Have you ever wanted to quickly add smart capabilities to your air conditioning unit so you can control it from your smartphone? Or maybe you wanted to build a wearable tracker that measures your daily activity? Enter the AirBoard, an ultra-compact, powerful and cheap development board that gets your project connected to the Internet of Things in no time. With a crowdfunding campaign that started only a few days ago it has already raised over two times its projected goal.
The AirBoard is open-source and fully compatible with Arduino, in fact the Arduino IDE can be used to program the device over-the-air via WiFi or Bluetooth. Modules, sensors and other parts can be connected via standard solderless connectors, making assembly of your project a breeze.
EVB is a plug-in expansion board (cape) for the powerful BeagleBone Black single-board computer that aims to be a replacement for your Mindstorms EV3 intelligent brick. EVB is superior in several key aspects to the standard EV3 brick, such as processing power and expandability, while still retaining full compatibility with LEGO Mindstorms sensors and accessories. Third party or custom sensors are also supported providing great potential the EVB. The project has been fully funded on Kickstarter, and at the time of writing there are still 2 and a half days to go if you want to back it.
EVB and EV3 side by side | Photo: FatCatLab
The key to complete compatibility is that the EVB and EV3 units are very similar with respect to hardware architecture, and since EV3 is open source most design aspects and software are based on official designs. Both units are based on Texas Instruments Sitara series ARM MCUs, and both run different flavors of Linux. Below is a quick comparison chart between the two units.
The Meccanoid G15 KS robotic kit can be regarded as the Erector set of our times and is quite possibly the toy most of us have always wanted. In true Meccano style the set allows for building a life-size 1.2 meter (4 foot) tall humanoid robot which can walk, talk and even sense its environment. Meccanoid aims to attract children 5 to 14 years old into building and programming their own personal robot, although I believe that many makers and enthusiasts will adopt this platform quite easily since it is open-source, well connected and seems to be pretty versatile.
Meccanoid G15 KS Robotic Kit | Photo: Meccano
The Meccanoid robotics building platform was introduced by Canadian toy company Spin Master last week at CES in Las Vegas, where it has won the “Last Gadget Standing” people’s choice award and was also favored by several prestigious publications. Spin Master has bought the iconic 115-year-old Meccano brand back in 2013.
The 2015 International Consumer Electronics Show held in Las Vegas, Nevada this week, was the stage of interesting new concepts, technologies and products, some of which will be made available to the consumer market later this year, some will take longer to implement and some will not even make it at all. CES 2015 was rich in robotics innovations and IoT connected products are becoming more and more widespread as big companies are embracing the concept. This year’s exhibition was rich in aerial camera drones, 3D printing innovations, and car manufacturers were more present than ever.
In this article, by no means exhaustive, I tried to gather the most interesting products and concepts featured in the news or otherwise. So, enough talk let’s take a look at this year’s happening.
This week at CES 2015 Intel announced a new development board targeted primarily for wearable applications – the Intel Curie. This could be the smallest development board to date, with a diameter just shy of 20 millimeter or about 0.7 inch. The tiny module will be built around Intel’s 32-bit Quark SE SoC architecture and will feature several types of sensors, Bluetooth LE connectivity and some type of power management interface. Final configuration is not yet known as the module is still in prototyping phase, and approvals are to be obtained but Intel is confident that shipping will start in the second semester of 2015.
Intel Curie at CES 2015 | Photo: Intel
Intel is very serious about becoming a serious player in the wearable technology segment and the Internet of Things. Last year lots of efforts were made to this direction with the well-known “Make It Wearable” challenge, as well as various strategic partnerships with several fashion and accessories companies. This year Intel has also announced collaborating with Oakley in creating a high tech eyewear product that will be made available by the end of the year.
The Internet of Things is a rapidly evolving concept, and is already pretty mainstream in engineering and maker environments. Thanks to open-source communities more and more software tools and resources are available, making the development of IoT applications more and more streamlined. Making no exception RIOT OS is a fully fledged open-source operating system designed primarily for powering embedded devices, offering features and capabilities that will get your project up and running in no time.
RIOT is based on a microkernel architecture, which means it is optimized for very low resource demands, and it supports real-time and multi-thread processing. It is compatible with 16/32-bit MCU architectures and there is also a native port available for running it as a process under Linux or MacOS, thus enabling usage of standard development tools such as the GNU Compiler Collection, GNU Debugger, Valgrind or Wireshark. Read more (…)
Just in time for the holidays Google makes a present to all of us by unveiling a complete, fully functional build of their self-driving car prototype. The first prototype presented in May this year was merely a design concept with very few working elements implemented. It had no steering wheel nor accelerator pedal, and not even functional headlights. In their Google+ post the project team further states that the prototype went through numerous iterations, at each stage partial prototypes were built to test various subsystems and functions which needed to be integrated.
Google Self-Driving Car Finished Prototype | Photo: Google
At first glance this new prototype is indeed more refined, the first notable difference being the roof mounted LIDAR sensor which looks to be much better integrated. The prototype now has working headlights and turn signals, as well as larger rear-view mirror housings, maybe to better accommodate sensors or to make room for larger glass, a clear sign that this new prototype will be road-legal.