to automatically synchronize offline any kind of data on your unsurv using a small home-grown server running on a Raspberry Pi.

An accurate heartbeat detection (peak detection) algorithm that works on a small microcontroller is a pretty complex task but, with our robust standard deviation-based peak detection algorithm, you can detect heartbeats very easily even on an Arduino Nano.

We have an important piece of news to announce! We initially set our funding goal at $20k because the corresponding MoQ gave us the opportunity to buy some very high-quality fingerprint sensors at a very good price. With the $7,500 we've raised so far, we won't be able to take advantage of that particular deal, but we can still afford enough of those sensors (and everything else we need) for a production run that will cover all crowdfunding orders and leave plenty of stock left over for post-campaign sales. So, in consultation with Crowd Supply, we have decided to lower our funding goal to $7,000. That way, we we know for certain that we'll have the chance to serve the growing community of makers who are looking forward to working with Chhavi. Which means the campaign has funded, and you will be receiving your Chhavi modules!

The Stereomaton went live at Festival Teriaki event in Le Mans, France. Read the full update to see how it fared.

Read the full update to learn how StereoPi inspired Dave B. to create Blinky, a camera case that can walk, talk, and be useful.

A high-performance software defined radio covering 5-20 GHz

For all students of OpenCV, we just released our code, ready-to-use Raspbian image, and a simple tutorial. Also, an update from the factory floor.

Crowd Supply has started to send parcels out to backers. Plus links to our new forum and the existing wiki.

How to use Skype with the StereoPi as a 3D camera, livestream video to an Android phone without Wi-Fi or Ethernet, and more new features of our StereoPi Livestream Playground (SLP) Raspbian image.

Did you know, that V2 Pi cameras has a crypto chip onboard? How this chip affects on a cameras compatibility, and how this is related to NVIDIA Jetson Nano?

An explanation for our delays and an instructional assembly video.

We are happy to announce that our campaign for E3K is now live! Our E3K platform is an open-source framework for building biosensing and robotics projects. The E3K platform, as the name suggest, is a set of five modules: a wireless Data Communication and Processing Unit (DCPU) module, three Biosensors (ECG, EMG, EEG), and a Kinetics sensor (IMU).

This update will cover how to set up your E3K platform. E3K is a framework of biosensors bundled together for your immediate and easy usage. One can develop a project or prototype easily using this platform.

First of all, a very big thanks to all of our backers for your patience. We apologize for the delay that has happened. Today we have finally received the parcel from the vendor. Now we will test all the components for proper functioning before packaging.

Happy New Year to one and all! A very big thank you to all the backers for making the E3K campaign a huge success! We apologize for the long silence as we are setting up the logistics. We are excited to inform you that we have finalized the standards and specs with our manufacturer in India. They are have ordered the components and are getting ready to start manufacturing the PCBs.

The production of the Little Bee involves significantly more sourcing compared to a product that is solely a printed circuit board. For many of the auxiliary items the production process is going well. However, assembly of the main PCB, which is the longest lead time item, has been delayed by the sourcing of the HMC1041Z magnetic sensor that is a core part of the design. Accordingly, we have pushed our estimated ship date back to July 1st. Read more about what we've been up to below!

This week I am building an automated test rig for the ATM90E26 Breakout boards