The international exhibition entitled ‘Robots love Music’ reveals that historical and modern-day robots not only have a brain, but also have a heart!
It’s not just the museum that will be showcasing robots; this autumn, the entire city of Utrecht will go robotic. At various locations around town, Museum Speelklok, universities, venues, and musicians will organise a wide variety of robot events.
Robots with a heart and soul?
They certainly exist! Through time musical ‘robots’ have been evolving from simply mimicking human movements to composing music independently and even improvising, just as we do.
Which musical robots?
They will come in all sizes, shapes and varieties from every corner of the world: ancient robots, interactive robots, metal robots, supersonic robots, life-size robots, cabinets with concealed robots and lots of invisible musicians. All of them will play music ‘live’.
Straight from the USA, the ultramodern and amiable music-making robot Shimon will arrive. The impressive man-size 18th-century Clarinet Player of Dutch making, which wound up in the USA, will make a special trip to Utrecht for the exhibition. From the film of the same name, the French automaton Hugo can be admired in its role as the cinematic link between the world of humans and machines.
Can robotic musicians move you? Find out for yourself at the interactive exhibition Robots love Music. Open from the 21st of September 2018 untill 3th of March 2019.
ROBOLOCO, Inc., an educational technology company, with headquarters in Santa Clara, CA, announces a strategic distribution and licensing partnership with RoboTerra Inc., a Silicon Valley & Beijing global educational robotics company. According to the agreement, ROBOLOCO is now the sole distributor for the RoboTerra award-winning Origin and ERRA Kits, outside of China. This partnership incorporates a perpetual license for ROBOLOCO to develop its own proprietary software and robots based upon the existing RoboTerra technology.
ROBOLOCO’s CEO, Newton Paskin said, “The acquisition of RoboTerra products distribution in the global market, the rights to further improve the existing technology and continue to develop our own proprietary IP on top of RoboTerra’s IP complements our passion to help educators teach STEM (Science, Technology, Engineering, and Mathematics). Our team, customers, and investors are extremely excited about the possibilities.”
ROBOLOCO will continue to develop RoboTerra’s educational tools such as the award-winning Origin Robotics Kit and the CastleRock Online Platform, the world’s first virtual robotics learning cloud. ROBOLOCO plans to add expertise in the areas of constructivist curriculum and artificial intelligence to enable instant feedback to educators and enhance the teaching and learning experiences providing an individualized and customized education opportunity for kids.
With this strategic partnership, ROBOLOCO, Inc. is seeking a new round of financing to scale its operations with the aim of reaching $ 75MM in revenue.
ROBOLOCO, Inc. was recently launched by Newton Paskin, Patrick Muggler, and Derek Capo. Its’ mission is to empower educators to teach STEM and equip students with the skills they need for a successful life. To accomplish its mission ROBOLOCO is developing educational tools that combine leading-edge technology in hardware and software such as Robotics coupled with Artificial Intelligence (AI) with accessible and easy to use constructivist curriculum, aligned with ISTE and NGSS Standards, focused on the teacher. Its motto is “Easy for the teacher, fun for the kids and affordable to the schools”
About RoboTerra, Inc.
RoboTerra was founded in Spring 2014 by Yao Zhang a 2016 Young Global Leader, Columbia University alum in the Economics and Education Ph.D. program, a FIRST Robotics World Championship invited speaker, and recipient of the „Best 10 Global Citizen Service Award“ by the United States Department of State.
RoboTerra China Private Enterprise (a.k.a. in Chinese “Luo Bo Tai La”) will continue its operations in China focusing towards developing products for the Chinese education market and RoboTerra Inc. (a Delaware C-Corp) will continue to advance technologies in the learning space.
BRISTOL, U.K. (Jan. 3, 2017) — Pokemon Go introduced the magic that comes from augmented reality to the world. As fun as it was, it was limited to watching onscreen battles between digital creatures. Now, augmented reality breaks out of the screen with MekaMon: the world’s first premium gaming robots that battle in both the physical and virtual worlds, creating a limitless experience for gamers everywhere.
Created by Reach Robotics and available for purchase today at MekaMon.com, MekaMon starts at $279 and is a new way to experience augmented reality, robotics and video games, where the whole universe is one giant battlefield.
Augmented Reality, Real Robots
Inside the MekaMon app, the smartphone screen becomes a dashboard for controlling and customizing the real-life robots, as well as a gateway for augmented reality gameplay. In single player, the screen transforms into a vast augmented reality world where players embark on an epic campaign and gamers learn how to strike, evade, and
master the robot’s controls. MekaMon’s tracking technology enables robots to transcend the physical environment and become one with digital gameplay in real time.
MekaMon’s robots have gone through 27 iterations over three years of development to become premium fighting machines. Features include:
Three degrees of freedom per leg allowing a sophisticated level of movement
Customization by physical accessories that add weapons or shields, enabling the creation of aggressive, defensive or technical specialists
One hour of battery life per charge
Phone camera and infrared tracking system for precision gameplay
Lightweight form factor (2.2 pounds) to enable swift battle strikes Two Bots Enter, One Bot Leaves MekaMon spans single and multiplayer action.
In multiplayer mode, friends battle in bot-to bot-combat as well as arcade-style, co-op gameplay that spans Tug of War, Last Man Standing, and more. MekaMon robots can also connect to multiple devices, allowing for cooperative gameplay for two people and up. In single-player mode, gamers progress through the MekaMon campaign and earn upgrades and experience points that they can use later for future battles.
As the robots battle, they level up and achieve new capabilities and weapons that can be customized in the mobile app based on a player’s strategy. Digital items augment abilities and boost health and recovery times, adding a layer of depth and strategy to upgrade choices and inventory.
Co-founded by 25-year-old Nigerian robotics engineer Silas Adekunle, Reach Robotics has assembled a team of leading engineers, game designers and computer vision PhDs and experts who have built their
reputations working at Aston Martin and Airbus. The result is a premium robotics product that’s easy to play but difficult to master and aimed squarely at bringing consumer robots to the multi-billion dollar toys-to-life market.
“At the root of everything we build is the premise that gaming is an experience that goes beyond a screen. We imagine a world where things come to life in front of you,” says Silas Adekunle, CEO and cofounder of Reach Robotics. “Our inspiration came from building robots in STEM classes with underprivileged students in the U.K., and while we got our humble start there — we’re ready to introduce a new twist on hardware and video games and unleash our battling robots.”
Enlist in the MekAcademy
The first 500 people to buy MekaMon will receive exclusive features and enter the MekAcademy, a club that offers special promotions, battle advice and more. For a limited time, a single MekaMon is available in the Lone Wolf Battle Pack for $279 while the Ultimate Battle Pack contains two MekaMons and is available for $499 – a discount of more than 35 percent from its retail price.
Founded in 2013 by CEO Silas Adekunle, CTO Chris Beck and COO John Rees, Reach Robotics is creating the future of gaming by fusing robotics, reality-bending technology and competitive play. MekaMon is the company’s first product and the company is backed by world-class investors like London Venture Partners, Qualcomm Ventures, Hardware Club, Iglobe Partners, Passion Capital and Techstars.
Funamite LLC launches Mixbots, a robot building trading card game on Kickstarter. Robots are built by applying stickers onto trading cards, and combat is played with the hand game, Rock Paper Scissors. Combat is fast and furious for one on one duels and team battles with 10 or more players. Mixbots is enjoyed by tweens, teens, new gamers, and groups of friends.
Building robots is half the fun and putting them in action against other robots completes the whole experience. After building their robots, players will have a chance to personalize them by writing a name on the back. In team battles, players can help their own teammates by using their robots’ special abilities. “Students were on the edge of their seats. They were very engaged and enjoying the game”, said Christine Ha, a middle school teacher.
Funamite decided on using stickers instead of transparent cards to build the robots because that allowed the player’s creations to remain intact when being carried about, and to easily be seen. When multiple transparent cards are stacked on top of one another, details become blurry, so stickers were the easy choice. Funamite decided on Rock Paper Scissors as the combat mechanism because it’s already a familiar system with many and therefore lowers the learning curve and barrier to entry.
Funamite LLC is game publishing company founded in 2016 and based in Elk Grove, California. Mixbots is the company’s first product.
I just received this message from Danni, creator of the 8Bit game „The Mystery of Robot Planet“:
The Mystery of Robot Planet is an 8bit inspired adventure-puzzle game for Windows, OS X and Linux scheduled for release in 2018. Visually inspired by early Pokemon games and mechanically based on other adventure-puzzle games such as Monkey Island and Beneath a Steel Sky, the game follows the player character, Ivan, on his quest to become a Marine and save the Princess!
With many vibrant locations, planets and separate endings depending on choices made throughout the game, The Mystery of Robot Planet aims to be a fun, unique and immersive experience for those who crave the puzzle-solving goodness of the early 90s point and click adventure games.
I just received this message from the „Giant Cardboard Robots“-Team:
Are you in need of inspiration for your kid’s next Halloween Costume? Check out Giant Cardboard Robots, a project that makes Kid-Sized Giant Cardboard Robot Arms a reality.
At Giant Cardboard Robots, we have been making and selling adult size giant cardboard robot arms for the past several years, and now we have put together an offering especially for the junior giant robots among us.
Our Kickstarter rewards include DIY kits for cardboard robot arms in both the kid and adult sizes, plans to allow crafters to make their own robot arms from cardboard they have laying around, as well as some truly unique corrugated creations ranging from a giant robot pirate hook to a wearable giant cardboard jack-o-lantern head.
We have launched a Kickstarter campaign that will run until September 30 and has been picked by Kickstarter itself as a „Project We Love“.
Sept, 2015 – Src:Card Games has completed their first standalone card game: Src:Card. Src:Card is a two player (3-4 player with expansion) card game that pits players against each other as nation states. Each nation has one super robot with the ability to conduct global warfare. With the days of human combatants in the past, players must write code in order to defeat the all-powerful combat robots.
Each player alternately develops its robot’s defences and programs an attack against its opponent’s battle robot. The game uses fundamental concepts from programming in order to facilitate the attack mechanisms within the game. The dynamic nature of building robotic defences leads to a remarkably agile response from players.
Src:Card is a game of anticipation, defence and programmatic offence. The code based mechanics of the game are challenging for beginners and become more challenging as players become more adept at using the programming blocks. Src:Card was created by Sam Boychuk, Erwin Njembo and Jacob Grossman, each big fans of tabletop gaming and computer programming.
After exploring research topics in software engineering education, Sam Boychuk – lead developer – determined that academics where stressing the need to teach programming students a handful of basic concepts. Two years ago Sam decided to create a Java-based visual programming language called Pipes, as a continuation of these studies. Six months ago, the team decided that the ideas in Pipes could be better represented in a tactile standalone card game. While incorporating cutting edge research in teaching programming, Src:Card incorporates foundational computer science lessons in an effort to entertain and educate players of the game.
While it is the primary goal of the Src:Card team to entertain, they are confident that exploring foundational topics in computer science can introduce a whole new generation of technology enthusiasts to the world of software development. Erwin Njembo, a teacher and technology student stated “Src:Card is engaging, it is fun, it is competitive, it’s actually a game that keeps you on the edge, you have to use your brain all the time.” Src:Card is looking forward to releasing the game on Kickstarter immediately.
Raleigh, NC, May 13, 2015 – The bionics wizards at Advancer Technologies just released their fourth generation muscle sensor, the MyoWare. This new Arduino-compatible and wearable sensor harnesses the power of your muscles to control robots, video games, prosthesis, and much more. To show off the power of the MyoWare, these mad scientists have built two amazing projects, the Bionic Iron Man Glove and the 3D Printed Wolverine Claws, and are publishing the steps to build them for free online. https://www.kickstarter.com/projects/312488939/myowaretm-harness-the-power-of-your-muscle-signals