GadgetBox – Affordable, Open-Source Robotics for Children 9 – 15 years

The GadgetBox crowd-funding campaign runs until October 14th 2016 with a required minimum target of $50,000 US. You can help by making a contribution. More importantly, please spread the word to others who may wish to support.

GadgetBox is an educational robotics kit, which will enable children 9 – 15 years to participate in a variety of hands-on activities linked to Science, Technology, Engineering and Mathematics (STEM). Pre-university STEM education has been identified as one strategic approach to preparing children for active participation in the changing technology landscape.

The requirement for GadgetBox, became evident while using commercial educational robotics kits in pre-university STEM activities such as construction, programming, and operation of a simple robot.  Price, maintenance, availability, and support requirements were cited as key reasons why successful initiatives have failed to gain widespread traction and visibility.

 

GadgetBox was created to address these issues; specifically by:

  • selecting the smallest sub-set of components that could facilitate basic activities when supplemented with items/materials readily accessible to children;
  • selecting, where possible, components readily available in local hardware stores;
  • providing guideline(s) to adapt/re-use sensor/actuator elements from local e-waste;
  • programming using a smartphone instead of a computer

Campaign funds will allow Edubots Engineering to produce a minimum of 20 kits, while concurrently testing curriculum exercises, and developing learning activities for upcoming school trials and robotics workshops in early 2017.

“We want to test GadgetBox, alongside commercial educational robotics kits in 2017. To do so, we must replicate and distribute the prototype – that takes funds.” – Cathy Radix, Robotics in Education, Edubots Engineering

GadgetBox was created using Open Source Hardware and Software to minimise development time, but also to enable children to design, build, and share designs for GadgetBox accessories.

“Because we believe that there is always room for improvement, we anticipate further modifications to GadgetBox based on feedback from users.“— Jeevan Persad, Fasove, Edubots Engineering

The improved GadgetBox designs, and online support forums, will be available to the public by early 2018.

Crowd-funding Campaign: https://igg.me/at/gadget-box/x

Onion Launches the Omega2 to Bring Innovation to the Internet of Things (IoT)

July 29, 2016 – Onion announces the Omega2, the IoT development board aimed at bringing innovation back into the IoT space. The Omega2 launched on Kickstarter last week and is currently more than 1,100% funded, with 25 days left to go in the campaign. Campaign Link: https://www.kickstarter.com/projects/onion/omega2-5-iot-computer-with-wi-fi-powered-by-linux
IoT never really gained mainstream status. Most „smart“ products on the market are nothing more than ordinary products with a screen slapped on it. These products don’t bring true value, so as soon as the novelty factor wears off, consumers move on to try the next „smart“ thing. Innovation in IoT is driven not by the needs of the market, but by the need of product companies to create new products and turn a profit. To bring innovation to IoT, the products need to be repositioned to address real pain points in everyday life. Onion aims to do that with the Omega2 by making hardware development accessible so everyone can start solving problems in their lives with IoT technology.

„We created the Omega2 to be the most accessible hardware development board,“ says co-founder and CEO Boken Lin. „We do this in two ways, by making it extremely affordable, and by making it very beginner-friendly. There is always a risk involved with trying new things, and by reducing the price to starting at just $5, we hope to minimize that risk so more people can make the plunge. Making it beginner-friendly means that even users with no electronics experience can do something with the Omega2 on day one.“

With a myriad of hardware development boards already on the market, the Omega2 is uniquely positioned as having the advantages of single-board computers such as the Raspberry Pi as well as microcontrollers such as the Arduino. It is much smaller than the Raspberry Pi (less than ¼ the size), and it is much more power-efficient, yet at the same time, it is much more powerful and robust than the Arduino, allowing it to be used in applications such as video/audio streaming, etc.

Because the Omega2 runs Linux, and for inexperienced developers, developing on it will feel much like using a regular computer. An added advantage to supporting Linux is that the Omega2 supports many programming languages. This capability makes the Omega2 approachable for existing programmers who are new to hardware development, allowing them to build hardware projects with familiar languages and programming environments. Finally, for users with absolutely no experience in programming, the Omega2 integrates Node Red, a programming environment developed by IBM that allows users to program IoT devices by simply dragging and dropping block diagrams.

„Everything around us is becoming smart.“ says Lin. „It started out with the smartphone movement in 2006, and now everything from thermostats to televisions, from cars to light bulbs are becoming smart. We want to create the tools that give everyone the power to reinvent their environment. And that’s why we have worked so hard to make the Omega2 so simple and affordable for everyone.“

Onion is a startup that aims to create “The Invention Platform for the Internet of Things”, a collection of hardware and software development tools that simplifies the process of creating and manufacturing connected products. The company is based in Boston, Massachusetts, with operations in Toronto, Canada, and Shenzhen, China. Onion completed a very successful Kickstarter campaign last year to launch the first generation Omega. Onion is backed by Techstars, and went through their 2014 Winter program in Boston.

3D Printed Robot Arm for STEM Created by Idaho Startup

Boise, ID – Slant Robotics has launched a Kickstarter campaign for a 3D printed robot arm, LittleArm. LittleArm is low cost kit for teaching engineering and robotics to students in STEM courses.

 

The LittleArm began as a weekend project for Slant Robotics founder, Gabe Bentz. “I didn’t want to pay the 100-plus dollars for an existing arm kit,” said Bentz, “So, I did a little design and let my 3D printer do the work.”

Bentz eventually showed his creation to colleagues and friends in the area. Many asked him to make them one. But when several STEM teachers expressed interest in the arm for their classrooms Bentz decided to turn the kit into a product, at Slant Robotics.

Thanks to rapid prototyping techniques the LittleArm was ready for production within just a few weeks. It utilizes high strength metal-geared microservos, and is controlled with a standard Arduino Uno allowing it be programmed using graphical software such as Blockly. When connected to a computer, Slant has created a simple graphical app which allows the arm to be trained to execute a set of motions.

The entire project is open-source, allowing anyone to download the 3D designs and software and build their own LittleArm.

At the time of this release, the LittleArm Kickstarter campaign has passed the halfway point, after being live for just 2 days. Over the next few months the team at Slant Robotics will be developing software and producing teaching materials so that students and teachers can easily use the LittleArm when it arrives.

About Slant Robotics

Slant Robotics is a startup located in Boise, ID. Its mission to to develop consumer robots for the home, school and business. The LittleArm is the fourth product that Slant has released.

BuWizz – The one brick to steer them all

BuWizz is a high performance LEGO® compatible remote control system and battery, seeking to raise $50,000 on Kickstarter. Why we made BuWizz? The original LEGO® Power Functions control system allows lesser speed, power and agility than users would like to have for their models. Created as an enhancement to the existing LEGO® remote control system, BuWizz is better than anything available on the market until now. Paired over Bluetooth with an iOS or Android device, BuWizz brick is made to control the motors and lights of LEGO® Trains and LEGO Technic models. Besides motors to power movement, BuWizz users will be able to add light effects and other special functions to their models.

While one BuWizz brick can control up to four motors or lights, several bricks can be controlled in parallel, from either one or more smart devices. Users can control a huge model with 8, 12 or even more motors and lights. It’s perfect for having fun, like racing against each other using several cars. One BuWizz brick inside the model replaces 3 LEGO components: a battery box and two infrared receivers, while only occupying the space of two receivers.

Connected inside a LEGO model or train, BuWizz brick offers precise control and provides eight times more power than existing solutions. It operates in three speed modes, pushing any LEGO model to it’s limits in “Fast” mode. Until now, LEGO models were mostly limited to indoor use. With BuWizz they come alive, zoom around two times faster and are ready to defeat the most difficult outdoor terrains.

In a later announced stretch goal, BuWizz team will offer “Ludicrous” mode, the next generation of speed and power levels, which will dwarf even the currently highest-performance “Fast” mode.

Users will be able to write their own Apps to control BuWizz and integrate BuWizz into platforms of their choice, the communication protocol will be open.

The reason for success is design and clever engineering solutions, which made BuWizz powerful and simple to use. Several benefits of BuWizz are due to the embedded Li-ion battery, which provides power for hours of fun. BuWizz can be recharged with any Micro-USB charger. The App will alert users when power is running low. For extended play time, BuWizz can also be charged on the go, with a standard Powerbank charger.

The price of single brick will be $119. And shipping will begin in November.

WEBSITE – www.buwizz.com

http://www.buwizz.com/

THE KICKSTARTER CAMPAIGN  –

https://www.kickstarter.com/projects/973645257/789115000?token=eafeb608

SubPos Ranger: Indoor Positioning System

The SubPos Ranger is as an open source indoor positioning system to be used for robotics applications in the education and hobbyist markets. It has primarily been designed as a flexible radio frequency platform for experimenting and tinkering, that allows you to not only obtain positioning and perform distance measurements, it can also be used for passive motion detection as well as communication between embedded devices.

While there are many positioning systems on the market, the Ranger has been created to be extremely cost effective, easy to use and develop for. While other systems are usually locked down in one way or another, whether that be functionality or availability of source code, the Ranger is completely open and flexible. Perfect for the budding hobbyist to invent the next big thing.

The Ranger is fully operational and ready for manufacture, and a complete system can be had for $274AUD (~$210USD), which gives you 3D positioning in a room, as well as a receiver to output the position. Once set up, the system can give up to +-10cm of accuracy. Other options are also available to experiment with too, such as a cheaper option for two nodes to perform distance measurements and motion detection, or a Wi-Fi support add-on.

Key Features:
•        Supports 2D and 3D Positioning – not just x and y, but z also.
•        2.4GHz ISM Spectrum – supported worldwide.
•        Standards Compliant Hardware – supports 802.15.4 and can also utilise Zigbee or 6LoWPAN communication protocols.
•        Reconfigurable RF Chipset – enables many different 2.4GHz ISM applications.
•        Firmware Updates over USB – no need for any extra programming hardware.
•        Open Source Hardware and Software – hack, repurpose and play to your heart’s content.
•        Modular Design – the Ranger allow all sorts of connectivity options. You can connect it to anything such as a Raspberry Pi via USB or GPIO, Arduino or to your smartphone via Wi-Fi.
•        Low Level Raw Data and Parameters – access to all low level measurement data and parameter tweaks are available to discover interesting new applications (such as motion detection).
•        Node Position Calibration – get the position of nodes automatically; no manual fixed node measurements required.
•        9-Axis Accelerometer – the client expansion board contains a 9 axis accelerometer for increased positioning accuracy.

Board Image – https://cdn.hackaday.io/images/7007401465041329447.jpg
Client Image – https://cdn.hackaday.io/images/3158211465041337828.jpg

Old and new VEX IQ Chickens

Here are pictures and videos of the VEX IQ Chickens I built some time ago for VEX Worlds. You can see the progress from the first version to the latest version with colored parts.

These robot chickens can each be build out of one VEX IQ kit.
But if you add parts in other colors it looks more realistic.

It is moving using only one motor!
The program to make it move is really easy and a great start for robotic beginners.

2014-04-22 14.57.50 (Large)

20160402_002049 20160402_003535
20160402_002040

 

Innovators offered chance to develop their ideas with world leading robotics manufacturer ABB Robotics

London, U.K. – 1 May 2016 –Innovation platform, The IdeaHub, is once again recruiting robotics and software innovators worldwide to take on the challenge of improving the way we work and interact with the next generation of industrial robots. Working on behalf of ABB Robotics, IdeaHub will help successful applicants pitch their ideas and secure uniquely tailored support packages to maximise their venture’s commercial potential, including investment, mentoring and access to cutting edge hardware.

The IdeaHub is a cross sector, open innovation platform that connects visionaries worldwide with funding and support from global corporations. In 2015 they ran their first programme for ABB Robotics, attracting over 130 applicants with 12 finalists selected for a pitch day in London, with 6 entrepreneurs receiving an offer of support. For 2016 they are partnering with ABB Robotics once again to bring more solutions to solve three core challenges in the world collaborative industrial robotics:

1.) Simplicity: How to simplify robotics

2.) Intelligence: How to enable robots to learn and apply that learning

3.) Digitalization: How smart connectivity will enhance digital factories.

Much more information can be found at www.theideahub.co.uk/challenges.

 

The IdeaHub platform launches today and is open for applications until 30th July 2016. Successful applicants will get the chance to pitch their ideas directly to ABB Robotics at an IdeaHub event in August 2016. There is no limit to number of offers that might be made, which can include funding, access to robots, technology and commercial support as appropriate to the needs of their business.

Simon Blair, from the IdeaHub said, “This is a great opportunity for robotics and software innovators and entrepreneurs around the world to collaborate with a leading robotics company and take their idea to the next level.  All negotiations are directly between successful applicants and ABB Robotics, so outcomes can be structured to the specific needs of each successful venture. Our programme aims to compliment your business and not restrict it in anyway – we don’t operate an incubator period, we don’t set any pre-defined terms and we don’t insist on equity sacrifice as part of any deals borne out of the programme.”

Applying to the IdeaHub takes a few minutes and only requires information already in the public domain. Visit www.theideahub.co.uk for more information and further contact details.

Kamibot Programmable Papercraft Robot Launches on Kickstarter

Daegu, Korea – February 16, 2016 – Kamibot, the first robot that makes learning to code truly fun for kids (and kidults), will launch on Kickstarter on Tuesday, February 16.

Kamibot is a cute, programmable edtech robot, about the size of a coffee mug. It is based around Arduino, so kids can easily program it by using a drag-and-drop programming language like Scratch. The programming skills kids learn with Kamibot are easily transferrable to real-world applications.

“Unless we make programming fun, kids are never going to stick with it,” said Alvin Chae, co-founder and CEO of 3.14, the company that makes Kamibot. “That’s why we put so much effort into the fun elements of Kamibot, creating colorful papercraft skins that let kids dress up Kamibot, and included the ability to control Kamibot with a smartphone or tablet.”

Papercraft Skins

Kami (紙) is the Japanese word for paper, and is at the root of the word origami (折り紙), literally folding paper. The Kamibot team have already created about half a dozen unique papercraft skins that kids can print out, color, and fold to customize Kamibot and give it character. These include The Count, Frankenstein’s monster, a warrior robot, a tank and a missile launcher tank. The company is also working on striking licensing deals for popular cartoon characters.

Hardware

While Kamibot is undeniably fun to play with, it also packs some serious hardware. It’s brain is an Arduino compatible board, based on the open-source standard widely used by the maker community around the world. It also includes front-facing ultrasonic sensors that help it recognize and avoid obstacles and navigate through mazes or around a room. Downward-facing IR sensors allow Kamibot recognize and race along a black line on the floor. DC motors power the wheels, and a servo motor allows the heads of the papercraft characters to rotate from side-to-side. Color changing LEDs brighten up Kamibot and make it even more colorful.

Programming Kamibot

Kids can program Kamibot to follow complex courses and do complex actions, using all of its motors and sensors. One example of how to program Kamibot is a treasure hunt. Kids can set up a table-sized treasure hunt map that includes obstacles like plastic alligators and a treasure chest. Then, using Scratch, kids can program Kamibot to wind its way through the course toward the treasure chest. Several programming project plans, including the treasure hunt, are included with Kamibot. Others will be released on the company’s website in the future. Kamibot can be programmed wirelessly via Bluetooth or while plugged in via micro-USB.

Launching on Kickstarter

Throughout 2015, Kamibot was tested in Korean classrooms and earned high marks both from students aged 10 to 17, and their teachers. Now Kamibot is ready to launch on Kickstarter on Tuesday, February 16 at 7:00 a.m. EST. Super earlybird prices start at $79 plus shipping. Pre-orders close after 30 days and Kamibot will ship to backers in June. For more information, visit Kickstarter and search for Kamibot.

InnoTechnix is Launching an Arduino Maximo Robot Arm on Kickstarter

Montreal, Canada, February 10 2016 — InnoTechnix is pleased to announce the launch of its new crowdfunding campaign for the Maximo Robot Arm on Kickstarter:https://www.kickstarter.com/projects/itnx/maximo-robot-arm

The Arduino robotic arm will look and act great on any desktop! Maximo is an Arduino-driven, 5-axis robotic arm with a laser-cut acrylic body. The robot comes with Robotic Studio software and can be controlled using a gamepad. Maximo will also play through a series of recorded steps, executing complex automations. Only a screwdriver is required for the assembly or it can be sent fully assembled.

Another great advantage of Maximo’s design is the head of the arm, which can be changed within seconds for another module. The regular claw is a gripper included with each robot. A more sophisticated gripper head module allows Maximo to grab objects by applying balanced pressure. The palletizer head module is a miniature reproduction of the ones used in factories and warehouses. The pen-holder module allows various objects to be placed on Maximo’s head (pen, laser pointer, drumstick, etc.).

The campaign offers many add-ons like the Webcam Attachment (includes a hi-res webcam with mounting system), Phidgets Board, LED lighting system. Regularly priced at just USD$349, with Early Bird pricing at USD$290 for the first 200 lucky owners. Following the Kickstarter campaign, the MSRP will be USD$399

Follow Maximo on Facebook at https://www.facebook.com/InnoTechnix and Twitter at https://twitter.com/innotechnix – hashtag #MaximoRobotArm For more information, please visit our website: http://www.itnx.com/

About InnoTechnix: Launched in 2011, InnoTechnix inc. has developed a variety of robots, robots arm, custom gripper, talking robots, intelligent clocks and mobile robots. InnoTechnix takes care of both the design of robots, manufacture of parts and development of robotics software. InnoTechnix Robots have appeared on television shows like Dragons’ Den, Mr. Net, Main Entrance, Cogéco TV and a television commercial for the Ford Focus.

Schweizer Premiere mit autonomen Shuttles

Mitteilung vom 04.11.2015
Im Auftrag der Post will die PostAuto Schweiz AG in Sitten zusammen mit weiteren Partnern wie der Stadt Sitten, dem Kanton Wallis sowie der ETH Lausanne während zwei Jahren zwei autonome Fahrzeuge testen.

Im Auftrag der Post will die PostAuto Schweiz AG in Sitten zusammen mit weiteren Partnern wie der Stadt Sitten, dem Kanton Wallis sowie der ETH Lausanne während zwei Jahren zwei autonome Fahrzeuge testen. Es ist das erste Mal, dass ein Transportunternehmen in der Schweiz diese Technologie im öffentlichen Raum einsetzt, um Passagiere zu befördern. PostAuto möchte als Anbieter ganzheitlicher Mobilitätslösungen herausfinden, ob und wie diese intelligenten Fahrzeuge neue Formen der Mobilität in Gebieten ermöglichen, die derzeit vom öffentlichen Verkehr nicht bedient werden.

PostAuto und die Stadt Sitten wollen im Rahmen des Mobilitätslabors (Mobility Lab Sion-Valais) Tests mit zwei autonomen Shuttles durchführen. Die zwei vom französischen Unternehmen Navya entwickelten Fahrzeuge werden zu 100% elektrisch angetrieben. Falls der Testbetrieb von den zuständigen Behörden bewilligt wird, befördern die beiden Shuttles bis zu neun Personen bei maximal 20 Kilometern pro Stunde durch die Strassen des Walliser Hauptorts. Dabei sind sie zwar immer von instruierten Personen begleitet, verkehren aber vollautomatisiert und verfügen weder über ein Lenkrad noch über Brems- und Gaspedale. Im Bedarfsfall steht jedoch ein Notfallknopf zur Verfügung, um das Fahrzeug anzuhalten. Dank modernster Sensoren können die Fahrzeuge tagsüber wie auch nachts auf den Zentimeter genau fahren und sämtliche Hindernisse und Signalisierungen auf der Strasse erkennen. Ein Programm des Schweizer Start-up-Unternehmens BestMile überwacht und steuert die beiden autonomen Fahrzeuge.

Erste Testphase ohne Passagiere

Die Einführung dieser Shuttle-Fahrzeuge, die 4,80 Meter lang und 2,05 Meter breit sind, findet in zwei Phasen statt. In der ersten Phase von Dezember 2015 bis ungefähr Frühling 2016 werden die Fahrzeuge von Fachspezialisten auf einem abgesperrten Privatareal getestet. Falls die zuständigen Behörden den Pilotversuch bewilligen, werden die autonomen Shuttles in der zweiten Phase im öffentlichen Raum verkehren und Personen befördern. Dafür ist ein Gebiet vorgesehen, das die Fussgängerzone sowie die Begegnungszone der Altstadt von Sitten und das touristische Zentrum der Stadt umfasst sowie zu den Schlössern Tourbillon und Valère führt (siehe Plan). Wenn die Tests in diesem Gebiet erfolgreich sind, ist der Einsatz der Fahrzeuge auch auf anderen Strecken in der Stadt Sitten vorstellbar.

Sonderbewilligungen nötig 

Die gesetzlichen Bestimmungen für den Einsatz autonomer Fahrzeuge auf öffentlichen Strassen sind derzeit noch nicht abschliessend geregelt. Deshalb braucht es für die Durchführung des Pilotversuchs in der Stadt Sitten Sonderbewilligungen der Behörden. PostAuto arbeitet diesbezüglich eng mit dem Fahrzeughersteller und den zuständigen Behörden auf Bundes-, Kantons- und Gemeindeebene zusammen. Alle am Test beteiligten Firmen und Institutionen legen grössten Wert auf die Sicherheit der Fahrgäste, weshalb noch nicht genau abschätzbar ist, ob und wann die Bewilligungen erteilt werden können.

Immer leistungsfähigere Flottenmanagementprogramme

Parallel zu diesem einzigartigen Pilotversuch in Sitten arbeitet die ETH Lausanne daran, eine Flotte autonomer Shuttles in das System des öffentlichen Verkehrs zu integrieren und beispielsweise einen bedarfsorientierten Dienst zu ermöglichen. Eine zentrale Voraussetzung ist, den Betrieb in Echtzeit durchzuführen und den unterschiedlichen Bedürfnissen der Passagiere Rechnung zu tragen: flexible Fahrpläne, Ruflinien, Haus-zu-Haus-Dienste usw. Sind die dazu notwendigen Algorithmen einmal entwickelt, können sie zur Verbesserung des Flottenmanagementprogramms von BestMile beigezogen werden. Darüber hinaus werden sie allgemein zu Lösungen in der Logistik und im Management des öffentlichen Verkehrs beitragen. Durch den Pilotversuch im öffentlichen Raum in Sitten können die Algorithmen der ETH Lausanne weiter entwickelt werden.

Den Nutzen von autonomen Shuttles im öffentlichen Raum testen

PostAuto und die Stadt Sitten möchten zusammen mit ihren Partnern herausfinden, ob der Einsatz von autonomen Shuttles im öffentlichen Raum einen Kundenmehrwert bietet. Insbesondere stellt sich die Frage, ob deren Einsatz im öffentlichen Raum – beispielsweise in Fussgängerzonen und autofreien Ortschaften – oder auf Firmengeländen möglich ist. Weiter wollen das Transportunternehmen und der Walliser Hauptort Erfahrungen mit neuen Formen der Personenmobilität machen und die Möglichkeit schaffen, Orte zu erschliessen, die bisher vom öffentlichen Verkehr nicht bedient wurden. Es ist jedoch nicht das Ziel, auf den bestehenden Linien Busse durch autonome Fahrzeuge zu ersetzen, sondern die Transportmittel zu diversifizieren, um möglichst viele Mobilitätsbedürfnisse der Fahrgäste abzudecken.

Die Mobilität der Zukunft gestalten

PostAuto ist daran, sich vom führenden Busunternehmen im öffentlichen Verkehr der Schweiz zu einem Mobilitäts- und Technologiedienstleister weiter zu entwickeln. In diesem Zusammenhang will PostAuto im Auftrag der Schweizerischen Post moderne Technologien verantwortungsvoll prüfen und einsetzen, um neue Mobilitätslösungen im öffentlichen Verkehr und an der Schnittstelle zum Individualverkehr zu finden. Um dies zu ermöglichen sucht PostAuto gezielt Partner, die sich strategisch und finanziell engagieren. Beim Projekt «autonome Shuttles» in Sion steht PostAuto mit diversen Unternehmen im Kontakt. Mit ihnen zusammen will die Schweizerische Post die Mobilität der Zukunft maßgebend mitgestalten.