Skip to content

Advanced Robotics

Japanese Scientists Create Robots That Sweat Like Humans

Scientists at the University of Tokyo have invented a robot that sweats when it works out. The humanoid-looking mechanical man can do a lot of things normal humans can do, such as walk, run and perform common exercises, such as sit-ups and push-ups.

Japanese scientists have cobbled together two prototypes of these athletic robots. One they call Kenshiro and his “brother’ is dubbed Kengoro. When these “guys” perform a hard work out, the metal machinery of their body grows hot and needs to cool, just as the metal in your car engine needs a cooling system to keep it from overheating.

Kenshiro and Kengoro can circulate water through their metal frames. Tiny holes in the frame act as steam vents for moisture to escape – the effect is similar to the way a human being eliminates moisture through pores in the skin during a workout session.

Japanese robotics experts have long been on the cutting edge of creating robots that are becoming progressively more human. While Kenshiro and Kengoro represent a leap forward in incorporating the physical characteristics of human anatomy, they’re still not all that smart yet.

But there are plans to incorporate these models with artificial intelligence, or AI. This would move them a step closer to being more like real people. For example, there is already talk of using Kenshiro-type robots as search and rescue units. If equipped with AI, and with the assistance of human operators, the machines could provide life-saving services for the species that created them.

Another suggested use for robots of this class is as extremely sophisticated crash test dummies. Because they could mimic human movements – actions and reactions – in a collision situation, the data obtained would be superior to that gleaned from inert dummies.

Certainly, many remain uncomfortable with the thought of robots getting so near to actual human-like form – but for now, the only ones truly sweating it are Kenshiro and Kengoro.

ICO’s May Be The Way Entrepreneurs Raise Venture Capital In The Future

A crowdfunding campaign to fund her advancement is being launched by Sophia, a humanoid robot. Behind the scenes, Hanson Robotics are funding developing AI, or artificial intelligence. This is referred to as ICO, or initial coin offering. Sophia is featured in the company’s video promoting the marketplace.

The definition of an ICO is a token purchased by an investor to raise capital for a new business. This has become the new entrepreneurial tool. All entrepreneurs are eventually challenged for capital. The ICO is an alternative to grow a new venture, but there are risks. The main benefit of the futuristic ICO’s is to appeal to a wider variety of investors.

Coin Schedule has stated the number of ICO’s has exploded. A total of $96.3 million was raised in 2016 with 46 ICO’s. Of this, $16.4 million was secured by Waves, a blockchain company. By November of 2017, there were 228 ICO’s, and $3.56 billion was raised in capital. This includes the software company Filecoin who brought $206 million to the company. For more details, please visit Your text to link….

Despite their growth potential, ICO’s have a lot of risks. Many startups are in the earliest stages, and it would be numerous years before an investor would see any return. There is also concern another economic bubble will burst due to cryptocurrency and ICO’s. Some companies have seen staggering growth, bitcoin increased from $1,000 to almost $10,000. The problem is investors will lose if the ICO’s do not continue to make a profit.

Cryptocurrency is also mostly unregulated and decentralized. This means the tokens can be attacked and stolen by hackers. According to the SEC, or the Securities and Exchange Commission, hackers cost DAO one third of their assets. The SEO is trying to educate investors and monitor ICO’s.

ICO’s may be the way to gather funding without giving the investors the control, or needing to give away equity. The entrepreneurs must conduct a thorough investigation regarding ICO’s before attempting to raise any capital. This area is becoming more complicated as time passes.

Soft Robotics Shows Promising Applications

Soft robotics has been a promising yet underdeveloped field of technology since it’s inception. Rather than utilizing the rigid and heavy frames of traditional metallic robotics, much lighter and pliable materials are incorporated through soft robotics. The premise and mechanics behind the technology have failed to yield practical results since the looming constraint has been the limited strength of the material. Recently, researchers from renowned institutes Harvard and MIT have developed a new method of building soft robotics that incorporates a dense origami skeleton that enables a soft robotic machine to lift up to a thousand times it’s own weight.

Applications of this technology have tremendous potential to redefine technologically driven industries like product manufacturers, produce distributors, and virtually any field where logistic operations require fragile handling. While the prospect of improving efficiency within the manufacturing and distribution industry is coveted, such transitions is likely to require less human labor. However, this does provide a seemingly safer working environment by reducing the potential of exposure to work place incidents since soft robotics would be replacing the workforce. This also includes handling toxic and harmful chemicals that are commonplace in some production companies.

Replacing dedicated employee training programs and yearly costs of labor with programmed specialized robotics coupled with routine maintenance is an efficient solution. While traditional jobs would be replaced, the opportunity to fill in the essential technical roles that are created in such fields. Maintenance and mechanical supervision is still a vital field of employment for people but is less practical for the older workforce that is being substituted. Finding a proper transitional role for labor that’s being outsourced is a dilemma created by employers but should be resolved by other employers. What drives industries and the professional world are people so finding a way to help everyday people find employment is essential.

Robot Lawyers Are A Thing Now

Four Cambridge law students have developed an artificial intelligence program dubbed Case Cruncher Alpha, which can predict whether the Ombudsman will allow a claim with an accuracy rate of over 80%.


In a truly futuristic contest that took place last month, the Case Cruncher AI went up against 100 lawyers from several high-profile London firms. The challenge was to determine whether man or machine could predict the outcomes of cases with greater accuracy.


The computer won the contest, predicting 86.6% of cases accurately. The human lawyers, on the other hand, finished with an accuracy rate of just 66.3%.


The truly impressive thing about Case Cruncher isn’t just its prediction ability, but the fact that its developers don’t have a background in computer science. Case Cruncher began as a simple chatbot that could answer legal questions. It developed into its current incarnation under the guidance of Chief Executive Ludwig Bull, who taught himself about AI during law school.


As with many forms of artificial intelligence, Case Cruncher’s success has raised concerns about whether certain legal jobs are in jeopardy. Could this hail the end of paralegals and junior lawyers?


Felix Steffek, a Cambridge lecturer who helped oversee the competition, isn’t concerned. “Both sides could have achieved better or worse results under different conditions,” he said, adding that the results of both human and computer could have varied based on lawyer expertise and the stage of AI development.


Case Cruncher is still in its very early stages of development, and Steffek believes the real question is whether it will “remain limited to descriptive analysis or whether it will be capable of evaluating rules and events.” But it’s a real possibility that an AI like this will become a useful tool for junior lawyers and paralegals as time goes on.

Robotic Solutions For Leaky Pipes

One of the most important resources that are worth protecting worldwide is fresh water. We’re not just talking about water in developing nations like Africa. We’re also talking about water in areas like the United States.

A prime example is the city of Monterrey located in Mexico. Each year, they lose an estimated 40 percent of their fresh water due to leaks throughout their distribution pipes. This equates to almost $80 million in lost revenue each year.

The large amount of water they lose each year is likely the reason they agreed to be a pilot location for researchers at MIT. They recently developed an innovative robotic system that is capable of detecting even the smallest leaks.

Most standard leak detection systems that are available today cannot be used in systems that use materials like plastic, clay, and wood. This means they are practically useless in developing countries. The product being developed at MIT doesn’t have these limitations. This is why so many industry professionals are excited about this new robot being developed at MIT.

The product being developed by MIT looks a bit odd at first glance. It looks like something that belongs in a badminton match instead of snaking its way through pipes. However, the technology it uses is very sensitive and can detect even the smallest leaks.

It recently passed a series of trials provided by PipeTech LLC where the robot had to traverse over two miles of rusty pipe. It accurately detected the leaks while also identifying natural pressure fluctuations that commonly occur in plumbing.

It does this by measuring the vibrations and pull of the water flow that occurs along the soft rubbery edges of the device. By helping nations fix quickly and easily identify leaky pipes, we can help preserve access to clean drinking water for generations to come.

Disney Leads in Highly Advanced Robotics

Disney has been ahead of the curve when it comes to robotics since the 1960s when they first placed animatronic attractions in their theme parks. While those older attractions might seem a bit outdated in the modern world, they were once centerpieces of the technological prowess of the family-focused Disney experience. Disney has once again proven that they are an industry leader in the field of robotics with their newest animatronic addition, which is a rendition of a Na’vi shaman from the popular Avatar franchise.

Disney opened Pandora: World of Avatar at the end of May, and it is located in the Animal Kingdom park as part of the main attractions of the location. The entire area is themed after Avatar, and while it has only been accessible by the public for a few weeks, it has already attracted a lot of attention. In particular, the Na’vi River Journey ride offers an experience unlike any other in the world of animatronics. As the ride comes to an end, riders will be greeted with an incredibly lifelike robotic Na’vi shaman that dances and chants with the realism of a living creature. There is no doubt this piece of technology represents one of the most, if not the most, advanced animatronic creations ever conceived.

A look under the artificial blue skin of the robotic figure reveals an exceptionally intricate animatronic skeleton with many, many points of motion and control. To look at the robotic skull in action is to see technology that would have seemed to be nothing more than science fiction even just ten years ago. Disney plans to incorporate more of these animatronic figures into their attractions, and there are even rumors that they are considering fully autonomous figures that could move and act independently of any robotic foundation or direct human control.