robot market – TC Mech Wars http://tcmechwars.com/ Thu, 01 Sep 2022 06:05:40 +0000 en-US hourly 1 https://wordpress.org/?v=5.9.3 https://tcmechwars.com/wp-content/uploads/2021/09/tc.png robot market – TC Mech Wars http://tcmechwars.com/ 32 32 The articulated robot market will be 16030 million US dollars in 2028 – https://tcmechwars.com/the-articulated-robot-market-will-be-16030-million-us-dollars-in-2028/ Wed, 31 Aug 2022 12:24:00 +0000 https://tcmechwars.com/the-articulated-robot-market-will-be-16030-million-us-dollars-in-2028/ In a report currently published by QY Research, titled Report by QY Research, titled “Global Articulated Robot Market Size, Manufacturers, Supply Chain, Sales Channel and Clients, 2022-2028”, analysts have provided an in-depth insight into the Robots Market articulated. The report is an all-encompassing research study on the global robotics market considering growth factors, recent trends, […]]]>

In a report currently published by QY Research, titled Report by QY Research, titled “Global Articulated Robot Market Size, Manufacturers, Supply Chain, Sales Channel and Clients, 2022-2028”, analysts have provided an in-depth insight into the Robots Market articulated. The report is an all-encompassing research study on the global robotics market considering growth factors, recent trends, developments, opportunities, and competitive landscape. Market analysts and researchers have carried out an in-depth analysis of the global articulated robot market using research methodologies such as PESTLE and Porter’s Five Forces Analysis. They have provided accurate and reliable market data and useful recommendations with the aim of helping players to better understand the overall current and future market scenario. The report includes an in-depth study of the potential segments, including product type, application, and end-user, and their contribution to the overall market size.
The description

An articulated robot is a robot equipped with rotating joints. Rotary joints allow for a full range of motion, as they rotate in multiple planes, and they greatly increase the capabilities of the robot. An articulated robot can have one or more rotating joints, and other types of joints can also be used, depending on the design of the robot and its intended function.

Strong points

Considering the economic change due to COVID-19 and the influence of the Russian-Ukrainian war, the global articulated robot market is expected to reach US$16030 million by 2028 from around US$9352.8 million in 2022 , at a CAGR of 9.4% in 2023 and 2028.

Get Sample Full PDF Copy of Report: (Including Full TOC, List of Tables & Figures, Chart) https://www.qyresearch.com/sample-form/form/4940668/Global-Articulated-Robot-Market-Size-Manufacturers-Supply-Chain-Sales-Channel-and-Customers-2022-2028

FANUC, KUKA, ABB, Yaskawa and Kawasaki are the industry leaders in articulated robots, which hold around 60% market share. Asia-Pacific is the main region of the global market, which holds about 60% market share.

Report scope

This report aims to provide a comprehensive overview of the Global Articulated Robot Market, with quantitative and qualitative analysis, to help readers to develop business/growth strategies, assess the market competitive situation, analyze their position in the market up-to-date and to do informed business. decisions about the articulated robot.

The Articulated Robot market size, estimates and forecast are provided in terms of sales volume (K Units) and revenue (USD Million), considering 2021 as base year, with historical and forecast data for the period 2017 to 2028. This report comprehensively segments the global articulated robot market. Regional market sizes, regarding products by types, by application, and by players are also provided. The influence of COVID-19 and the Russian-Ukrainian war has been considered when estimating market sizes.

For a deeper understanding of the market, the report provides profiles of the competitive landscape, leading competitors and their respective rankings in the market. The report also discusses technology trends and new product developments.

The report will help Articulated Robot manufacturers, new entrants and industry chain related companies in this market with information on revenue, sales volume and average price for the overall market and sub-segments on the different segments, by company, product type, application and regions.

Key companies and market share information

In this section, readers will understand the major players competing. This report investigated key growth strategies, such as innovative trends and developments, product portfolio intensification, mergers and acquisitions, collaborations, new product innovation and geographic expansion, undertaken by these participants. to maintain their presence. Besides business strategies, the study includes current developments and key financial data. Readers will also have access to global revenue, price and manufacturer sales data for the period 2017-2022. This all-inclusive report will definitely serve the clients to stay updated and make effective decisions in their businesses.

Some of the major players examined in the research report include:

FANUC

KUKKA

ABB

Yaskawa

Kawasaki

DENSO

Nachi Fujikoshi

Epson

Staubli

OTC

COMAU

Omron Adept Technologies

SIASUN

HIWIN(TW)

Yamaha

GSK

Triowin

Nanjing Estun Automation

Product type information

The global markets are presented by type of articulated robot, along with the growth forecast to 2028. The sales and revenue estimates are based on the supply chain price at which the articulated robot is purchased by manufacturers.

This report has studied each segment and provided the market size using historical data. They also discussed the growth opportunities the segment could present in the future. This study provides sales and revenue data by type, and over the historical period (2017-2022) and forecast period (2023-2028).

Articulated Robot Segment by Type

4 axes or less

5 axis

6 axes or more

Application Information

This report provided the market size (sales and revenue data) by application, during the historical period (2017-2022) and the forecast period (2023-2028).

This report also outlines each segment’s market trends and consumer behaviors impacting the articulated robot market and the implications these may have on the future of the industry. This report can aid in understanding the relevant market and consumer trends driving the Robotic Robot Market.

Articulated Robot Segment by Application

Automotive

Electrical and Electronic

Machinery

Rubber, plastics and chemicals

food and drinks

Others

Regional outlook

This section of the report provides key information about the different regions and major players operating in each region. Economic, social, environmental, technological and political factors have been taken into consideration when assessing the growth of a particular region or country. Readers will also have access to revenue and sales data for each region and country for the period 2017-2028.

The market has been segmented into several major geographies including North America, Europe, Asia-Pacific, South America, Middle East and Africa. A detailed analysis of major countries such as USA, Germany, UK, Italy, France, China, Japan, South Korea, Southeast Asia and India will be covered in the regional segment. For market estimates, data will be provided for 2021 due to the base year, with estimates for 2022 and revenue forecasts for 2028.

North America

United States

Canada

Europe

Germany

France

UK

Italy

Russia

Nordic countries

Benelux

The rest of Europe

Asia Pacific

China

Japan

South Korea

India

South East Asia

Australia

Rest of Asia-Pacific

Latin America

Mexico

Brazil

Argentina

Rest of Latin America

Middle East and Africa

Turkey

Saudi Arabia

United Arab Emirates

Rest of the Middle East and Africa

Main Drivers and Obstacles

The high impact factors and renderers have been studied in this report to help readers understand the overall development. Additionally, the report includes constraints and challenges that can act as stumbling blocks in the players’ path. This will help users to be attentive and make informed decisions related to business. Specialists also focused on future business prospects.

COVID-19 and analysis of the influence of the Russian-Ukrainian war

Readers of the section will understand how the articulated robot market scenario has changed across the globe during the pandemic, post-pandemic and Russian-Ukrainian war. The study is carried out keeping in mind the changes in aspects such as demand, consumption, transportation, consumer behavior, supply chain management, export and import and the production. Industry experts have also highlighted the key factors that will help create opportunities for players and stabilize the overall industry in the years to come.

Reasons to buy this report

This report will help readers understand the competition within the industries and the competitive environment strategies to improve profit potential. The report also focuses on the competitive landscape of the global robotic robot market and details the market share, industry ranking, competitor ecosystem, market performance, new product development, status. of operation, expansion and acquisition. etc of major players, which helps readers to identify key competitors and deeply understand the competition pattern of the market.

This report will help stakeholders understand the status and trends of the global Articulated Robot industry and provide them with insights on key market drivers, restraints, challenges, and opportunities.

This report will help the stakeholders to better understand the competitors and acquire more information to strengthen their position in their businesses. The competitive landscape section includes market share and ranking (by volume and value), competitor ecosystem, development, expansion, and acquisition of new products.

This report stays up to date with the integration of new technologies, features and the latest market developments

This report helps stakeholders understand the influence of COVID-19 and Russian-Ukrainian War on the Robotic Robot industry.

This report helps stakeholders better understand which regions to target in the world

This report helps stakeholders better understand end-user perception of articulated robot adoption

This report helps stakeholders to identify some of the key market players and understand their valuable contribution

Inquire for customization in the report: https://www.qyresearch.com/customize-request/form/4940668/Global-Articulated-Robot-Market-Size-Manufacturers-Supply-Chain-Sales-Channel-and-Customers-2022-2028

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This press release was published on openPR.

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2022 Bronchoscopy Surgical Robots Market is booming globally by 2030 https://tcmechwars.com/2022-bronchoscopy-surgical-robots-market-is-booming-globally-by-2030/ Tue, 30 Aug 2022 05:11:42 +0000 https://tcmechwars.com/2022-bronchoscopy-surgical-robots-market-is-booming-globally-by-2030/ New York, United States – Main companies covered by the Bronchoscopy Surgical Robot The searches are Intuitive, Auris Health, Microport and other key market players. The global Bronchoscopy Surgical Robots market size will reach USD Million by 2030 growing at a CAGR of % during the analysis period. With the recovery of the global economy […]]]>

New York, United States – Main companies covered by the Bronchoscopy Surgical Robot The searches are Intuitive, Auris Health, Microport and other key market players.

The global Bronchoscopy Surgical Robots market size will reach USD Million by 2030 growing at a CAGR of % during the analysis period.

With the recovery of the global economy in 2021 and the improvement of the industrial chain supply, the bronchoscopy surgical robot market will undergo major changes. According to the latest research, the market size of Bronchoscopy Surgical Robot industry in 2021 will increase USD Million from 2020, with a growth rate of %.

Request a free sample of this strategic report: –https://reportocean.com/industry-verticals/sample-request?report_id=AR15935

The Global Bronchoscopy Surgical Robot Industry Report provides top notch qualitative and quantitative insights including: Market Size (Value 2017-2021 and Forecast 2022). The report also contains descriptions of major players, including key financial indicators and analysis of market competitive pressure.

The report also assesses key market opportunities and outlines the factors that are and will be driving the growth of the industry. Considering previous growth patterns, growth drivers, and current and future trends, we also forecast the overall growth of the global Bronchoscopy Surgical Robot market over the next few years.

Highlights-Regions

The Bronchoscopy Surgical Robot Market can be split based on product types, major applications, and major regions as follows:

North America
Europe
Asia Pacific
Latin America
Middle East and Africa

Highlights-Types
Majority of Bronchoscopy Surgical Robot Product Types covered in this report are:
Active systems
Semi-active system

List of ApplicationsHighlights-Application
The most widely covered applications in this Bronchoscopy Surgical Robot Market report are:
Hospital
Ambulatory surgery centers
Others

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Contents:

  • Market definition and overview
  • Research method and logic
  • Market competition analysis
  • Analysis of products and services
  • Strategies for the business to deal with the impact of COVID-19
  • Market Segment by Type, Historical Data and Market Forecast
  • Market Segment by Application, Historical Data and Market Forecast
  • Market by region, historical data and market forecast
  • Dynamic market analysis and development suggestions

The list of factors covered in the report are:
Main strategic developments: The report respects quality and quantity. It covers key strategic developments in the market, including R&D, mergers and acquisitions, agreements, new product launches, collaborations, partnerships, joint ventures, and geographic expansion, along with a list of key players of the industry that are thriving in the market domestically and internationally.

Main characteristics of the market:
Major topics such as revenue, capacity, price, rate, production rate, gross production, capacity utilization, consumption, cost, CAGR, import/export, supply/demand, market share, and gross margin are all assessed in the research and mentioned in the study. It also documents an in-depth analysis of the most important market factors and their most recent developments, combined with the relevant market segments and sub-segments.

List of highlights and approach
The report is produced using a variety of effective analytical methodologies that provide readers with in-depth research and assessment on the major market players and a comprehensive overview of their place within the industry. Analytical techniques, such as Porter’s five forces analysis, feasibility studies, SWOT analysis, and investment return analysis are used to examine the development of major market players.

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  • This market research report helps forecast revenue and analyze market trends based on region, product type, and end-use.
  • The market analysis of the market share can prove beneficial in terms of profit for the participants and stakeholders in the industry.

Answers to key questions in the market report

  • What manufacturing technology is used for the market? What are the current developments in this technology?
  • What trends are driving these developments? Who are the main global players in this market?
  • What is their company profile, product information and contact details?
  • What was the overall market status? What was the capacity, production value, cost and market profit?
  • What is the current market status of the market industry? What is the market competition in this industry, both at company and country level?
  • What is the market analysis of the market considering applications and types?
  • What are the industry projections of the global market considering capacity, production, and production value? What will be the estimate of cost and profit?
  • What will be the report on market share, supply and consumption? What about import and export?
  • What is Market Chain Analysis by Upstream Commodities and Downstream Industry?

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AM radio vs. digital audio; robot referees; and Amazon cuts the line – GeekWire https://tcmechwars.com/am-radio-vs-digital-audio-robot-referees-and-amazon-cuts-the-line-geekwire/ Sat, 27 Aug 2022 17:39:44 +0000 https://tcmechwars.com/am-radio-vs-digital-audio-robot-referees-and-amazon-cuts-the-line-geekwire/ Try out different play-by-play audio options in the stands at T-Mobile Park. (Photo GeekWire/John Cook) Sitting in the first base line bleachers Thursday at T-Mobile Park in Seattle, I felt like a true fan, in my white Mariners jersey with GEEKWIRE on the back, Louisville Slugger baseball glove, Mariners spring circa 2007, white Felix Hernandez […]]]>
Try out different play-by-play audio options in the stands at T-Mobile Park. (Photo GeekWire/John Cook)

Sitting in the first base line bleachers Thursday at T-Mobile Park in Seattle, I felt like a true fan, in my white Mariners jersey with GEEKWIRE on the back, Louisville Slugger baseball glove, Mariners spring circa 2007, white Felix Hernandez socks and noise-canceling headphones attached by cord to my portable AM-FM radio, perched between the seats in front of me for optimum reception.

It was then that the guy a few seats to my left turned to me and made a humiliating observation… he wondered if I was cosplaying as Steve Bartman.

You may remember Bartman as an unhappy Cubs fan with the hat and headphones in the 2003 National League Championship Series, who deflected a ball that might otherwise have been caught by the Cubs outfielder. Moises Alou. If you’ve seen the video or a photo or watched the documentary, you’ll have an idea of ​​what I looked like in the stands at the Mariners game this week.

But it wasn’t cosplay. It was a technical test.

In this episode of the GeekWire podcast, we pit old-school terrestrial radio against smartphone audio streams for play-by-play in the stands. Next, we discuss the pros and cons of baseball analytics and robot umpires. And finally, we learn about the ups and downs of Amazon’s retail technology in the tech giant’s hometown stadium.

Listen above and keep reading for more.

Radio vs smartphone: I love baseball, but I’m a big fan of multi-sensory experiences, especially seeing something live and simultaneously having someone talking in your ears, pointing out things you might otherwise miss.

In a modern baseball game, there’s so much going on in the stands, on the scoreboard, and among the people around you that it’s easy to lose track of what’s happening on the field.

Longtime baseball fans know the solution: bring a transistor radio to the game, perhaps with headphones, and follow along with the help of the play-by-play announcer and color commentator in the booth.

These days, there are several apps that provide the ability to stream game audio to your smartphone. In an ideal world, the experience of listening to the game via your phone in the stands would be perfectly synchronized.

But in reality, anyone streaming audio from the MLB app, TuneIn, or the 710 Seattle Sports radio app wouldn’t hear a home run call or any other play-by-play in their ears until at least 30 seconds after this happens. the field, given a significant delay in the audio stream.

This annoyed me for a while. My ideal scenario would be going to the game with a family member or buddy who also wanted the play-by-play to happen. Sitting next to each other, we could each have an Airpod in one ear, listening to the live stream from our phones, and chatting between locations, almost like we were sitting on the couch together, except the game would be live in real life in front of us.

But the delay makes the term “live stream” misleading and makes this scenario laughable. Testing it during Thursday’s game, my phone’s stream was usually about two casts behind the live action, at least.

I had a similar experience the last time I tried this at the ballpark a few years ago, so this time I was ready. I brought an AM FM portable digital transistor radio, bought the day before from Amazon for $21.99.

Listening to the game, literally. (Photo GeekWire/Todd Bishop)

Sure enough, a good old-fashioned terrestrial radio saved the day. There was a slight delay, but only a few seconds, between the action on the pitch and the AM broadcast reaching my ears.

It was certainly doable and an interesting example of old technology beating new.

I have a few theories as to why the difference – including network latency, additional advertising in the live stream, or possibly an MLB policy or media rights issue – but couldn’t get to response in time for this episode. I’ll see if I can find out, and please let me know your thoughts and theories at todd@geekwire.com.

In the meantime, I’ll be perfecting my Steve Bartman cosplay in the stands. Anyone who enjoys listening to play-by-play while watching a match is fine with me.

Tech at the ballpark: In the second segment, my colleague John Cook and I discuss and debate ways to make the game faster, the potential for augmented reality in the stands, the pros and cons of replacing referees with robots, and surprising apprehensions of John about T-Mobile Park’s retractable system. roof.

Amazon One and “Just Walk Out” at play: Of course, one of the worst parts of going to any professional sports game is standing in line for a drink or snack and missing a crucial game on the field.

But it’s one of the places Amazon is offering its Just Walk Out technology, in a take-out food and beverage store called “Walk-Off Market,” which opened in T-Mobile Park earlier this year near section 126 behind plate at home.

Using my palm to enter the “Walk-Off Market” powered by Amazon. (GeekWire Photo/Taylor Soper)

You can enter by swiping a credit card or scanning your palm if you are already registered on the Amazon One system. Overhead cameras and sensors follow you around the store to see what you’re picking up and automatically top up your card.

Since I had already registered my palm and credit card with Amazon One in the Amazon Go store at the company headquarters in 2020, I was able to enter the store in T-Mobile Park simply by passing my palm above the sensor and the tipped open door. I headed straight for the large refrigerators out back…but was stopped by a worker who asked to see my ID.

I understand there are liquor laws that govern this but if I have to give Amazon my biometrics it would be great if the system could know that I am well over 21 and allow me a way or another to pass in the beer section without having to show my ID. Consider guest reviews for Day One Tower folks.

Anyway, after considering the large selection of beers, I made my selection and grabbed a Mariner Dog in the hot case. Before going out, I opened my beer can as instructed by another worker – they don’t want fans to be able to use an unopened beer can as a projectile from the stand. Even with that, and getting a patent, the whole experience lasted about two minutes. It could easily have been less than a minute if I had spent less time selecting the beer.

My colleagues Kurt Schlosser and Taylor Soper put together a full video and story at the opening of the “Walk-Off Market”.

But I have an important postscript to add about this hot dog, which Taylor and I discussed when we were back in the stands Thursday afternoon. The hot dog was lukewarm and the bun was stale. As Taylor observed, I had encountered one of the downsides of the takeout service.

OK, podcast fans, this is the ball game. Thank you for listening (and reading).

Listen above or subscribe to GeekWire in Apple podcast, Google Podcasts, Spotify or wherever you listen.

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ARBE stock: buy it now before the definition of the next 12 months https://tcmechwars.com/arbe-stock-buy-it-now-before-the-definition-of-the-next-12-months/ Thu, 25 Aug 2022 21:25:00 +0000 https://tcmechwars.com/arbe-stock-buy-it-now-before-the-definition-of-the-next-12-months/ Just_Super/iStock via Getty Images Robotic TREE (NASDAQ: ARBE), a 2021 SPAC working on automotive RADAR systems, is facing what could be the crucial 12 months of its lifespan. If next year goes as planned, it could be a billion dollar business. Anything less, and it could be just another busted SPAC. Several major automotive players […]]]>

Just_Super/iStock via Getty Images

Robotic TREE (NASDAQ: ARBE), a 2021 SPAC working on automotive RADAR systems, is facing what could be the crucial 12 months of its lifespan. If next year goes as planned, it could be a billion dollar business. Anything less, and it could be just another busted SPAC. Several major automotive players will be making purchasing decisions over the next 12 months that will tie them to products for 3-5 years and ARBE is on the shortlist of companies totaling $7.5 billion in procurement contracts. sale.

I first wrote about Arbe in January and described them as a high return, low risk bet. This article builds on the first, and it may be helpful to read the first article to fully understand what Arbe does.

Many startups have recently entered the automatic speed camera market, often described as millimeter speed cameras; start-ups from China, Korea, Israel and the United States have entered what appears to be a lucrative market. However, Arbe was the first and is leading the technical challenge as its products will enter mass production in early 2023.

ARBE has developed a high-resolution imaging radar system on a chip that it is trying to sell to automakers as a competitor to Lidar and an enhancement to existing automotive radar. (My first article on ARBE covers the product in detail) ARBE hopes its chips will be a crucial part in the drive towards autonomous driving. Arbe’s advantage is its intellectual property. Its flagship product has 48 transmitter x 48 receiver channels with a resolution of 1 mm at 1 degree. It can detect objects of all sizes (and their speed) up to 300m away, giving a full 360 degree point cloud that ARBE’s software can interpret. Its maximum range is 800m for objects. Being RADAR rather than LIDAR (it uses radio waves, not light waves), it works in all weather conditions; unlike LIDAR, it is unaffected by fog, snow, rain and sunlight. RADAR can also see through many objects giving information such as:-

“a dog is running behind this fence towards the road,”

“Visibility is only 10m due to snow, but there is a wrecked car 25m ahead of us,”

“a cat is sitting behind this trash can.”

RADAR is not as accurate as LIDAR; however, the Arbe radar is accurate to 1mm, which is sufficient for all automotive applications. The increase in information from the Arbe solution includes speed at the pixel level.

The ARBE product looks like a significant improvement over existing automotive RADAR systems from companies like Infineon (OTCQX: IFNNY), ​​NXP (NXPI) and Calterah. It also appears to be better than other offerings from startups pursuing the same market, of which Uhnder appears to be closest to the market.

radar contest

Comparison of main features (author)

Uhnder, a Texas-based startup, is developing a 4D digital radar product. They collaborate with Magna (MGA) and have already signed Fisker (FSR) for their product. Full specifications are not still available on the site, and it is difficult to be sure of the product. Uhnder uses terms like “virtual channels”, of which there are over 100 as the product appears to be in development, it’s hard to be sure what exactly it will offer.

ARBE is unique in its approach, as it develops its high resolution 4D RADAR chip in collaboration with GLOBALFOUNDRIES (GFS) based on the 22nm GFs architecture. ARBE’s chipset can decode the 4D point cloud (position + speed for each point in the cloud) and transmit this information to the car’s main information system. Arbe also develops the algorithms needed to interpret the information received.

The market

The automotive radar market was around $20 billion in 2020 and growing at a CAGR of 10%. Current car radar helps with collision avoidance, cruise control, park assist and some blind spot detection.

The LIDAR market is expected to reach $3.4 billion in 2026, growing at a CAGR of over 20%.

Arbe’s 4D radar system will target both of these markets with its products capable of fulfilling both roles simultaneously.

A Crunch 12 months

Now is the critical moment for ARBE and its competitors; Innoviz (INVZ) stole a march on the rest with its recent significant design wins (as predicted in this article, Lidar Review leading to Innoviz’s buy recommendation. Kobi Marenko (CEO of ARBE) said during the earnings call after the second quarter results that between September and March, they expect ten decisions from different automotive companies with which Arbe has completed its tests; each decision represents revenue between $30 and $100 million a year. As soon as he said that, the CFO jumped in, saying those numbers were identified customers and they thought revenue would grow. Arbe always guided toward $300 million in revenue. per year, requiring three big wins out of the ten they bid on.

Five analysts follow Arbe and, using their forecasts (all of which assume Arbe will meet its $300 million revenue target), SimplyWall.st has produced the following fair value calculation from a cash flow model discounted cash.

tree fair value bar chart

DCF Fair value (simplywall.st)

This fair value is a little higher than my model predicts with the given turnover. Arbe guided +60%.

Late in the conference call, analysts asked management about the ten expected contract decisions and the CFO’s intervention, saying things could be a lot bigger. CEO, Kobi, said if you add all the RFPs to the RFPs, they’re bidding on $7.5 billion in revenue between 2023 and 2029. His seriousness was hard to judge when he said that he expected to win 95% of those bids. I suspect he was honest.

Adjusting the financial model for 95% of the $7.5 billion revenue results in a stock price well over $300, it’s hard to estimate the costs of such a huge ramp-up without more information .

Where are they now?

GlobalFoundries is an essential part of the ARBE sales pitch. A customer received the first large shipment directly from GF in the last quarter. A second customer will receive a delivery during the current quarter. GF tests the chips in the factory, but this verification is not yet automated and must be carried out before the start of mass production. There is also a problem with the automatic approval of grades; however, this is about to be resolved by GF. ARBE plans to move to full mass production in early 2023. All potential ARBE customers have spoken directly to GF to ensure the product is of the correct standard and that GF supports ARBE’s sales plan . During the earnings call, Kobi said potential Tier 1 customers have production guaranteed by GF and that GF has established a designated area dedicated to production and sampling of the ARBE chipset within their factory. GF’s commitment is significant; Global automakers are used to dealing with GF by trusting them, without GF ARBE being just a small Israeli startup.

HIRain, the first Tier 1 ADAS provider in China, announced that he is undertake projects with major Chinese OEMs with imaging radar based on the ARBEs chipset. HIRain expects to reach full mass production in 2023. HIRain has been shortlisted for several high profile tenders with major Chinese manufacturers.

Tree has a confirmed customer, AutoX, an Asian delivery vehicle maker with big backers, AutoX is making a delivery robot using Arbe Radar which is heading for mass production in 2023. When launching Arbe, they made a big deal out of this 400,000 unit deal however, in the latest earnings call it was described as a small customer. It is an acknowledgment of how Arbe has progressed.

Arbe product range

In the last quarter, Arbe added a second product to its flagship offer, the Lynx, launched in July; It is a 360 degree long range radar system with 24 transmits x 12 receivers. The product complements the flagship Phoenix 48 Transmission x 48 Receiver radar, and the two devices can work in sync to provide full coverage around the vehicle. It comes with the same perception abilities using the same AI and has 4th degree of speed as standard. Arbe expects Lynx to be used in the back and corners of a vehicle, with any individual vehicle being able to have a Phoenix and 5 Lynx plus one or two backup radars on board.

Lynx can be used for forward radar on driver assistance rather than fully autonomous vehicles.

Arbe products are very inexpensive compared to competitive LIDAR, we don’t have an exact price, but a Phoenix RADAR should cost a tenth of the cost of an equivalent LIDAR and the Lynx much less than a Phoenix. LIDAR is falling in price, but is unlikely to compete with RADAR in the foreseeable future.

finance

The competitive situation looks good for Arbe, great products, low costs and high customer engagement.

Do they have the money to generate income?

tree balance bar chart

Arbe balance sheet (Author)

As with many of these recent SPACs, finances are strong. The balance sheet summary shows $75 million in cash and no debt. Cash burn in the last quarter was close to $10 million (vs. $6 million in the first quarter); they have a cash trail of about seven quarters.

The company’s forecast calls for EBITDA of -34 to -38 million dollars this year. The guidance is in line with my Arbe model and suggests they will have ample liquidity as long as they deliver orders this year.

tree cash flow line graph

Arbe model: cash flow (Mathematical model of the author)

Conclusion

This is Arbe’s moment, they have a product that looks competitive and superior to the competition. However, I am not a car manufacturer and can only rely on published information; we need to see confirmed orders to be sure.

Many potential customers will make their final decisions over the next 12 months. Wallstreet analysts expect Arbe to win many of these orders and give the following revenue forecast.

tree income line chart

Revenue forecast (simplywall.st)

Arbe suggested he could win orders for 95% of $7.5 billion

I first bought ARBE at $8.51. I added in April at $6.64 and again last month at $5.80. My average cost is $6.71.

I’m going to hold on for the next 12 months and hope to see orders and revenue coming in.

I recommend buying Arbe now.

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Dexterity partners with Dematic to deploy versatile robots https://tcmechwars.com/dexterity-partners-with-dematic-to-deploy-versatile-robots/ Tue, 23 Aug 2022 19:07:17 +0000 https://tcmechwars.com/dexterity-partners-with-dematic-to-deploy-versatile-robots/ Listen to this article Dexterity robots performing package handling operations. | Source: Dexterity Dexterity announced the establishment of a strategic partnership with Dematic. Through this partnership, Dematic will offer Dexterity’s full-featured robots as part of its intelligent automation solutions. Dematic will sell and deploy Dexterity’s robots worldwide and facilitate its entry into the European market. […]]]>

Listen to this article

dexterity

Dexterity robots performing package handling operations. | Source: Dexterity

Dexterity announced the establishment of a strategic partnership with Dematic. Through this partnership, Dematic will offer Dexterity’s full-featured robots as part of its intelligent automation solutions. Dematic will sell and deploy Dexterity’s robots worldwide and facilitate its entry into the European market.

Dexterity offers a software-as-a-service (SaaS) robotics platform that transforms standard industrial robot arms into full-task robots with a sense of touch and vision, and the ability to learn and perform multiple tasks. To date, its robots have retrieved more than 37 million goods from warehouses across the United States.

The partnership brings together Dexterity’s robotics technology and Dematic’s expertise in advanced supply chain solutions to provide the market with fully integrated, self-contained and scalable solutions. Dematic will offer everything from specific subsystems to complete operations.

“Robots powered by Dexterity have increased market demand for flexible automation that can work within existing workflows and infrastructure,” said Samir Menon, CEO of Dexterity. “Partnering with an industry leader like Dematic will accelerate the deployment of robots by Dexterity customers and significantly expand the global reach of Dexterity robots.”

Dematic plans to deploy robotic systems already under contract with Dexterity customers in consumer goods, manufacturing, retail and parcels. The company will also sell and deploy Dexterity’s solutions to its own warehouse, distribution and fulfillment customers over the next few years. The first Dexterity robot system deployed by Dematic is expected to be deployed in Q4 2022.

“Our growing partnership with Dexterity is another example of Dematic taking the necessary steps to continue to be a software and technology leader,” said Hasan Dandashly, Dematic President and KION Group Board Member. “As a leader, we provide our customers with the smart solutions they need to succeed, and fully integrated robotic solutions go hand in hand with that.”

The partnership will accelerate Dematic’s ability to provide customers with scalable, self-contained solutions that provide customers with increased flexibility. Additionally, its customers will benefit from the expertise of both companies at every phase of deployment, from initiation and planning to execution and live operations.

Earlier this year, Ed Mullen, formerly Vice President of Americas Sales at Mobile Industrial Robots (MiR), joined the Dexterity team as Senior Director of Partnerships. The company recently emerged from stealth in 2020 and recently raised $140 million in Series B funding.

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Radiotherapy Market Size, Share, Top Key Players, Growth, Trend https://tcmechwars.com/radiotherapy-market-size-share-top-key-players-growth-trend/ Mon, 22 Aug 2022 09:53:00 +0000 https://tcmechwars.com/radiotherapy-market-size-share-top-key-players-growth-trend/ Emerging research logo Rising incidence of cancer, improving technological advancements, new product launches and strategic collaboration are driving the market demand. VANCOUVER, BC, CANADA, August 22, 2022 /EINPresswire.com/ — The latest paper from Emergen Research, titled “Global Radiotherapy market – Forecast to 2027,” is one of the most sought-after market reports comprising a top-down examination […]]]>

Emerging research logo

Rising incidence of cancer, improving technological advancements, new product launches and strategic collaboration are driving the market demand.

VANCOUVER, BC, CANADA, August 22, 2022 /EINPresswire.com/ — The latest paper from Emergen Research, titled “Global Radiotherapy market – Forecast to 2027,” is one of the most sought-after market reports comprising a top-down examination of the global radiation therapy market. With the increase in the prevalence of malignant growth, the majority of medical clinics are adopting effective products that provide ideal therapy. For example, in January 2020, Provision Healthcare sent a third facility specializing in proton therapy to Southwest Orange County, Florida.

The global radiation therapy market is expected to reach $7.65 billion by 2027, according to a new report from Emergen Research. The growth of this market can be attributed to the growing prevalence of cancer globally, increasing geriatric population, and increasing adoption of radiation therapy. Advancements in technology and increasing public awareness have led to an increase in the number of surgeries, which in turn increases the demand from the industry. The increase in technological advancements in radiotherapy is one of the factors snowballing the growth of the market. For example, Stereotactic Body Radiation Therapy (SBRT) which differentiates healthy cells from cancerous cells and provides optimal efficacy

The medium is expected to treat approximately 700 patients each year and will come with RayCare state-of-the-art oncology data framework and RaySearch’s RayStation treatment organization framework. Hospitals and institutions are the major end customers in the market. elevated a few market players to favor a high-level variant of their article contributions. For example, in January 2020, Elekta agreed to an agreement with the Jules Bordet Institute, Brussels for the Elekta Unity MR-linac frame, Versa HD direct accelerator pedals (linacs) and to overhaul the Elekta Infinity linacs. The absolute deal was estimated to be around $24.2 million.

For a sample PDF copy of the report, visit @ https://www.emergenresearch.com/request-sample/49

Key Players Featured in the Report:

Varian Medical Systems,

Inc. (USA),

Elekta (Sweden),

Accuray Incorporated (USA),

Ion Beam Applications SA (Belgium),

Panacea Medical Technologies Pvt. ltd. (India),

ViewRay,

IsoRay Medical, Inc. (USA),

Provision Healthcare (USA),

Hitachi Ltd. (Japan),

Mevion Medical Systems, Inc. (USA) and

Medical Thinking (US)

One of the central elements of the report is the broad division of the Radiation Therapy market which incorporates range of item types, range of applications, end-customer industry scene, huge geological localities, and major market competitors. The central participants’ monetary situations, as well as their net benefits, trading volumes, trading revenues, production costs and other monetary proportions, have been accurately measured in the report.

Key geographies:

North America

Europe

Asia Pacific

Latin America

Middle East and Africa

The increasing and steady ubiquity of the disease, increased interest in radiation therapy has ultimately advanced the development of the market. According to the American Cancer Society, approximately 1,806,590 new cases of malignant growth and 606,520 deaths in the United States are assessed in 2020.

To find out more about the Report @ https://www.emergenresearch.com/industry-report/radiotherapy-market

Emergen Research has segmented the global radiation therapy market on the basis of products, types, applications, end users, and region:

Product Outlook (Revenue in USD Million; 2017-2027)

External radiotherapy product

Linear accelerators (LINAC)

Conventional LINAC

Stereotactic advanced electronic/cobalt-60 LINAC

Cyberknife

gamma knife

Tomotherapy

Particle therapy systems

Cyclotrons

Synchrotrons

Synchrocyclotrons

Conventional Cobalt-60 Teletherapy Units

Internal radiation therapy/brachytherapy products

Seeds

Applicators

Source loaders

Electronic brachytherapy products

Systemic radiotherapy

Iobenguane-131

Samarium-153

Rhenium-186

Yttrium-90

Radium-223

Phosphorus-32

Radiolabeled antibodies

Types Outlook (Revenue USD Million; 2017-2027)

External radiotherapy

Image Guided Radiation Therapy (IGRT)

Intensity Modulated Radiation Therapy (IMRT)

Tomotherapy

Volumetric Modulated Arc Therapy (VMAT)

Stereotaxic therapy

3D conformal radiotherapy (3D-CRT)

Particle beam therapy (heavy ion therapy and proton therapy)

Internal radiotherapy/brachytherapy

Low dose rate (LDR) brachytherapy

High dose rate (HDR) brachytherapy

Pulsed dose rate (PDR) brachytherapy

Systemic radiotherapy

Intravenous radiotherapy

Oral radiotherapy

Instillation radiotherapy

Application Outlook (Revenue USD Million; 2017-2027)

Prostate cancer

Breast cancer

Lung cancer

Colorectal cancer

spine cancer

Brain cancer

Pediatric cancer

Gynecological cancer

Cervical cancer

Penile cancer

Head and neck cancer

End-Use Outlook (Revenue USD Million; 2017-2027)

Hospitals

Independent radiotherapy centers

North America is expected to witness several growth opportunities leading to the increase in the level of consumer awareness owing to the availability of a large number of research institutes, hospitals and other healthcare facilities, as well only to an increase in the prevalence of cancer, which will greatly influence the growth of the industry.

Key questions addressed in the report:

What are the key factors driving the global radiotherapy market?

Who are the major manufacturers in this market space?

Who are the distributors, traders and resellers in this market?

What are the market opportunities and risks affecting vendor performance in the global Radiation Therapy market?

Request customization of this report @ https://www.emergenresearch.com/request-for-customization/49

Thank you for reading our report. To find more details about the report or to inquire about its customization, please let us know and we will offer the report as per your requirements.

Learn more about Emergen Research reports

Plant-Based Food and Beverage Alternatives Market

Nano drone market

Fermented Foods and Ingredients Market

Mobile robot market

Forensic Technology Market

About Us:

Emergen Research is a market research and consulting firm that provides syndicated research reports, custom research reports, and consulting services. Our solutions are uniquely focused on your goal of locating, targeting and analyzing changes in consumer behavior across demographics, across industries, and helping customers make smarter business decisions. We offer market intelligence research ensuring relevant and factual research across multiple sectors including health, touchpoints, chemicals, types and energy. We are constantly updating our search offerings to ensure that our clients are aware of the latest trends existing in the market. Emergen Research has a strong base of experienced analysts from a variety of areas of expertise. Our industry experience and ability to develop a workable solution to any research problem gives our clients the ability to secure an edge over their respective competitors.

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Size of the radiotherapy market worth USD 7.65 billion by 2027

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Mobot launches robot-powered QA-as-a-Service testing platform https://tcmechwars.com/mobot-launches-robot-powered-qa-as-a-service-testing-platform/ Fri, 19 Aug 2022 20:00:57 +0000 https://tcmechwars.com/mobot-launches-robot-powered-qa-as-a-service-testing-platform/ Today, Mobot publicly launched its QA-as-a-service platform and announced $12.5 million in Series A funding from Cota Capital, with participation from Heavybit, Uncorrelated Ventures and others. . Mobot’s one-of-a-kind platform uses physical robots to test mobile apps. Companies serving millions of users, including Citizen, Persona, Branch, Mapbox, and Radar, use Mobot to test apps on […]]]>

Today, Mobot publicly launched its QA-as-a-service platform and announced $12.5 million in Series A funding from Cota Capital, with participation from Heavybit, Uncorrelated Ventures and others. .

Mobot’s one-of-a-kind platform uses physical robots to test mobile apps. Companies serving millions of users, including Citizen, Persona, Branch, Mapbox, and Radar, use Mobot to test apps on hundreds of devices, platforms, and operating systems in hours.

“Mobot helped us increase our App Store rating from 4.2 to 4.8 and achieve a 99.9% crash-free rate,” said Swamy Ramaswamy, CTO and COO at Sandboxx. “Our app is responsible for helping military service members send and receive physical letters with their families, so stability is crucial. Mobot is a critical part of our quality assurance workflow and regularly reveals issues. that have not been highlighted by our internal software testing process.”

Mobile users today interact with many physical devices, notifications, integrations, operating systems, and thousands of other points beyond the control of developers. Emulators and other virtual QA environments are unable to test the sheer number of edge cases that lead to performance and functionality failures. The $40 billion software testing market uses low-cost labor to fill gaps, but at high cost and with varying testing accuracy.

Mobot solves this problem with the only QA-as-a-service platform that uses state-of-the-art mechanical robots to automate human-like repetitive function testing in a real environment. This approach eliminates thousands of hours of manual testing, increases testing efficiency exponentially, and captures more bugs in the app before App Store launch than software alone can.

“Software QA limitations mean that too many man hours are spent testing mobile apps to ensure they ship right the first time. Mobot’s non-obvious idea of ​​using physical robots for manual testing is an ingenious solution,” said Adit Singh, Partner at Cota Capital. “Its robot fleet is more reliable and gets the job done with precision and consistency. Mobot helps eliminate tedious manual testing so customers can ship their mobile apps with confidence, every time. »

“Real-world quality testing is essential to building mobile apps people love and to ensuring the success of digital transformation initiatives. Unfortunately, real-world testing is also an expensive and repetitive task that humans don’t like and can be pretty bad,” said Jesse Robbins, partner at Heavybit. “Mobot provides the quality people at every software vendor with a powerful team of helpful bots to perform world-class testing at scale, across devices and ecosystems, in hours.”

Difficult use cases for which Mobot is able to automate testing include:

  • Complex hardware and software interaction, such as cross-device interactions for instant messaging and Bluetooth/WiFi-enabled hardware connections.
  • Streaming data stability, notably push notifications with increasing complexity and dependencies, such as Apple’s new Live Activities feature for iOS 16.
  • Backward compatibility testing, like memory leaks triggered by third-party software on older iOS devices and camera tests on Android versions and manufacturers.
  • Critical Action Stability, such as revenue-generating activities such as in-app purchases, subscription management, Apple/Google Pay and payment API integration; user login, new account creation and multi-factor authentication (including SMS and biometrics); and the behavior of the application in the background or interrupted by a phone call.

Mobot Founder and CEO Eden Full Goh has over a decade of engineering and product experience. Her career began when she left Princeton to build SunSaluter, a low-cost solar panel rotator used in developing countries around the world, with a Thiel Foundation Entrepreneurship Fellowship. Years later, as a product manager for a critical medical device used in hospitals, she was baffled by the number of hours her team spent manually testing the software on mobile devices. She started Mobot to fill what she saw as a huge gap that no one was talking about.

“Software is becoming more and more physical, which means testing in a vacuum is no longer enough. But using humans to perform real-world regression testing is a misuse of their creativity and potential,” said Eden Full Goh, Founder and CEO of Mobot. “Robots perform these tasks faster, more accurately, and can easily manage software fragmentation across devices and ecosystems. We’re building the infrastructure that helps modern businesses adapt to our device-dependent world.

Learn more about how Mobot works or create a free account to submit your first mobile app test in minutes.

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Contribution made by Cobots: Robotics in industrial automation https://tcmechwars.com/contribution-made-by-cobots-robotics-in-industrial-automation/ Thu, 18 Aug 2022 03:23:07 +0000 https://tcmechwars.com/contribution-made-by-cobots-robotics-in-industrial-automation/ With robots playing a central role in many industries, robotics has changed the face of the world. In recent years, industrial automation has grown exponentially across the world. The implementation of robotics has benefited manufacturers by accelerating manufacturing unit growth, efficiency, and productivity. Manufacturers have benefited in terms of profitability and worker safety. In recent […]]]>

With robots playing a central role in many industries, robotics has changed the face of the world. In recent years, industrial automation has grown exponentially across the world. The implementation of robotics has benefited manufacturers by accelerating manufacturing unit growth, efficiency, and productivity. Manufacturers have benefited in terms of profitability and worker safety.

In recent times, industrial automation is not only limited to large enterprises, but small and medium enterprises are moving towards it. The advancement of technology has brought forward the perfect human-machine collaboration called collaborative robots or “cobots”. According to a survey, The global collaborative robots market is expected to grow from USD 1,358.2 million in 2021 to USD 16,387.3 million in 2028 with a CAGR of 42.7% during the forecast period.

Robotic automation with traditional robots requires a large investment, a large floor area and drastic changes in infrastructure. A typical traditional industrial robot is designed for power and speed, potentially threatening employee safety. On the other hand, cobots have revolutionized the concept of industrial automation. The integration of cobots has amplified benefits for manufacturers such as reliability, consistency, higher productivity, reduced waste, and many more.

Efficiency

Maintaining workforce efficiency is important for any organization. Performing repetitive tasks after an extended period of time can lead to fatigue, leading to human error and wasted material. Cobots are designed to perform repetitive tasks with precision, ensuring a significant reduction in human error and product waste. Additionally, cobots are capable of working 24/7 with consistency in every task. With less human error caused by fatigue and operational disruptions, projects can be completed on short notice.

One of the best features of a cobot is the ability to be deployed and redeployed to perform various tasks, adding value to manufacturers. In addition to increasing efficiency, cobots solve labor shortage issues. Production line efficiency and output can be increased by assigning repetitive tasks to robots and freeing human labor to focus on more valuable tasks.

Quality assurance

As the market has evolved over the past few decades, quality remains a priority that a consumer looks for in a product, and maintaining quality is the primary concern of manufacturers. This is where cobots come in. As companies focus on making profits, quality assurance has been highlighted as one of the main contributors to increasing profitability. As the demand for product quality increases, cobots have become a solution for manufacturers to reduce human error and improve quality.

Workplace Safety

Cobots are able to work alongside human employees without the need for security fences. They are deployed in the production lines after evaluation of the essential risks to ensure the safety of the workers. Additionally, cobots are designed to perform high-risk and injury-prone tasks such as heavy weight lifting applications. Extreme conditions, high temperatures and applications such as detailed precision work and spot welding are deemed suitable for cobots. As the cobots used to help perform these tasks, they maximize the abilities and talents of the operators to perform higher quality tasks and reduce workplace injuries caused by accidents. This provides a safe working environment for workers, further increasing their morale to work efficiently.

Space saving

Traditional industrial robots often require large space and infrastructure changes before use, while cobots can be deployed in limited floor space. In many cases, small and medium-sized companies do not have large spaces for the installation of bulky machines. Cobots have therefore become an option for these small businesses. They are flexible, versatile, lightweight and compact. A single cobot can perform multiple tasks, save space, and save the large sums needed to deploy traditional robots.

Economic solution

When businesses explore automation, cost is one of their top considerations. Automation or more precisely cobots, reduce the waste of materials and obstacles that occur in production processes. Since the costs associated with defective products can be significant, cobots help manufacturers reduce the costs associated with defects. Moreover, traditional industrial robots often require professional engineers to program and maintain the robots. While cobots are easily programmable, even employees with limited robotics or programming knowledge can use a cobot. Therefore, no additional cost will be required to have a professional on board to operate the cobot.

Cobots are a fraction of the purchase cost of traditional robots and typically offer a return on investment as short as 12 months. Universal Robots has reduced the financial burden with UR Financial Services, allowing manufacturers to instantly reap the benefits of cobot automation without worrying about cash flow and seasonal fluctuations.

With advances in technology expanding the world of industrial robots, the world has seen a revolution in the manufacturing industry. Collaborative robots have changed the way manufacturers operate in the production chain. The myriad applications of industrial robots have had a positive impact and major growth in robot adoption. Automation has been successful in various operations, reaping several benefits for manufacturers. Today, automation and cobots are widely used, and industries that adopt cobots will continue to gain a competitive advantage.



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Disclaimer

The opinions expressed above are those of the author.



END OF ARTICLE



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Google’s PaLM-SayCan helps train robots for home and work https://tcmechwars.com/googles-palm-saycan-helps-train-robots-for-home-and-work/ Tue, 16 Aug 2022 14:00:52 +0000 https://tcmechwars.com/googles-palm-saycan-helps-train-robots-for-home-and-work/ I’m standing in the kitchenette of a Google office in Mountain View, California, watching a robot at work. It’s looking at items on a counter: sparkling water, a bag of whole grain chips, an energy drink, a protein bar. After what seems like an eternity, he reaches out, grabs the chips, rolls a few feet, […]]]>

I’m standing in the kitchenette of a Google office in Mountain View, California, watching a robot at work. It’s looking at items on a counter: sparkling water, a bag of whole grain chips, an energy drink, a protein bar. After what seems like an eternity, he reaches out, grabs the chips, rolls a few feet, and drops the bag in front of a Google employee. “I’m done,” he says.

This snack delivery, which the bot performed at a recent press briefing, may not seem like a particularly amazing robotic feat, but it is an example of the progress Google has made in teaching bots how to be helpful, and not by programming them to perform a well-defined set of tasks, but by giving them a broader understanding of what humans might ask and how to respond. It’s a far more demanding AI challenge than a smartphone assistant like Google Assistant responding to a limited, carefully crafted set of commands.

The robot in question has a white tubular body, a gripping mechanism at the end of its single arm, and wheels. The fact that it has cameras where we have eyes gives it a certain anthropomorphism, but more importantly, it seems designed for practical functionality. It was created by Everyday robots, a unit of Google’s parent company, Alphabet. Google has collaborated with its bot-centric corporate sibling on the software side of the challenge of making bots useful. This research is still early and experimental; Along with tasks like finding and retrieving items, it also includes training robots to play ping pong and catch racquetballs.

A squadron of Everyday Robots bots hang out in Google’s robotics research lab. [Photo: Harry McCracken]

And now Google is sharing information about its latest milestone in robot software research, a new language model called PaLM-SayCan. (The “PaLM” stands for “Pathways Language Model.”) Developed in conjunction with Everyday Robots, this software provides the company’s robots with a broader understanding of the world that helps them respond to human requests such as “Bring me a snack and something to wash it with” and “I spilled my drink, can you help me? It requires understanding spoken or typed statements, unraveling the ultimate goal and breaking it down into steps, and accomplishing them using whatever skills a particular robot might have.

Google’s software breaks down human requests into components and decides which steps to take based on a particular robot’s capabilities. [Image courtesy of Google]

According to Google, its current PaLM-SayCan search is the first time robots have had access to a large-scale language model. Compared to previous software, according to the company, PaLM-SayCan makes robots 14% more efficient at planning tasks and 13% more efficient at carrying them out. Google also found a 26% improvement in bots’ ability to plan tasks involving eight or more steps, such as responding to “I left out a soda, an apple, and some water.” Can you throw them away and then bring me a sponge to wipe the table?

For you or me, choosing from several snacks on a counter is easy. For robots, this remains an achievement of note. [Photo: Courtesy of Google]

Not soon in a house near you

Although the Everyday Robots bots have done useful work such as sorting garbage in Google offices For a while now, the whole effort has always been to teach bots to learn to self-learn. In the demos we saw at the recent press conference, the robot performed its snack-fetching tasks so slowly and methodically that you could practically see the wheels spinning inside its head as it figured out the job step-by-step. . When it comes to searching for ping pong and racquetball, it’s not that Google sees a market for sports bots, but those activities require both speed and precision, making them good proxies for all. kinds of actions that robots will have to learn to handle.

Google’s emphasis on robotic ambition rather than getting something to market immediately contrasts with the strategy followed by Amazon, which already sells Astro, a $999 home robot, by invitation only. In its current form, Astro does little and isn’t much more than an Alexa gadget/security camera on wheels; When my colleague Jared Newman tried one at home, he struggled to find uses for it.

Google Research’s head of robotics, Vincent Vanhoucke, told me the company isn’t quite at the point yet where it’s trying to develop a robot for commercial release. “Google tries to be a company that focuses on providing access to information, helping people in their daily lives,” he says. “You can imagine a ton of overlap between Google’s overall mission and what we do in terms of more concrete goals. I think we’re really at the capability delivery level and trying to figure out what capabilities we can provide. It’s always a quest of ‘what are the things the robot can do? And can we expand our imagination on what’s possible?’

In other words, don’t assume you’ll be able to buy a Google robot soon, but stay tuned.

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Arbitrage Robot releases the 12 month plan for users to select and start trading on their best trading bot. https://tcmechwars.com/arbitrage-robot-releases-the-12-month-plan-for-users-to-select-and-start-trading-on-their-best-trading-bot/ Sat, 13 Aug 2022 17:04:58 +0000 https://tcmechwars.com/arbitrage-robot-releases-the-12-month-plan-for-users-to-select-and-start-trading-on-their-best-trading-bot/ Boulder, Colorado – (NewMediaWire) – August 13, 2022 – (King Newswire) – Arbitrage bots provides crypto traders with an arbitrage platform by integrating automated crypto-trading bots. The platform is currently used by beginners and advanced traders. Interested traders can register on the platform to start arbitrage trading and make profits without taking risks. Interested users […]]]>

Boulder, Colorado – (NewMediaWire) – August 13, 2022 – (King Newswire) – Arbitrage bots provides crypto traders with an arbitrage platform by integrating automated crypto-trading bots. The platform is currently used by beginners and advanced traders. Interested traders can register on the platform to start arbitrage trading and make profits without taking risks.

Interested users can click here to create an account.

The platform offers its users a best trading robot and manual setting next to the automated crypto-trading feature. By using the manual function, traders can easily trade without the help of bots, discover price discrepancies between crypto exchanges on their own, and take advantage of these differences to make a profit through arbitrage. Moreover, in recent times, the platform has collaborated with well-known crypto exchanges. Among the reliable exchanges offered by arbitrage robot platforms are Binance and Coinbase.

Using the built-in robot trading system, the arbitrage robots made a total profit of 5258% in the last 30 days. The platform helps traders identify the price gap between multiple crypto exchanges.

The main objective behind the launch of the Arbitrage Robot’s Crypto trading bot was the requirement in the crypto trading market. The volatile market was nowhere beneficial for traders of any type, even the most experienced ones, and the requirement was clearly to adapt the arbitrage strategy.

An arbitrage opportunity has been reached when the price of a digital currency on two separate exchanges differs so widely that it is possible to profit by buying the currency from a cheaper exchange and selling it to a more expensive exchange by simultaneously using the Crypto trading bot. Additionally, since arbitrage opportunities are rare and often occur within seconds, there is very little chance that a user will succeed in an arbitrage trade without the help of a robot.

Arbitrage Robot allows traders to use best trading robot with robotic functions to make quick decisions and seize arbitrage opportunities available in the market. Moreover, all trades of the arbitrage robot are calculated, which means that the robot performs each trade once in the test environment, and if it makes a profit, it immediately registers this trade in the real market.

Arbitrage Robot Announces New Plan For Crypto Traders And Investors For Their Trading bots. According to the company, its 12-month plan offers merchants the option to pay monthly while each month costs the subscribed merchant $200. With the plan, traders and investors can enjoy features like arbitrage robot, 1168 tokens, 15 exchanges, 8 robot functions, and 24/7 support.

Arbitrage Robot is an automated arbitrage trading platform developed by ROBOT.TRADE LLC allows traders and investors to buy low and sell high across crypto exchanges and earn profits. The platform aims to generate instant and risk-free daily profits from market fluctuations through built-in auto trading robots.

For more information on Trading botsinterested users can visit the website here.

Media Contact

Company name: Robot.Trade LLC.

Website: https://robot.trade/

Contact: Pasha Ivanov

Email: pasha@robot.trade

Contact number: +1 (888) 665 3262

Address: 1942 Broadway, Suite 314C, Boulder CO 80302, USA

PR Contact: King Newswire

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