DaVinci Kitchen – autonomous 

Robotic Pasta Kiosk.

Jobs to Robots! Work for Robots! Hire Robots!

DaVinci’s pasta station is a robotic self-contained pasta-making kiosk that’s 2.1m wide by 2.5m high and 2.4m long. Customers use an app to place orders and customize their meals, and an articulating arm swings about preparing and plating the dish. The DaVinci can make 40 meals per hour. Pasta is actually just the beginning for the robotic kiosk, as different components (like a deep fryer) can be swapped into make all manner of cuisines and dishes.

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 RoboPizzeria – first official pizzeria restaurant with robots.

Jobs to Robots! Work for Robots! Hire Robots!

The Pazzi robots can cook a pizza in 45 seconds, can bake six pizzas at a time, and produce 80 pizzas per hour.

The robots are completely enclosed by a glass wall. Orders can be placed through the web app or touch screen kiosk in the restaurant. Customers can watch robots circling over the preparation of each pizza.

Every food robot startup asks a question to make their machines look more like “robots” with articulated arms, or to make them look more like industrial machines, where automation is more hidden. Other robotic pizza players like xRobotics, Middleby, and Picnic are definitely on the more industrial side. Their machines are designed to be hidden in kitchens for making pizza, not to be displayed to customers.

Pazzi is going in a different direction than other companies. Like the Restaurant Creator (RIP), Pazzi places his robots forward and centered so that they are fully visible to visitors and passers-by. The main page of the Pazzi website even says: “Come to the show, stay for the pizza.”

In fact, now is the time for Pazzi to open his own robot restaurant. The pandemic continues to be an integral part of our lives around the world. Pazzi’s order uses robots, a person is not involved in the manufacture and sale of pizza. Pazzi robots can also work continuously without interruption. (If something breaks, they are monitored remotely.) The Pazzi robots also mean it doesn’t have to hire, train, and pay people, which is good for a clean Pazzi. It also means fewer jobs.

Now that there are two factories in France, Pazzi is considering expanding and says he will open a subsidiary in Switzerland (perhaps next to the Smyze beverage station?). For those looking to try this robo-pizza in Paris, the Pazziria Beaubourg restaurant is located at 42 Rue Rambuteau and is open seven days a week from 11 am to midnight.

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 Russian Yandex Robots will bring food to American students. Sounds strange, doesn't it?

Jobs to Robots! Work for Robots! Hire Robots!

But it’s true. Yandex has agreed to a partnership with the American food delivery service Grubhub. Yandex’s six-wheeled robots will deliver food on college and university campuses in the United States.

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Job to Robots!

Harvest automation Tortuga: Robots are equipped to pick strawberries. They also harvested table grapes and will be adapted to work with blueberries, cucumbers, tomatoes and peppers.

Harvest automation startup Tortuga (USA) has raised $ 20 million to build hundreds of robots.

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Regenerating material for the robot.

The material contains microscopic metal parts that allow the robot to sense pressure, making it “touch sensitive”.

Scientists in Singapore have developed a material that allows robots to sense objects and also to recover from damage, just like human skin.

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 Work for Robots: 140 glasses beer per hour – robot dispenses and serves beer.

The beer robot, nicknamed Walter, has an articulated arm that grabs the glasses, places them in the spill area, and then brings them closer to the visitor.

The robotic arm is attached to a kegerator with four dispensers. Walter can take an order, prepare and serve a drink in about 25 seconds. Its productivity is 140 glasses of beer per hour.

Innovation will become more relevant today than ever. More people are vaccinated, sporting events, fairs and concerts are opening, and consumers want to meet the demand for mass entertainment.

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 The unmanned ship IBM Mayflower trimaran began sailing across the Atlantic.

A fully autonomous 15 x 6.2 m drone ship IBM Mayflower trimaran made of carbon and aluminum composites, launched from Plymouth, UK on June 15. Instead of the crew, scientific equipment weighing 700 kg is placed on the Mayflower, which includes various sensors, in particular, acoustic and temperature, devices for sampling water and air.

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 The robot was taught to distinguish between transparent things.

Toyota’s R&D engineers taught the robot with its hands new skills. Now he knows how to qualitatively detect transparent and mirror objects, as well as shoot himself with an action camera, choosing the optimal angle.

Toyota has been developing robots with hands for years, hoping to eventually create robotic home helpers for people with disabilities or the elderly. The company tested one of the prototypes with a disabled war veteran in 2017, when the robot was already able to grab objects, for example, a water bottle, press buttons and perform other basic household actions. But, as is often the case in robotics, from a primary prototype that performs basic tasks to a full-fledged serial robot, a long time passes, during which developers solve many small scenarios that are quite rare, but without them, the development cannot be released into the commercial stage. for lack of security or inconvenience. At the beginning of the year, engineers showed one such stage, solving the problem of navigating around the house with objects on the floor, walking people and other obstacles: they proposed fixing the robot upside down on the ceiling.

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The robot paints nails in just 10 minutes and for only $8.

 The robot paints nails in just 10 minutes 

and for only $8.

A robot  working in a nail salon, manicure from robot. A robot reminds  a coffee machine. A visit to such a nail specialist costs about $ 8.

The robot creates a 3D model of your nail, evaluates it, and defines the boundaries with millimeter precision. And then, within these boundaries, the robot applies nail polish, doing it very carefully.

1 -The clients of robot nail master should arrive with clean nails.

2 – When clients of robot nail master are ready, hands are placed one at a time inside the robot. One finger is placed under a sensor of robot, and cameras inside take photos of the nail to determine its exact shape.

3 – The robot then paints each nail, one at a time, with the both hands done in about ten minutes.

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The humanoid robot will teach future doctors.

The new humanoid robot will work as a patient at a doctor’s appointment, so that future doctors will learn to do an examination and make correct diagnoses.

The developers said that the machine can simulate a doctor’s appointment. “Future doctors must” accept “the patient – listen to his health complaints, collect anamnesis, prescribe tests and additional studies, diagnose and prescribe treatment. In most medical universities today, actors are invited for this, sometimes the role of the patient is played by university staff. several problems for an objective assessment of the student: the actor can incorrectly “play” the symptoms, and the teacher will have to either continuously observe the process or review the video recordings, “the company explained.

They also noted that the robot in the exam mode is able to accurately reproduce the patient’s behavior at the reception, to assess the correctness of the studies, treatment and diagnosis prescribed by the student. In addition, the robot records the entire process on a camera, and then sends the results with video recording to the responsible teacher. Today, a robot can conduct such an exam in 8 areas, including cardiology and oncology.

The basis of the robot for training doctors is the Promobot Robo-C model – a companion robot with a human appearance. It reproduces 600 variants of human micromimics, can move eyes, eyebrows, lips and other “muscles” of the face. For communication, the robot uses a dialogue system based on neural networks, which allows it to maintain a conversation and answer questions.

In addition to the exam mode, the robot works in a training mode, in which it tells how to properly interview a patient, what clarifying questions need to be asked, what disease these or those symptoms correspond to.

Link: https://jobtorob.com/the-humanoid-robot-will-teach-future-doctors/

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#JobToRob: Japan to send toy designer scout robot to moon.

The Japanese Aerospace Exploration Agency has planned to send a special reconnaissance system to the moon in 2022. It will consist of a landing module for testing safe landing technologies and a reconnaissance robot for exploring the terrain. The latter is made according to an unusual transformer scheme – it will fly to the moon in one guise, and work in another.

The Japanese Aerospace Exploration Agency has planned to send a special reconnaissance system to the moon in 2022. It will consist of a landing module for testing safe landing technologies and a reconnaissance robot for exploring the terrain. The latter is made according to an unusual transformer scheme – it will fly to the moon in one guise, and work in another.

This mission is in preparation for sending a manned Japanese lunar rover to the moon, which is scheduled for 2029. A reconnaissance robot is needed to plot a route, study the ground along the path of the lunar rover, search for obstacles, etc. This is not a tool for studying the Moon, as such, but an assistant machine, therefore the requirements for it are appropriate. In particular, the robot is very compact and weighs only 250 grams.

The delivery of the robot to the Moon will be handled by a private company Ispace, during the flight it will have the shape of a ball, and when it is on the surface of the Moon it will open up, preparing the wheels and navigation aids for operation. The concept was invented at Doshish University, Sony engineers are directly involved in the development of the robot, and the toy manufacturer Tomy is responsible for the design. It is possible that this approach will mark the beginning of a new era in the field of creating vehicles for the study of other space objects.

Link: https://jobtorob.com/japan-to-send-toy-designer-scout-robot-to-moon/

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Digital transformation F1 racing with help AI.

Hackland explains how Williams F1 is looking to exploit data to make further advances up the grid and how emerging technologies, such as artificial intelligence (AI) and quantum computing, might help in that process.

AI digital transformation has been focused on shortening that life cycle – from the idea in the engineer’s head to the realization of the idea in the car….. Getting something from a designer’s or engineer’s brain onto the car as quickly as possible. Test it on a Friday; if it’s good, it stays. If it’s not, we refine it, and just keep doing that through the season. And that process has gone really well with AI. Initially use AI, to augment humans — to give engineers more accurate data to work with, or to shortcut their decision-making process so that they can make the right decision more frequently. Quantum computing AI is a really exciting opportunity to take computation to a whole new level. There are interesting things happening with some [racing] organizations around that. In the next two years that we’re going to be developing, designing, and running the car and doing the race analytics on a quantum computer. But a hybrid computer that has quantum elements to it? Absolutely, and within a couple of years. I’m really excited about what we’re doing already.

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Construction Robot for automate the laying of floor plans on the floors in construction sites.

Dusty Robotics has developed a robot for automating the drawing of floor plans on floors on construction sites. This is usually done manually by using a tape measure and reading the printed plans. This complex task often requires a group of two people per week. Time-consuming tasks like this one are very expensive on the construction site, the work does not stop and different groups of builders wait for the task to be completed. To correct any errors in the process takes more time. By using a robot to automatically convert 3D models of building plans into floor markings, time and errors are significantly reduced.

https://jobtorob.com/construction-robot-construction-sites/

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Smart Tiny Houses – solution for expensive square meters of cities.

The movement of tiny houses promotes a sustainable lifestyle, you use only what you need in terms of resources and space, which does not reduce the quality of your life, and also gives nature enough time to complete its recovery cycle. Natura is a perfect example of how best to get out of the tiny house movement, it’s an eco-friendly mobile home! No matter how negative the pandemic was around the world, it brought a positive result – people really realized the importance of nature for people’s lives.

The best thing about tiny homes is the loft – style beds, because they give you a small, private, cozy corner, and that’s how the bedroom at Natura is designed. It has a multifunctional king-size bed with plenty of storage space under the frame. The bedroom also has one large window, which makes it more spacious and lets in plenty of natural light to the upper floor. Space optimization goes beyond the bedroom, there are many built-in spaces where you can place your things, such as under the stairs, as well as in the walls! The choice of materials for the exterior and interior has been kept in line with the environmental mission – there are wood paneling on the outside, a thick layer of cork cardboard on the front to add a defining feature that doubles as an air-permeable, fire-resistant area near the bedroom. The house is well insulated thanks to the selected natural materials. Natura also has pre-installed 1000W solar panels, as well as an energy-recovery fan that helps remove excess humidity, filters the air, and removes stale air while keeping your home warm. Just like in a modern home, it includes an elegant double glass door that doubles as a glass wall that supports good lighting in the living room and plant comfort. To add space, it also includes an outdoor terrace-as a mobile home, you can always change the view!

Natura is ready to move in as soon as you get it, and is equipped with energy-efficient Class A ++ appliances, such as a 2-burner induction hob, refrigerator with freezer, electric oven, extractor hood, water filter under the sink, and a bathroom with a large walk-in shower. “Small space, less waste, high-performance thermal insulation and an ERV system, and super-economical appliances mean you’ll spend a small portion on bills, if any. Using corkboard reduces the amount of harmful volatile organic compounds, formaldehyde, and other chemicals that are needed in your home, ” the team says. While luxury tiny homes are nothing new, not many combine luxury with eco-friendliness like Natura.

Link: https://jobtorob.com/smart-tiny-houses/

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Worlds 1st Flying Electric Car takes off in South Australian desert ahead of FORMULA 1 races.

Alauda Racing, the Australian startup eVTOL, has revealed the Airspeeder Mk3, which it calls “the world’s first electric flying race car ready to race.

The sleek single-seat quadcopter is designed to compete with ten other counterparts at a tournament later this year, though without human pilots on board, unsurprisingly high safety risks.

“The world’s first electric flying car races will take place this year and will be the most exciting and progressive motorsport on the planet” .

The Airspeeder Mk3 is certainly a looker, rocking a 50s F1 racing car vibe and boasting a strong and stiff carbon fiber frame and fuselage that keeps things light at 100 kg (220 lb) unmanned, and lays the groundwork for the full carbon fiber monocoque body of the manned Mk4.

Its 96-kW electric powertrain is expected to see the Mk3 travel at speeds of more than 120 km/h (75 mph), with Alauda saying that the X-shaped configuration of the vehicle’s eight rotors – mounted in four pairs – will enable F1-like hairpin turns while being airborne should offer even more thrills.

Link: https://jobtorob.com/first-flying-electric-car/

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25 customers received a redesigned Tesla Model S “Plaid”.

The Silicon Valley automaker has priced at $ 130,000 for the new robotic version of the Model S “Plaid”, as the “quickest production vehicle ever made,” with the ability to go from 0-60mph in under 2 seconds.

Why so fast? “We’ve got to show that an electric car is the best car, hands down,” Musk said at Thursday night’s event. “It’s got to be clear sustainable energy cars can be the fastest cars, the safest cars, can be the most kick-ass cars in every way.”

“There are essentially zero trips above 400 miles where the driver doesn’t need to stop for restroom, food, coffee, etc. anyway,” he said.

The new Model S “Plaid” is the first redesign of the sedan since its launch in 2012 and has put Tesla on track for its current status as the world’s best electric car company. The exterior design is largely unchanged (although it has a super low drag coefficient of 0.208), and the interior has received a big facelift.

Model S “Plaid” now has a horizontal touchscreen like the one found in the Model 3 and Model Y, but with a bigger 17-inch version with smaller bezels. Unlike the Model 3 and Model Y, there’s a digital instrument cluster behind the steering wheel. A third screen is found behind the center console for rear passengers. Tesla showed off a new UI for the screens on Thursday night, which features drag-and-drop elements and other refinements.

The Model S Plaid has extremely powerful processing that can run AAA games on the car’s screens at 60 frames per second, in addition to powering all of the other services Tesla allows, such as Netflix, Spotify.

“Really, it’s like a home theater experience,” Musk said.

Tesla has also changed a lot under the proverbial hood. The Model S Plaid is powered by a new tri-motor drivetrain that Tesla originally started developing for the forthcoming second-generation Roadster. (The company tested the Plaid powertrain in a Model S sedan at famous racetracks: Laguna Seca and the Nurburgring.) Those three motors collectively put down around 1,000 horsepower, and the car can reach a top speed of 200 miles per hour — though only when outfitted certain wheels and tires that won’t be available until later this year.

“It hits you right in the limbic system,” Musk said.

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Job To Robots: PixelPaint robotic painting system.

PixelPaint uses inkjet head technology to directly apply two-color or customized high-resolution designs to the car body in a single pass, allowing manufacturers to easily meet the growing demand for customized paint jobs while eliminating wasteful over-dusting.

PixelPaint has been recognized for innovative, sustainable technology that helps personalize designs.

The traditional use of two-tone or custom design to bodywork required the vehicle to pass through the paint line twice, once for the first coat, and then, after masking the areas, again for the second color.

Typically, masking the bodywork has needed around 10 to 20 operators per shift, and two operators also needed to remove the mask after applying the second color.

Only 70-80 percent of the paint was used on the body surface when sprayed, the waste levels were significant, increasing the cost of buying additional paint.

PixelPaint provides a faster, more accurate and more stable custom paint solution. The PixelPaint cell comprises a high DPI inkjet head, two IRB 5500 paint robots, dosing control package, and RobotStudio® programming software for two tone and decorative painting applications.

The ability to combine increased efficiency, flexibility and environmental performance was a key factor. The innovative automated car paint solution combines greater flexibility and customization with reduced wasted paint for a feel-good environment.

Link: https://jobtorob.com/robotic-painting-system/

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Lynx robot from Switzerland.

Swiss engineers presented the four-legged robotic trot, Dyana, which differs noticeably from most robotic dog projects. Dyana has an animated face with a realistic shape, a movable tail, and more complex and realistic hind legs. The authors spoke about the design and capabilities of the new robot on their YouTube channel.

Research in the field of walking and especially four-legged robots has been going on for more than a decade, especially in recent years. To date, some of the robots have already gone beyond the laboratories and are on sale. But almost all of them are structured very similarly: they have four two-piece legs, powered by electric motors, and sensors in the front of the torso. Of course, there are exceptions among them, such as the hydraulic HyQ or Tencent’s walking-wheeled robot, but these are quite rare. It is noteworthy that the developers of four-legged robots often make references to animals, usually dogs, in the name or description, but do not endow them with the characteristic features and anatomical features of these creatures.

Developers from the Swiss Higher Technical School of Zurich have been developing a realistic four-legged robot animatronic Dyana since 2020 and finally embodied it not in the form of renders, but in hardware. The most noticeable difference between Dyana and other four-legged robots is its appearance: the robot is made in the form of a lynx with a head, tail and overhead panels on the legs and torso, increasing realism. The head can be tilted in different directions, and in addition, it has movable ears and animated eyes made in the form of screens. Eyes realistically change direction of gaze and periodically blink.

The main structural difference between Dyana and Spot and other four-legged robots lies in the hind legs – they consist of three, rather than two, segments. The upper and lower segments are mechanically connected to each other so that during movement they are always at the same angle to each other. All segments are driven by servos at the base of the legs.

The current developers only showed how the robot moves its legs, being fixed on a pedestal, but did not demonstrate real walking. According to calculations, the robot’s battery lasts for about half an hour of walking.

Link: https://jobtorob.com/lynx-robot/

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 Spot`s copiepast from China for $ 2700.

Boston Dynamics isn’t the only company that makes four-legged robots.

Chinese firm Unitree Robotics has also been involved in related development for many years and this week unveiled its latest creation, the Unitree Go1, a four-legged robot. The device is relatively cheap. Its price is only $ 2700. By comparison, the Boston Dynamics Spot robot costs $ 74,500.

However, the relatively low price can be explained by the poor functionality of the robot. The demo video states that the Unitree Go1 is capable of “following someone during a run” and “carrying one bottle of water.” Perhaps this is still a complete list of the robot’s capabilities. Unitree Robotics says it wants to make four-legged robots as affordable and popular as smartphones and drones. It remains only to work on the usefulness.

So far, the company only has the basic robot specification available on its website. The Unitree Go1 comes in three versions: the Go1 Air for $ 2700, the Go1 for $ 3500 and the Go1 Edu for $ 8500. Each weighs about 12 kg. More expensive models have more processor power and better sensors. The Go1 Edu version is the only one among the new products that has a software API (but it is not specified which one).

Apparently, automatic person tracking and obstacle avoidance functions are available as standard. More expensive models are also capable of a claimed top speed of 17 km / h. The manufacturer does not name a specific battery life, but only says that the robot can be “a companion for the whole day.” This statement causes a certain amount of skepticism, since the autonomy of the Spot robot is about 90 minutes.

Link: https://jobtorob.com/spots-copiepast/

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 EHang showed air taxi with wings.

The Chinese company EHang has introduced an autonomous air taxi of an aircraft type for flights between cities. The aircraft can take off and land vertically, and during the main phase of flight, it uses a wing and a pusher propeller for efficient propulsion. The full-size prototype has already made its maiden flight.

Air taxi is a collective term commonly understood as a small electric aircraft capable of taking off and landing vertically in a small area and carrying several people within or near a city. It is assumed that the most widespread air taxi will be in megacities with busy roads, because such transport will move around traffic jams. Depending on the tasks, the developers choose different air taxi designs: for small flights within the city, a multicopter is enough, and for longer flights, the design of an aircraft or tiltrotor is more optimal.

One of the leading companies in the field of air taxi, China’s EHang, used a multicopter design in its passenger and cargo vehicles, and now has shown a new VT-30 electric air taxi with a wing. It is built according to the aircraft layout with two longitudinal beams for vertical propellers and a Λ-shaped tail assembly. There are four propellers on the beams, used during vertical takeoff and landing, and one pushing propeller is installed behind the cockpit, which starts working after takeoff. By design, the VT-30 is closest to the American Cora air taxi.

A cabin for two passengers is located in the center of the device. According to the developers, the VT-30 does not need a pilot and is capable of performing all phases of flight autonomously.

The device’s batteries are enough for 100 minutes of flight, which allows it to fly up to 300 kilometers. EHang is positioning the VT-30 not as a replacement for its city air taxi, but as an add-on for flights between cities with the ability to land right in the city, and not on the outskirts, as is the case with conventional aviation.

By the time of the announcement, the company’s engineers had already assembled a full-size prototype air taxi and tested it in vertical take-off and landing mode without switching to horizontal flight.

EHang has already launched sightseeing flights with its multicopter air taxi in China and plans to launch air travel in Europe, in particular in Austria and Spain.

Link:https://jobtorob.com/ehang-air-taxi/

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 System for power supply and communication with several implants at the same time created.

Currently, implantable devices are widely used in medicine, the control and supply of energy to which is carried out using various wireless technologies. These implants stimulate muscle tissue, neurons of nerve tissues, they measure various parameters of the body’s vital activity using the energy of light, magnetic field or radio waves emitted by an external transmitter. And, as a rule, each type of implantable device requires its own separate transmitter operating at a certain frequency, which is often not very convenient. Now, doctors will have the ability to sequentially activate several implants connected to one single receiving and transmitting device.

In the case of normal use of implantable devices, it is not necessary to install several implants at once. But there are rare cases when, for example, it is necessary to ensure the passage of signals through the spinal cord bypassing the area damaged as a result of injury or illness, giving the patient the opportunity to walk again or move previously paralyzed limbs. Also, this technology can be very useful when it becomes necessary to stimulate individual chambers of the patient’s diseased heart at different times in order for it to work properly.

The new experimental wireless system was created by researchers at Rice University and is designed to work with implants driven by an external alternating magnetic field. This magnetic field is usually generated by a special transmitter powered by a rechargeable battery that the patient wears around his belt.

At this time, the distance at which the wireless system can operate is only 60 millimeters, but this value will be increased later as improvements and modifications to the system are made.

When the transmitter starts generating electromagnetic pulses, all implants connected to the receiver are activated simultaneously. Nevertheless, all these implants do not start working immediately, “tearing apart” the crumbs of energy that the receiving device can generate, each implant is programmed to operate with a strictly specified delay from the moment the first pulse is received. And it turns out that after the start of work, all the implants are triggered one by one, and the delay between these triggers is calculated in tens and units of milliseconds, which in the time frame of life processes can be considered almost instantaneous triggering.

The effectiveness of this approach has been confirmed so far only in laboratory conditions on experimental rodents and on hydras, tiny freshwater living creatures with several tentacles.

“Through our work, we have demonstrated that it is possible to program several implantable devices so that they perform a synchronized and coordinated procedure of complex stimulation,” the researchers write, “We synchronize the devices so that their joint work resembles the sound of a harmonious symphony orchestra. This, in turn, gives us a huge number of degrees of freedom, allowing us to cover almost all areas, from stimulating the heartbeat to ensuring the passage of signals through damaged areas of the spinal cord ”.

Link: https://jobtorob.com/system-implants/

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 Job To Robots: FLIR Centaur mobile robots for detect hazards.

FLIR Centaur is a medium sized robot.
FLIR Centaur is a robotic medium-sized UGV that provides a standoff capability to detect, confirm, identify, and dispose of hazards. Weighing roughly 160 pounds, the IOP-compliant robot features an advanced EO/IR camera suite, a manipulator arm that reaches over six feet, and the ability to climb stairs. Modular payloads can be used for chemical, biological, radiological and nuclear defense (CBRN) detection and other missions.

Solutions like the robots FLIR Centaur unmanned ground vehicles are the workhorses for daily operations. By their very design, they enable to evaluate and resolve a given situation with minimal risk to life and limb. Technicians use the robots FLIR Centaur to safely, and remotely place a “neutralizing charge” on or near a suspected bomb. The suspected ordnance is then destroyed (or neutralized) by setting off the neutralizing charge with everyone a safe distance from the explosion.

Link: https://jobtorob.com/robots-for-detect-hazards/

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 Job To Robots - Ecosystem for Robot and Robotics Manufacturers.

The ecosystem includes - HeadHunter for robots, Recruitment Agency for Robot. The main task of the ecosystem is the employment of robots.

Follow the news on our website - link: https://jobtorob.com/news/

For further information’s, pls send your request: press@jobtorob.com

The Test MVP is located at the link: https://jobtorob.com/

Best regards

“JOB TO ROBOTS” Press Office.

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1st NFT Patent - Press Release #2: JOB TO ROBOTS registered the World's First Patent in the form of NFT.

 

Press Release #2: JOB TO ROBOTS registered the World's First Patent in the form of NFT.

The patent was registered on the OpenSea Platform - opensea.io, on June 20, 2021 in the form of an NFT Token.

The patent describes the principle of operation of a cryptocurrency system for robots. Based on the idea of the invention, the robots will be combined into one or several decentralized networks, inside which robots will mine cryptocurrency during their main work (The main 1st work of the robot defined by the manufacturer in the instructions for use of the robot).

Thus, the robot owner will receive digital currency to his current account, or cryptocurrency wallet, due to the robot performing its direct main functions.

As a result, we get the "First" cryptocurrency backed by "Working Hours of Robot(s)".

“At the first stage, the cryptocurrency can be used within the company's Ecosystem, for purchasing many useful options and services. We are also planning to list our cryptocurrency and make it available for purchase and sale on cryptocurrency exchanges.” - The founders of the company "JOB TO ROBOTS".

This type of cryptocurrency is absolutely "green" for the environment, since cryptocurrency mining is not the goal itself, but an additional product. The robot manufacturer does not create an additional load on the functionality of the robots, and also does not spend additional resources on mining in the form of energy consumption.

About company.

The company is a fast-growing IT startup, an Ecosystem focused on providing employment services (recruitment services, HeadHunter) of robots, and also act on the robotics market as an operator of goods and services for robots, respecting their rights, providing robots and artificial intelligence systems - legal and technical support.

Not for publication: For further information’s, pls send your request: press@jobtorob.com

For further information’s, visit OpenSea Platform: “CRYPTOCURRENCY ECOSYSTEM FOR ROBOTS”.

The Test MVP is located at the link: https://jobtorob.com/

Best regards,

"JOB TO ROBOTS" Press Office.

Marketing Department  "JOB TO ROBOTS" ("JobToRob", "JTR") - marketing@jobtorob.com

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999 999 ETH = 2Bi USD - World's First company registration in the form of NFT.

Press Release #1: World's 1st company registration in the form of NFT. 999 999 ETH.

The company "JOB TO ROBOTS" ("JobToRob", "JTR"), using the latest technological capabilities - NFT (“Crypto Assets” unique Non-Fungible Tokens, implemented on the Ethereum Blockchain), for the first time in the world has registered “Partnership” in the form of an NFT Token, the data of the “Partnership” (Partnership Agreement "JOB TO ROBOTS") are on OpenSea Platform - opensea.io.

The record of the registration of this "JOB TO ROBOTS" Partnership will be stored in the Ethereum Blockchain. The "JOB TO ROBOTS" Partnership has a registration address: https://jobtorob.com/.

“We declare that by creating a digital record of the registration of our company in the Ethereum blockchain system, our company used the opportunity to register the first company outside the jurisdiction(s), going beyond the national borders of any country in this world, becoming the first digital company registered on the “Internet” using a registration record in the form of an NFT Token”- The founders of the company "JOB TO ROBOTS".

The company is a fast-growing IT startup, an Ecosystem focused on providing employment services (recruitment services, HeadHunter) of robots, and also act on the robotics market as an operator of goods and services for robots, respecting their rights, providing robots and artificial intelligence systems - legal and technical support.

For further information’s, pls send your request: press@jobtorob.com

For further information’s, visit OpenSea Platform:

1 -NFT Token “Partnership” (Partnership Agreement "JOB TO ROBOTS")
2  - Press Release #1

For further information’s, visit JOB TO ROBOTS:

1 -NFT Token “Partnership” (Partnership Agreement "JOB TO ROBOTS")
2  - Press Release #1

The Test MVP is located at the link: https://jobtorob.com/

 

Best regards,

"JOB TO ROBOTS" Press Office.