Hi! In this week’s news mix: Merkel is wowed by a UR-Robotiq cobot-gripper combo, Blue Workforce goes bankrupt, and Flexiv launches its ‘adaptive robot’ Rizon. We also marvel at Toyota’s basketball shooting bot, discover a new VR-based robot swarm control approach, and much more!
Cobots & manufacturing
Cobot maker Universal Robots has launched a global network of authorized hands-on Authorized Training Centers. The training facilities will teach core programming skills to cobot users “regardless of their robotics experience or backgrounds, using certified trainers hosted by Universal Robots and its global channel partners.” (H/T EPPM)
And while Rizon may look very much like a cobot, it’s actually “the world’s first adaptive robot,” according to its makers:
[It] is the third generation of adaptive robots, marked by forced control and advanced AI, that Flexiv seeks to dominate with a robotic arm that is more flexible, adaptive and intelligent across a broader task set than competing arms, and which expands the market for where and how robots are used in industrial applications.
Bischofszell Nahrungsmittel AG is using cobots to improve production efficiency and improve worker satisfaction and workplace safety.
Blue Workforce, makers of the Ragnar cobot, has filed for bankruptcy, after failing to raise sufficient financing.
Credit: Blue Workforce
Via The Robot Report:
“It really hurts. The funding round was intended to secure new working capital, but there was no support in the owner’s circle,” said Preben Hjørnet, CEO of Blue Workforce. “Since we had no money for wages, we had to go bankrupt.”
Can you imagine how peaceful the Star Wars universe would have been if all sides had agreed to a sensible speed and “The Force” limits on their equipment right at the beginning? Probably a bit like this…
Robot sales in the United States hit a new peak of almost 38,000 units last year, according to the latest figures from the International Federation of Robotics (IFR). Robot density in US manufacturing is now more than double that of China (and is 7th worldwide).
Robot density in the US manufacturing industry reached 200 robots per 10,000 employees vs. 97 in China (2017). The trend to automate production in both domestic and global markets is the main driving force of robot installations in the US. The general industry sector, particularly the food and beverage industry (+64%) and the plastic and chemical products industry (+30%), had the highest growth.
A Robotiq gripper was spotted helping out with collaborative inspection tasks…
And at Hannover Messe, Chancellor of Germany Angela Merkel was spotted playing with a Robotiq gripper!
Meanwhile, in other news:
- Inside look: Google’s new robotics lab is full of fast learners (Seattle Times)
- Is There a Dark Side to China’s Robot Gold Rush? (Asian Robotics Review)
- Robotics investments recap: March 2019 (The Robot Report)
- U.S. Air Force Opens Agile Manufacturing Lab in New Mexico (ThomasNet)
- Microsoft and BMW add industrial IoT platform to their long-running cloud partnership (GeekWire)
NASA is preparing to send two of its ‘Astrobee’ space bots to the International Space Station (ISS) later in April.
The cube-shaped bots will assist the ISS crew with maintenance and inventory tasks and “help researchers on the ground carry out experiments, test new technologies and study human-robot interaction in space,” the space agency revealed in a Tumblr post.
The team at
DeepMind has unveiled a prototype product that can diagnose eye diseases by scanning a patient’s retina in real time.
MIT Technology Review reports:
How it works: After the retina is scanned, the images are then analyzed by DeepMind’s algorithms, which return a detailed diagnosis and an “urgency score.” It all takes roughly 30 seconds. The prototype system can detect a range of diseases, including diabetic retinopathy, glaucoma, and age-related macular degeneration. Most notably, it can do this as accurately as top eye specialists, DeepMind claims. The system was tested out publicly at an event in London last week.
Meanwhile, Slovenia is to establish an international AI research center with UNESCO backing (Science|Business); a new paper describes a roadmap for the development of a new type of computer the Simplicity Power (SP) Machine; and Yahoo! News explored some of the issues around AI-generated comedy.
Autonomous vehicle tests have already started in two London boroughs, it was revealed this week. Five vehicles are involved in the tests, which will run day and night and include human supervision.
FiveAI, which specializes in areas such as autonomous vehicles, machine learning and artificial intelligence, said the trials, in Bromley and Croydon, represented a “significant next step towards launching autonomous, shared services in London.” The firm added that passenger trials were due to start in 2020.
Animals. Nature. Robots. Should they all get rights similar to the ones you enjoy? For example, you have the right not to be unjustly imprisoned (liberty) and the right not to be experimented on (bodily integrity). Maybe animals should too. If you’re tempted to dismiss that notion as absurd, ask yourself: How do you decide whether an entity deserves rights?
And in other news:
- Robot discovers that lying about a betrayal helps to rebuild trust (New Scientist)
- Studying social animals will unlock the potential of swarm robotics (TNW)
- Researchers quantify the impact of autonomous vehicles on traffic (RUVID)
- On the Way towards Self-aware AI? (AlphaGalileo)
- Goodbye metal! How soft robots are changing what we think of as a robot (Digital Trends)
Come by next week for more of the latest robotics news! Until then, please enjoy…
Five vids for Friday
1. Boston Dynamics has acquired Kinema Systems, a San Francisco-based firm that develops 3D imaging solutions for pick-and-place logistics. Kinema’s deep learning-based ‘Pick’ technology will be rebranded as the Boston Dynamics Pick System following the deal. (H/T TechCrunch)
2. California-based startup Brain Corp. has announced the launch of its ‘AutoDelivery’ system –a proof-of-concept, in-store autonomous delivery robot.
3. Researchers at Cornell have created a virtual reality-based system that enables humans to operate up to 50 bots using Leap Motion gesture-tracking technology. (Paper: Omnipotent Virtual Giant for Remote Human-Swarm Interaction)
4. Toyota has been showing off the capabilities of its 208.28 cm (6’10”) Cue 3 humanoid basketball-shooting bot. Cue 3 successfully sunk 5 out of 8 three-pointers in the demonstration, beating two professional basketball players.
5. Allegheny College and Pennsylvania Sea Grant researchers are using robot submersibles to collect data from Lake Erie. (H/T GoErie)