Select Page ::

Artificial Intelligence Robots Market is Anticipated to Cross US$ 15 Billion By 2025 MRE Analysis – Cole of Duty

Posted on July 11, 2020 by Danzig

The report covers detailed competitive outlook including the market share and company profiles of the key participants operating in the global market. Key players profiled in the report include Soft Bank, Hanson Robotics, NVIDIA, Intel, Microsoft, IBM, Alphabet, Harman International Industries (Samsung), Xilinx and ABB. Company profile includes assign such as company summary, financial summary, business strategy and planning, SWOT analysis and current developments.

The Artificial Intelligence (AI) Robots Market is expected to be around US$ 15.50 Billion by 2025 at a CAGR of 29% in the given forecast period.

The Artificial Intelligence (AI) Robots Market is segmented on the Basis of Offering Type, Robot Type, Application Type and Regional Analysis. By Offering Type this market is segmented on the basis of Software, Processors and Hardware. Software is segmented into AI Solutions and AI Platforms. Processors is segmented into Storage Devices and Network Devices. By Robot Type this market is segmented on the basis of Service Robots, Industrial Robots, Traditional Industrial Robots and Collaborative Industrial Robots. Service Robots is segmented into Ground, Aerial and Underwater. Traditional Industrial Robots is segmented into Articulated Robots, Scara Robots, Parallel Robots, Cartesian Robots and Other Robots. By Application Type this market is segmented on the basis of Military & Defence, Personal Assistance and Caregiving, Public Relations, Education and Entertainment, Research and Space Exploration, Industrial, Agriculture, Healthcare Assistance, Stock Management and Others. By Regional Analysis this market is segmented on the basis of North America, Europe, Asia Pacific, Latin America, Middle East and Africa.

This report provides:

1) An overview of the global market for Artificial Intelligence (AI) Robots Market and related technologies.2) Analyses of global market trends, with data from 2015, estimates for 2016 and 2017, and projections of compound annual growth rates (CAGRs) through 2024.3) Identifications of new market opportunities and targeted promotional plans for Artificial Intelligence (AI) Robots Market

4) Discussion of research and development, and the demand for new products and new applications.5) Comprehensive company profiles of major players in the industry.

The major driving factors of Artificial Intelligence (AI) Robots Market are as follows

The major restraining factors of Artificial Intelligence (AI) Robots Market are as follows:

Request Sample Report from here: https://www.marketresearchengine.com/artificial-intelligence-ai-robots-market

Table of Contents

Other Related Market Research Reports:

North America Aircraft Sensor Market Executive Data Forecast Report By 2024

Europe Aircraft Sensor Market Executive Data Forecast Report By 2024

Asia Pacific Aircraft Sensor Market Executive Data Forecast Report By 2024

Media Contact

Company Name: Market Research Engine

Contact Person: John Bay

Email:[emailprotected]

Phone: +1-855-984-1862

Website: https://www.marketresearchengine.com/

Read this article:

Artificial Intelligence Robots Market is Anticipated to Cross US$ 15 Billion By 2025 MRE Analysis - Cole of Duty

Charting the Role of Artificial Intelligence in Shipping – BBN Times

Posted on July 11, 2020 by Danzig

Businesses are growing in confidence about incorporating artificial intelligence (AI) in shipping operations to predict weather changes, assist in terminal operations, and find optimal routes.

E-commerce andretail businesses are already leveraging AI in logisticsand supply chain operations. AI has several applications in logistics like demand prediction, automated warehouses, and autonomous vehicles. These applications and the success of eCommerce and retail organizations in reaping AI benefits are encouraging shipping companies to follow the same. According to a survey,83% of shipping companies are planning to invest in AI or increase their investment. Incorporation of AI in shipping can lead to significant applications at terminals and within ships.

AI systems can prove to be useful to shipping organizations in assisting end-to-end operations, right from tracking and finding shipment routes to handling containers at terminals.

Changing weather conditions can result in delayed container shipment. Hence, predicting weather accurately becomes important in shipping operations. AI systems can perform predictive analytics based on historical data and make accurate weather predictions. Shipping organizations can use such weather prediction to select the best time for shipment delivery and eradicate delays to enhance customer satisfaction. AI prediction also helps businesses to predict when their shipment will arrive at the port. They can consider factors like weather conditions and congestion in shipping ports to determine variations in shipping time.

AI robots have the potential to take over several monotonous and heavy human tasks. With the help of computer vision, they can automate container handling and decking systems for report generation. For instance, cameras can click images of containers and computer vision systems can count the number of containers from images. Also, businesses can deploy AI robots to empty containers. With computer vision, AI systems can inspect the quality of the goods that have arrived. They can match product shape, size, and color with previous product data to detect any damaged or defective products. This can help shipping businesses to deliver only the best products to their customers to enhance trust and loyalty.

Navigation is an important area in shipping with the potential for AI intervention. Once an order is placed to ship, shipping companies have to discuss with navigating officers and helmsmen to find the best route for travelling. AI systems can optimize voyage planning by recommending safe and optimal routes based on recent malfunctions in water bodies and environmental information. Also, computer vision can help detect other ships near portals and alert helmsman to avoid collisions.

The shipping industry involves greater risks and uncertainty than most other industries. And this will make the use of AI in shipping for accurate predictions a necessity and not just an option in the near future. AI systems can ensure sustained profitability in the uncertain shipping industry. There are already various shipping companies that have started leveraging AI technology to get a competitive advantage. For instance, the Hong Kong shipping lineOOCL partnered with Microsofts MSRA in April 2018. They were able to save $10 million USD a year. Such accomplishment is encouraging other shipping businesses as well. And if you dont want to get left behind its time to take steps forward with AI.

See the original post:

Charting the Role of Artificial Intelligence in Shipping - BBN Times

Artificial Intelligence in Education System Market: Revenue Growth and Applications Insights till 2030 – Cole of Duty

Posted on July 11, 2020 by Danzig

Prophecy Market Insights has recently published a Artificial Intelligence in Education System report which represents the latest industry data and future trends, allowing users to recognize the products and driving revenue growth and profitability of the market.

The report offers a broad analysis of key segments, key drivers, regions, and leading market players. The report contains an analysis of different geographical areas and presents a competitive scenario to promote leading market players, new entrants, and investors determine emerging economies. The key highlights offered in the report would benefit market players to formulate strategies for the future and gain a strong position in the Artificial Intelligence in Education System market.

Get Sample Copy of This Report @ https://www.prophecymarketinsights.com/market_insight/Insight/request-sample/688

Detailed analysis of the COVID-19 impact will be given in the report, as our analyst and research associates are working hard to understand the impact of COVID-19 disaster on many corporations, sectors and help our clients in taking excellent business decisions. We acknowledge everyone who is doing their part in this financial and healthcare crisis.

The Artificial Intelligence in Education System report begins with a brief introduction which contains a market overview of the industry followed by its market size and research scope. Further, the report provides an overview of market segmentation, for example- type, application, and region. The drivers, restraints, and opportunities for the market are also mentioned, along with current policies and trends in the industry. The Artificial Intelligence in Education System market also covers PEST analysis for the market. Thisanalysisprovides information based on four external factors (political, economic, social and technological) in relation to your business situation. Basically, it helps to understand how these factorswillaffect the performance and activities of your business in the long-term. The report describes the growth rate of each segment in-depth with the help of charts and tables. Moreover, various regions related to the growth of the Artificial Intelligence in Education System market are analyzed in the report. These regions include North America, Europe, Asia-Pacific, Middle East and Africa, and Latin America.

Segmentation Overview:

Artificial Intelligence in Education System market report states the overview, historical data along with size, share, growth, demand, and revenue of the global industry. In this research report, there is an accurate analysis of the current and upcoming opportunities in the market by explaining the fastest and largest growing segments across regions. The survey report includes vast investigation of the geographical scene of the Artificial Intelligence in Education System market, which is manifestly arranged into the localities

Australia, New Zealand, Rest of Asia-Pacific

The study presents the performance of each player active in the Artificial Intelligence in Education System market. It also provides a summary and highlights the current advancements of each player in the market along with its SWOT analysis. The information provided in the research report is a great source for study investors and stakeholders interested in the market. In addition, the report offers insights on buyers, suppliers, and merchants in the market. There is a comprehensive analysis of consumption, market share, and growth rate of each application is offered for the historic period.

Artificial Intelligence in Education SystemMarket Key Players:

International Business Machines Corporation, Cognizant Technology Solutions Corp., Nuance Communications, Inc., Quantum Adaptive Learning, LLC., ALEKS Corporation Blackboard Inc., DreamBox Learning, Inc., Jenzabar Inc., Microsoft Corp., Pearson Education, Inc., and Knewton, Inc.

Request Discount @ https://www.prophecymarketinsights.com/market_insight/Insight/request-discount/688

Some important questions answered in Artificial Intelligence in Education System Market Report are:

Mr. Alex (Sales Manager)

Prophecy Market Insights

Phone: +1 860 531 2701

Email: [emailprotected]

4 mysterious objects spotted in deep space are unlike anything ever seen – Livescience.com

Posted on July 11, 2020 by Danzig

There's something unusual lurking out in the depths of space: Astronomers have discovered four faint objects that at radio wavelengths are highly circular and brighter along their edges. And they're unlike any class of astronomical object ever seen before.

The objects, which look like distant ring-shaped islands, have been dubbed odd radio circles, or ORCs, for their shape and overall peculiarity. Astronomers don't yet know exactly how far away these ORCs are, but they could be linked to distant galaxies. All objects were found away from the Milky Way's galactic plane and are around 1 arcminute across (for comparison, the moon's diameter is 31 arcminutes).

In a new paper detailing the discovery, the astronomers offer several possible explanations, but none quite fits the bill for all four new ORCs. After ruling out objects like supernovas, star-forming galaxies, planetary nebulas and gravitational lensing a magnifying effect due to the bending of space-time by nearby massive objects among other things, the astronomers speculate that the objects could be shockwaves leftover from some extragalactic event or possibly activity from a radio galaxy.

Related: The 12 strangest objects in the universe

"[The objects] may well point to a new phenomenon that we haven't really probed yet," said Kristine Spekkens, astronomer at the Royal Military College of Canada and Queen's University, who was not involved with the new study. "It may also be that these are an extension of a previously known class of objects that we haven't been able to explore."

Spekkens added that the objects could also be caused by different phenomena. All four ORCs are bright at radio wavelengths but invisible in visible, infrared and X-ray light. But two of the ORCs have galaxies at their center that can be seen at visible wavelengths, which suggests that these objects might have been formed by those galaxies . Two ORCs also appear to be very close together, meaning their origins could be linked.

Astronomers spotted three of the objects while mapping the night sky in radio frequencies, part of a pilot survey for a new project called the Evolutionary Map of the Universe (EMU). The EMU pilot used the Australian Square Kilometer Array Pathfinder, or ASKAP, from July to November in 2019. This radio telescope array uses 36 dish antennas, which work together to observe a wide-angle view of the night sky. They found the fourth ORC in archival data collected by the Giant MetreWave Radio Telescope in India. This helped the astronomers to confirm the objects as real, rather than some anomaly caused by issues with the ASKAP telescope or the way in which the data was analyzed.

With only four of these peculiar objects discovered so far, the astronomers can't yet tease out the true nature of these structures. But the EMU survey is just beginning, and astronomers expect it to reveal more unusual objects.

By combining an ability to see faint radio objects with a wide gaze, the survey is uniquely positioned to find new objects. EMU scientists have predicted the project will find about 70 million new radio objects expanding the current catalog of some 2.5 million.

"This is a really nice indication of the shape of things to come in radio astronomy in the next couple of years," Spekkens told Live Science. "History shows us that when we open up a new [avenue of looking at] space to explore we always find new and exciting things."

The paper, which is available on the preprint site arXiv, has been submitted for publication to the journal Nature Astronomy, where it is still under review.

Originally published on Live Science.

Here is the original post:

4 mysterious objects spotted in deep space are unlike anything ever seen - Livescience.com

3 takes on dealing with uncertainty Harvard Gazette – Harvard Gazette

Posted on July 11, 2020 by Danzig

In this time of profound uncertainty, society can be sure of one thing: more uncertainty. The seemingly opaque path forward for us, individually and collectively, was the Gazettes topic with three Harvard professors who shared insights into how uncertainty is viewed in their fields, and the surprising ways in which its not necessarily a bad thing.

The word uncertainty derives from the [Latin] verb cernere, which means to distinguish, to mark out, to separate one thing from the rest, to discern, said John Hamilton, William R. Kenan Professor of German and Comparative Literature. When faced with a vast onslaught of data or with an overwhelming flood of disparate information, cernere denotes the capacity to make distinctions, to discover identities and understand the links between them. It is the first step toward knowledge, to single out one phenomenon from the field of manifold experience.

Uncertainty is an ability to draw the lines that define one thing in distinction from something else, [and] combats the urge to be so certain about things and people that you feel you never need to think about them further.

For a literary example, Hamilton pointed to Franz Kafkas short story The Burrow (Der Bau). A mole-like creature constructs a shelter for himself and spends his life trying to build a home that will protect him from all kinds of unforeseeable dangers. The shelter is very secure except for the hole that serves as an entranceway. The creature could cover it, but that would mean sealing off his only exit. Referring to this hole, he says, There I am mortal. The hole threatens his life, but it also keeps him vigilant and ready.

If the burrow were perfectly secure, he would waste away in idleness and complacency, and therefore put himself at an even greater risk. It is the possibility of being killed and the uncertainty of the threat that keep him alert. His mortality, so to speak, saves his life, said Hamilton.

Our vulnerability and our uncertainty are painful but can also have a beneficial effect insofar as we remain open and ready for what is ultimately unknowable and uncertain, namely, the future. Keeping things open, rather than making all-too-quick judgments and discernments, helps to remind us that certainty is useful as long as it remains provisional and open to reform or even complete reversal.

For many people, measuring uncertainty seems impossible. For astronomer Alyssa A. Goodman, the variable is integral to the study of the universe.

In astronomy estimating uncertainty is just about as important as making the measurement itself. Were talking calculations where a part in a million makes a completely gigantic difference in the story of the universe, so we have to be very careful about the answers, said the Robert Wheeler Willson Professor of Applied Astronomy, co-director for science at the Radcliffe Institute for Advanced Study, and research associate at the Smithsonian Institution.

Being comfortable with uncertainty is essential to astronomers who often cant conduct experiments in controlled environments like other scientists, Goodman said. She even thinks astronomers can teach the rest of us how to understand and accept uncertainty as a necessary and useful part of life.

Astronomers have to deal with uncertainty every day in our work. [We] cant move a star or get a different angle we have to be very serious about clever ways to estimate uncertainty in the absence of more information, she said. In the case of COVID-19, right now what we suffer from is a tremendous lack of reliable data, and to make predictions in the absence of reliable data is extraordinarily difficult. [But] its not impossible, and I think its important that people appreciate that.

According to Pershing Square Professor of Human Neuroscience in the Department of Psychology Elizabeth A. Phelps, resolving uncertainty is a major challenge of the brain, whether it is determining what we are seeing or hearing from visual or auditory signals, or deciding the accuracy of a memory. When making decisions, said Phelps, economists have examined how different types of uncertainty influence our choices. Theyve found that although people tend to dislike risk, such as a 50/50 coin toss, we are particularly averse to ambiguity, when the risk is unknown. In ambiguous risky decisions, uncertainty can be seen in the region of the temporal lobe that helps process emotions.

When you see a lot of ambiguity in [a] situation, you see more activity in the amygdala, [which] is thought to be the brains threat detector, Phelps said. This is a region that we know is important in telling you that theres something in the environment you should pay attention to because it could potentially be threatening.

Ambiguity is one type of uncertainty [that] is more aversive to people than just knowing that there are some risks [in a situation]. When theres a lot of ambiguity, meaning we dont actually know what the probabilities are, [well] make decisions that will pull us away from ambiguity. So we might be more likely to do nothing than have to deal with the ambiguity thats out there in the world, she said.

Phelps has found through research that uncertainty can, therefore, change our learning about the world, our ability to deal with negative emotions, our decisions, and even our memories. People vary in how easily they can tolerate uncertainty, and those who are more intolerant are generally more likely to be depressed or anxious.

With the pandemic, people also vary in their reactions to not knowing when they can return to workplaces, or see elderly family, and in how much uncertainty they can deal with emotionally.

Were going to see and we already know that there have been a lot of mental health consequences, Phelps said.

Read the original post:

3 takes on dealing with uncertainty Harvard Gazette - Harvard Gazette

Correlation Between Bitcoin Price and Stocks Reaches a New All-Time High – Cointelegraph

Posted on July 11, 2020 by Danzig

Lately, Bitcoin price has been showing record-high levels of correlation with traditional markets and on July 9 the correlation between the S&P 500 and BTC reached a new all-time high.

Data from Skew shows that the one-year realized correlation reached 0.38 on Thursday, July 9 and this came after the metric had reached new highs earlier in the week.

Bitcoin - S&P 500 Realized Correlation. Source: Skew

The correlation with traditional markets has been growing at a steady pace recently, with the one-year reaching consecutive new all-time highs. Data from Skew also shows that the 1 month figure also reached its all-time high of 0.78 on Wednesday, but has since dropped to 61.5.

While Bitcoin has been showing increasing correlation with the stock market, the same cannot be said for gold which has surpassed $1,800 to set a new high not seen since 2011.

A recent report by Krakens research department found that correlation with the precious metal has been declining. Bitcoins 30-day rolling correlation also hit a four-month low of -0.49, a level far below its one-year average of 0.24.

The correlation between Bitcoin and the traditional stock market grew following the coronavirus outbreak and the March 12 crash to $3,750. A recent Cointelegraph research report suggested that this trend could end after the halving but the exact opposite has happened. This is possibly due to the continued economic consequences of COVID-19.

While a strengthening correlation between Bitcoin and equities markets is said to be a sign that the asset class is maturing, the nature of unregulated Bitcoin derivative products makes it prone to long and short squeezes.

Some analysts have suggested that Bitcoins correlation to traditional markets may signal that BTC is becoming increasingly represented across a wider range of traditionally structured portfolios and this would be a sign that adoption continues to occur.

With the halving and all the hype surrounding it long past, Bitcoin price appears to have flattened. The digital asset reached a record low volatility, with the 10-day realized volatility reaching the 0.2 mark, a low not seen since November 2018.

Monthly Bitcoin volume trading into fiat or stablecoin. Source: CryptoCompare

Bitcoins decreasing volatility is also occurring alongside decreasing trading volumes and recent data shows that the volume for the BTC-USDT and BTC-USD trading pairs fell by 56% and 44% in the month of June.

As the price continues to find resistance at the $9,300 level, the change of a sharp downside correction continues to increase. For this reason, traders are viewing $9,500 as the short-term level Bitcoin price needs to break. Failure to do so increases the risk that the price could drop to or below the $8,000 level.

This trend can be observed across crypto derivatives and spot products. In the month of June, derivatives volumes dropped by 35.7%, the lowest figure in 2020, and spot volumes dropped by 49.3%.

Dwindling volumes, low volatility, strong correlation with the equities, and a decreasing correlation to gold all seem to bring a bearish outlook to Bitcoin price, especially since other safe haven assets are performing well.

Go here to see the original:

Correlation Between Bitcoin Price and Stocks Reaches a New All-Time High - Cointelegraph

I’m a Syrian Refugee. This Is How Bitcoin Changed My Life – CoinDesk – CoinDesk

Posted on July 11, 2020 by Danzig

Tey Elrjula is a tech entrepreneur, a refugee and the author of The Invisible Son, now available for pre-sale.

Bitcoin is good for whatever you need. Ive used it to order pizza and to build a fulfilling career, despite all types of hardships.

Ive been using bitcoin for years because my family needs it, not because I enjoy speculative trading. In 2013 I was introduced to cryptocurrencies while working with software engineers in the Netherlands. My idea was that if we created money from code, then money would become a way of communication and its value would represent the community.

I used to send money from the Netherlands to my family in Lebanon twice a month, and the fees were killing me. Even worse, the long waiting lines at money transfer shops were torture. There are still a lot of insurmountable restrictions on money transactions, especially those that exclude large populations around the world.

For example, a sizable segment of people in Saudi Arabia doesnt have residence permits and are not able to transfer money to their families in countries such as India or Pakistan. Bitcoin doesnt have those restrictions or involve exorbitant transactional charges.

Later in 2013, I started a Facebook group on bitcoin. I moderated the page and had discussions with many of the 10,000 people who came there, most of whom were from Egypt. I met a lot of interesting people in that group, such as Abdullah Almoaiqel. Abdullah is now the co-founder and partner of Rain, which is the first regulated digital currency exchange in the Middle East. The company is based in Bahrain and operates from Bahrain and Egypt.

Then, in 2014, everything started going wrong. My European residency card expired at the end of that year and there was a war going on back home. People said Hezbollah, the local militia, was fighting to keep ISIS out of Lebanon.

Technology is helping us live in a world where we need to trust less and verify more.

Half of Syria was flooding into the Netherlands back then, and smugglers were active on the other side of Europe. I bought a small book to teach me how to pray in Islam, then started to practice my prayers and listen to the Koran. I also started listening to Sayed Hassan Nasrallahs speeches, his recitals and calls to fight alongside Hezbollah in Syria. I was surrendering to my fate of being deported to Syria or Lebanon.

Sleepless nights went by, with the Facebook pages continuously broadcasting images of the brutality of war in Syria. I did not want to be part of this.

On Sept. 11, 2014, 500 migrants lost their lives in the Mediterranean Sea attempting to cross tosafe land. It was at that moment I realized how blessed I was to be in Europe, and I surrendered to the idea of becoming a refugee.

Meanwhile, I kept working on the Facebook page I ran with a top Egyptian software engineer and early adopter of bitcoin. The Egyptian bitcoin users kept me busy. I chatted with a lot of people and answered their questions on the mining process, price speculation, buying bitcoin and selling it. They knew I was moderating from Holland, but didnt know I was now partially undocumented.

I turned 30 in the camp and lied to my parents, telling them I was in my nice European apartment waiting for the immigration authorities to renew my residency. Nobody knew I was living alongside the other Arab refugees in a camp except me.

Refugees do not have IDs, so they cant have bank accounts. They dont know anyone in the Netherlands, not yet at least. Bitcoin became an even bigger part of my professional work. The constant exposure to crypto landed me translation jobs for reporters who were covering bitcoin stories.

On sunny days, I earned a few hundred euros as an escrow agent connecting buyers and sellers of bitcoin. In July 2015, I earned a technical expertise certificate from the University of Nicosia and registered on the bitcoin blockchain. Finally, I was credentialed, a professional and no longer a hobbyist.

Slowly my Bitcoin identity was overcoming my refugee identity.

The general public looks at the Bitcoin network as a gambling game in which you can lose all your money. Many meetups were starting to appear in the Netherlands. I started working as a speaker. One such event in the Netherlands was called Bitcoin Wednesday, held on the first Wednesday of every month. Slowly, my Bitcoin identity was overcoming my refugee identity.

For years to come and every time I come out onto a stage, I would ask people to put their hands in their pockets and take the coins out. In return I would give them bitcoin for the same amount. Why? Because the best way to understand bitcoin, especially after they hear the pizza story, is to use it.

Money and identity have been hand-in-hand for centuries, yet I used bitcoin without an identity. Besides my email, I did not need anything to use money and transact digitally. However, I do need an identity to present myself to the world and interact with services like education and diplomas, health care and vaccines, travel and airline tickets. Technology is helping us live in a world where we need to trust less and verify more.

I have travelled to more than 20 different European cities and a few in the Middle East delivering keynotes, public presentations and leading workshops showing organizations the digital future of education, money and business where it is built on principles ofdont trust, verify.

Bitcoin may not be useful for everything, but it sure as hell changed my entire life.

The leader in blockchain news, CoinDesk is a media outlet that strives for the highest journalistic standards and abides by a strict set of editorial policies. CoinDesk is an independent operating subsidiary of Digital Currency Group, which invests in cryptocurrencies and blockchain startups.

Original post:

I'm a Syrian Refugee. This Is How Bitcoin Changed My Life - CoinDesk - CoinDesk

Bitcoin giveaways, other scams pull in $24 million so far this year – Decrypt

Posted on July 11, 2020 by Danzig

Crypto criminals are stealing more money than everand theyre not even trying very hard.

In the first six months of 2020 alone, $24 million in Bitcoin was bagged by scammers, according to a report released today by blockchain tracking and analytics provider Whale Alert. Its the first report from a new blockchain crime reporting, tracking, and analysis tool called Scam Alert that the firm launched two weeks ago.

The $24 million raked in by scammers so far this year makes up the most of ill-gotten gains by criminals over the last four years, which according to Whale Alert is $38 million in stolen Bitcoin. (Notably, Ponzi schemes are left out of the total, which themselves account for billions alone, said Whale Alert.)

Criminals, it seems, are able to steal more cash in crypto now than ever before, with little risk. And its becoming easier, too.

The scam market is characterized by high profits, no taxes, minimal effort and zero risk and by the end of 2020 we predict it will have grown over twenty fold since 2017 to an annual revenue of at least $50 million, the report said.

Whale Alert explained that crypto scams are doing so well because they have become more aggressive.

Scores of websites are being used by scammers to con people into thinking that what they are signing up to is legit: dodgy websites will often have customer support teams to make it all seem more real, the report said.

But the scams require little effort and almost no risk for the criminals, while victims lives are being destroyed, Whale Alert noted. One particularly successful scam featured a poorly done amateurish website that was riddled with spelling errorsbut it conned would-be investors out of an eye-watering $1.5 million in just six months.

Whale Alert added that it wont be long before deep fakes are used by criminals to make scams all the more believable.

It is therefore up to the blockchain and crypto community to play a part in reducing cyber-crime, the company urged. The culture of normalizing the idea of free money with giveawaysas many crypto exchanges and startups doneeds more scrutiny, Whale Alert said.

One thing is very clear: whatever is being done right now to stop these criminals is not enough and if we dont act as a community, the reputation of blockchain might not be able to recover in the long run, the report stated.

Scams promising huge returns on Bitcoin investments are on the rise, with fake celebrity endorsements are constantly used by cyber-criminals to promote their fraudulent websites.

Last year, the UK financial watchdog, the Financial Conduct Authority (FCA), warned that get rich quick fraudulent online trading platforms conned gullible investors out of 27 million ($34 million) in 2018 and 2019 by promising high returns with cryptocurrency.

Link:

Bitcoin giveaways, other scams pull in $24 million so far this year - Decrypt

The Secret Service on tracking Bitcoin and cybercrime – Decrypt

Posted on July 11, 2020 by Danzig

The US Secret Service is one of the most enigmatic and entrenched law enforcement agencies in America; now, in a one-off interview, the service has revealed its views on cryptocurrency and cybercrime.

First established in 1865 and tasked with preventing the then-widespread counterfeiting of US currency, the Secret Service has since garnered a reputation as presidential protectors. But that's not its only duty.

Speaking to Forbes, US Secret Service cyber policy advisor Jonah Force Hill offered an on-the-record insight into the service's modernized role.

"In addition to our more well-known protective mission, is responsible for the investigation of crimes against the US financial system,' explained Hill. "This includes the investigation of modern computer crimes (such as unauthorized access to a computer system and crimes associated with digital currencies)."

The agency's job has been made slightly harder as the result of the global coronavirus pandemic. During a US house meeting in June, the FBI cited a 75% uptick in daily cybercrime since the onset of coronavirus. Additional testimony from Tom Kellermann, head of cybersec strategy at VMware, told of a monumental 900% rise in ransomware attacks between January and May this year.

A vast number of these ransoms demanded Bitcoin as paymentdue, in part, to the pseudonymity it affords. Despite the fact that criminals are using Bitcoin for ransom payments, the Secret Service acknowledges that crypto isn't to blame.

"The COVID-19 fraud spree is not a specific cryptocurrency issue," Hill explained. "Crypto is simply a component of the overall fraud."

Still, the question of cryptocurrency's position in the criminal underworld has prompted much speculation. Statistics from Chainalysis estimate that only 1.1% of unlawful activity involves cryptocurrency. This seems to contradict FBI statistics, which suggest that crypto is present in as many as 3 out of 4money laundering cases.

For Hill, the true number ranges between 1.1% and 75%. Why? Because crypto is a tool and not a classification of crime.

"The crimes that are prosecuted in crypto cases are generally categorized as "money laundering" or "larceny," etc., not "crypto crime," he explained. "How the crime was committed, via crypto or not, or what form of money was stolen, is often irrelevant to the prosecution and therefore not quantified for statistical purposes."

Hill also hit upon the rising phenomenon of "crime-as-a-service," noting that cybercriminals often tout their products and services for a fee.

On darknet markets, for example, ransomware is peddled for Bitcoin, allowing less tech-savvy criminals to get in on the action. It would perhaps go some way to explain the 900% jump in ransomware attacks. But Hill suggests that the process of carrying out these crimes could be more sophisticated; something more akin to "Ocean's Eleven," but with crypto.

"This crime-as-a-service model allows criminal groups to come together for a particular scheme, only to disassemble once the scheme is completed," Hill said, likening the model to the crews seen in old-school bank heists.

"You build a team for the job, Hill explained. Hire a guy who knows the bank layout, another guy who can break a safe, a guy who knows how to dismantle an alarm system, a getaway driver, a lookout, etc. It's the same thing here, but in the digital world."

Crime-as-a-service may be a scary prospect, but you can't deny it would make a great film.

See the original post here:

The Secret Service on tracking Bitcoin and cybercrime - Decrypt

This street mural is pulling in $100 in Bitcoin per day in donations – Decrypt

Posted on July 11, 2020 by Danzig

In brief

Now heres a clever way of funding your artwork. Artist Pascal Boyart recently painted a mural in Paris called Confessions of a Red Jester, a modern interpretation of the 1862 painting Staczyk by Jan Matejko.

In Boyarts rendition, the titular jester is surrounded by fiat bills on the ground and has what appears to be a tablet on the table next to him. Boyart has described the painting as being about both fiat money and quantitative easing.

Theres another unique element to it: a large QR code in the lower left corner, along with a spray-painted Bitcoin logo and a wallet address below. The QR code allows anyone who scans it to donate Bitcoin directly to Boyart without any sort of intermediary.

And its working. Boyart tweeted today that he has thus far received 0.0514 BTC since first revealing the artwork five days ago, or just less than $500 to date.

Boyart is no stranger to the world of cryptocurrency and blockchain. He tells Decrypt that he has used QR codes on his paintings since 2017 and has received more than 1.3 BTC (nearly $12,000 as of today) in donations over the last three years. He even wrote a tutorial to help other artists do the same.

He also has crypto donation links on his website for Bitcoin, Ethereum, Litecoin, and Monero. Furthermore, Boyart has tokenized his own artwork as non-fungible tokens (NFTs), selling several piecessome with added animationsplit into collectible fragments via OpenSea.

For Boyart, the ability to accept donations via Bitcoin from anyone who sees his outdoor paintings, even if they dont know his name or other work, lets him continue to produce compelling, conversation-sparking artwork.

It helps me to fund my next murals and keep my independence, he told Decrypt.

More here:

This street mural is pulling in $100 in Bitcoin per day in donations - Decrypt

ModiHost’s Token Is Live on HitBTC, the Leading European Bitcoin Exchange | Press release – Bitcoin News

Posted on July 11, 2020 by Danzig

Bitcoin Entrepreneur Brock Pierce Joins the 2020 US Presidential Election

Blockchain entrepreneur and former Disney child actor, Brock Pierce, is running for President of the United States this election. Pierce announced he was running during Americas Independence Day celebration on July 4, the same day Kanye West revealed his candidacy. ... read more.

700,000 Expedia Hotels Can Now Be Paid With Cryptocurrencies via Travala

More than 700,000 Expedia Group hotels and accommodations are now available via crypto-friendly travel booking platform Travala. Bookings can be paid with more than 30 cryptocurrencies, including bitcoin. Despite covid-19, Travala saw a 170% increase in booking revenue from its ... read more.

The Tokenized Metaverse: Non-Fungible Token Sales to Surpass $100 Million

On July 1, 2020, the partner of Polynexus Capital, Andrew Steinwold, detailed that the sales of blockchain-powered non-fungible tokens (NFTs) are about to cross the $100 million mark. The popularity of NFTs has grown massive since 2017, as blockchain cards, ... read more.

Bitcoin Volatility Hits Three-Year Low, Sparking Fears of Massive Sell-Off

The cryptocurrency data analytics and research company, Skew has warned that bitcoin could see a massive sell-off due to declining volatility. The data analytics firm says that bitcoin (BTC) realized volatility hit 20% over the past 10 days - it's ... read more.

European Blockchain Ecosystem Needs 350 Million for the Next 18 Months

A study report by Leadblock Partners, an appointed representative of Sapia Partners LLP, finds an accelerating growth of the European blockchain ecosystem.The findings of the Leadblock Partners study suggest European respondents have a funding need for 350 million for the ... read more.

Crypto Derivatives Volumes Crash 36% to $393 Billion in June, a Low for 2020

Crypto derivatives trading volumes plunged 36% to $393 billion in June, the lowest they have reached in 2020, according to a new report by Cryptocompare. The decline may be the result of a lull in investor interest in the instruments ... read more.

South African Investors to Lose $13 Million as Bitcoin Scammer Declared Bankrupt

A South African high court has declared an alleged bitcoin scam mastermind, Willie Breedt, bankrupt. The court decision follows an application by one disgruntled investor, Simon Dix, a News24 report states. Willie Breedt is the CEO of the defunct Vaultage ... read more.

Encryption Crackdown: Private Phone Network With 60,000 Users Dismantled by Law Enforcement

An international law enforcement team has brought down an encrypted phone network with 60,000 users worldwide. The platform was one of the largest providers of encrypted communications, widely used by organized crime groups. UK's National Crime Agency (NCA), Europol, Eurojust, ... read more.

Bitcoin.com Wallet Launches New Portfolio Breakdown and Stablecoin Swap Features

With over 11 Million Bitcoin.com Wallets created, were building new features our users need most in order to enjoy the best possible cryptocurrency experience. Our wallets latest features now provide seamless swaps between bitcoin (BTC), bitcoin cash (BCH), and the ... read more.

Tiktok Ban: US May Join India in Banning Chinese Social Media Apps

The Trump administration is looking at banning Tiktok and other Chinese social media apps, according to Secretary of State Mike Pompeo. India has already banned Tiktok in its country, along with 58 other mobile apps. Recently, a Tiktok video about ... read more.

Escalating Bank Runs Spur Chinese Government to Require Approval for Large Cash Transactions

A series of bank runs has prompted the Chinese government to begin requiring approval for large cash deposits and withdrawals at commercial banks, starting with banks in a northern province. Recently, two bank runs happened within a week as people ... read more.

The Popular Stablecoin Tether Is Now Circulating on the Bitcoin Cash Network

The most popular stablecoin tether (USDT) has officially been minted on the Bitcoin Cash blockchain via the Simple Ledger Protocol (SLP). At press time theres only 1,010 SLP-based USDT in circulation, as the firm Tether Limited seems to be issuing ... read more.

Bitcoin Price Poised for 'Imminent' Breakout As Network Hashrate Hits Record Highs

The price of bitcoin could see an 'imminent' breakout, according to the latest Glassnode data. The data firm says bitcoin (BTC) has been flashing bullish for the past six weeks amid positive onchain activity. Meanwhile, the BTC network hashrate has ... read more.

Renters Threaten US Real Estate Market, 20 Million Americans Face Eviction

The aftermath of the coronavirus-provoked business shutdowns in the United States caused a number of market observers to focus on the U.S. real estate and rental markets. As the federal moratorium on evictions reaches its expiry, a recent Aspen Institute ... read more.

Crypto Facilities Gets FCA Nod to Set up Crypto Futures Venue

Crypto Facilities, a subsidiary of Kraken cryptocurrency exchange, has obtained a Multilateral Trading Facility (MTF) license from the UKs Financial Conduct Authority (FCA).An MTF is a European regulatory term for a self-regulated financial trading venue. MTFs are an alternative to ... read more.

Major Indian Company TCS Launches Cryptocurrency Trading Solution for Banks' Customers

Leading Indian IT company, Tata Consultancy Services (TCS), is launching a cryptocurrency trading solution for banks to allow their customers to invest in cryptocurrencies. TCS is part of the Tata group, India's largest multinational business group, and is listed on ... read more.

Market Update: Crypto Assets Slowly Gather Gains, Bitcoin Needs Capital Inflow, ADA Jumps 85%

Cryptocurrency market prices have improved a great deal since our last market update, as the overall market capitalization of all 5,700+ coins has gained $16 billion since June 14. Most of the top digital assets have remained in a consolidated ... read more.

About 90% of Bitcoin Investors Worried About Fate of Their Assets After Death: Study

Nearly 90% of cryptocurrency investors worry about what will happen to their assets after they die, but few plan appropriately. Younger investors are particularly culpable, barely thinking beyond their own lives. According to a new study by the Cremation Institute, ... read more.

Permissionless Software Foundation Aims to Foster Open-Source Software With Bitcoin Cash

Just recently, Bitcoin Cash proponents were introduced to a new foundation called the Permissionless Software Foundation aimed at spreading Bitcoin Cash and SLP token technology. This week an organization called the Permissionless Software Foundation (PSF) revealed an announcement to the ... read more.

John McAfee Launches Ghost Phone Service to Supplement His Cryptocurrency

Two-time U.S. presidential candidate John McAfee has launched a privacy-centric cell phone data service. McAfee said that his Ghost cell phone data service offers 4G data without using a physical SIM card, is compatible with most major phones, and works ... read more.

'Bitcoin Is Not a Privacy Coin' Says Crypto Evangelist Andreas Antonopoulos

Andreas Antonopoulos discussed how he desired to see Bitcoin have more privacy features in a recent live stream Q&A session published on Youtube on July 7. Antonopoulos discussed the privacy-centric coin monero and concepts like stealth addresses and ring signatures. ... read more.

Jeffrey Epstein Confidant Ghislaine Maxwell's Rumored Last Reddit Post Was About Bitcoin

The cryptocurrency community has been discussing the infamous Ghislaine Maxwell, the associate of the financier and convicted sex offender Jeffrey Epstein. Maxwell was recently arrested and many speculators think she may see the same fate as Epstein before she talks. ... read more.

Famous Malaysian Actor Fined for Stealing $50,000 Worth of Crypto From His Producer

A Malaysian court has fined famous local actor Mas Khan $4,000, or 26 months in jail, for stealing around $50,000 worth of cryptocurrency belonging to his producer, local media reported. Khan appears to have gained access to his boss' Datuk ... read more.

South African Crypto Investment Company Issued Cease And Desist Order In Texas

The Texas State Securities Board (TSSB) issued a cease and desist order Wednesday against on Mirror Trading International (MTI), Forexandbitcoin.com and four individuals involved in a multi-level marketing scam.Out of the four individuals, Cornelius Johannes Steynberg is a resident of ... read more.

China's Giant Ride-Hailing Service Didi to Pilot the Central Bank's Digital Yuan

The Chinese government and the countrys central bank, the Peoples Bank of China (PBoC), are currently in the midst of testing a digital yuan or central bank digital currency (CBDC). Now the Chinese ride-hailing corporation Didi Chuxing will be trialing ... read more.

Centre Obliges Government Request, Freezes Address With $100,000 USDC

Centre Consortium has blacklisted an ethereum address holding $100,000 in USDC, a move that the entity says was "in response to a request from law enforcement." A joint venture between Circle and Coinbase, Centre is the issuer of the dollar-pegged ... read more.

Avalanche Launch Fumbles: 'A Highly-Sophisticated DDoS Attack Derailed Token Sale'

On July 8, 2020, some members of the cryptocurrency community were prepared to leverage the AVA Labs Avalanche (AVAX) token sale, in order to acquire some of the highly anticipated coin on Wednesday. However, due to record-breaking demand and a ... read more.

US Dollar Slump Incoming: Bank of America Sees 'Death Cross' as Confidence in Gold Rises

The US dollar is increasingly being viewed in a negative light by investors. Bank of America analysts are seeing a "death cross," a bearish technical formation suggesting that a period of dollar weakness is coming. Meanwhile, confidence in gold has ... read more.

Venezuela Seizes 315 Bitcoin Mining Rigs: Miners Discuss Illegal Confiscation, Police Extortion

The Venezuelan military has seized 315 Bitmain Antminer S9 bitcoin mining rigs it claims are not properly registered to operate in the country. Although cryptocurrency mining is legal in Venezuela, miners say they have been unfairly treated, citing illegal seizures ... read more.

Shariah Council Permits Cryptocurrency Investing and Trading

The Shariah Advisory Council of Malaysia's securities commission has advised that it is permissible to invest and trade cryptocurrencies on registered crypto exchanges. About 60% of the country's population are Muslims, many of whom have been reluctant to trade crypto ... read more.

Romanian Programmer Admits Conspiring to Create $722M Bitclub Ponzi Scheme

A Romanian man admitted Thursday to conspiring to engage in wire fraud and selling unregistered securities linked to Bitclub Network, a cryptocurrency mining Ponzi scheme worth at least $722 million. Silviu Catalin Balaci, 35, a Romanian citizen appeared before U.S. ... read more.

Bitcoin Bull Mike Novogratz Says to Hold More Gold Than Bitcoin

The billionaire investor Michael Novogratz recently detailed in an interview that he thinks global investors should hold more gold in their portfolios and own less bitcoin. Novogratzs statements follow his recent advice last month when he said investors should watch ... read more.

Bitfinex Must Face New York's Accusations Over the Loss of $850M in Co-Mingled Funds

The popular digital currency trading platform, Bitfinex must deal with the New York Office of the Attorney General (NYAG) over the alleged hiding of over $800 million in client and corporate funds. The NY state Supreme Courts Appellate Division overruled ... read more.

Demand for VCI Packaging to Experience a Significant Dip in 2020, Influenced by COVID-19 Pandemic – 3rd Watch News

Posted on July 11, 2020 by Danzig

VCI Packaging Market Analysis 2019-2029

A recent market study published by FMI, VCI Packaging Market: Global Industry Analysis 2014-2018 & Forecast 2019-2029 offers a comprehensive assessment of the most important market dynamics. After conducting thorough research on the historical, as well as current growth parameters of the VCI packaging market, the growth prospects of the market are obtained with maximum precision.

Volatile Corrosion Inhibitors (VCI) Packaging Market Taxonomy

The global VCI packaging market is segmented in detail to cover every aspect of the market and present complete market intelligence to the reader.

Product

Material

End-user Industry

Region

For more insights into the Market, request a sample of this[emailprotected] https://www.futuremarketinsights.com/reports/sample/rep-gb-9166

Chapter 01 Executive Summary

The report commences with the executive summary of the VCI packaging market, which includes a summary of the key findings and statistics of the market. It also includes dominating segments in the global VCI packaging market, along-with key facts about VCI packaging. It also includes graphical representation of the segments according to market size and growth rate.

Chapter 02 Market Introduction

Readers can find detailed taxonomy and definition of the VCI packaging market in this chapter, which will help them understand the basic information about VCI packaging present in the market. This section also highlights the inclusions and exclusions, which help the reader understand the scope of the VCI packaging market report.

Chapter 03 Key Market Trends

The report provides key market trends that are expected to impact the market growth significantly in the coming years. Detailed industry trends are provided in this section, along with key market developments or product innovations, which are likely to have a significant impact on the VCI packaging market.

Chapter 04 Global VCI Packaging Market Demand in Value (US$ Mn) and Volume (Tons) and Analysis 2014-2018 and Forecast, 2019-2029

This section explains the global market value & volume analysis and forecast for the VCI packaging market between 2019 and 2029. It includes the detailed analysis of the historical VCI packaging market, along with an opportunity analysis of the future. Readers can also find the absolute opportunity for the current year (2019 2020), and an incremental opportunity for the forecast period (2019 2029).

Chapter 05 Global VCI Packaging Market Pricing Analysis

This section highlights the average pricing analysis of various capacity of VCI packaging, in different regions across the globe. The weighted average pricing at the manufacturer-level is analyzed in this section.

Chapter 06 Market Background

This chapter explains the key macro-economic factors that are expected to influence the growth of the VCI packaging market over the forecast period. Along with macroeconomic factors, this section also highlights the opportunity analysis for the VCI packaging market. This chapter also highlights the key market dynamics of the VCI packaging market, which include the drivers and restraints. Moreover, readers will understand the key trends followed by the leading manufacturers in the VCI packaging market.

Chapter 07 Global VCI Packaging Market Analysis 2014 2018 & Forecast 2019 2029 by Product

Based on product type, the VCI packaging market is segmented into VCI paper, VCI films, VCI bags, foam, and others. VCI film is further segmented into stretch, shrink and sheet. VCI bags are further segmented into flat, gusseted and zipper bags. In this chapter, readers can find information about key attractive segments during the forecast period.

Chapter 08 Global VCI Packaging Market Analysis 2014 2018 & Forecast 2019 2029 by Material

Based on material, the VCI packaging market is segmented into paper, polyethylene, and others. In this chapter, readers can find information about key attractive segments during the forecast period.

Chapter 09 Global VCI Packaging Market Analysis 2014 2018 & Forecast 2019 2029 by End-user Industry

This chapter provides details about the VCI packaging market on the basis of end-user industry, and has been classified into aerospace & defense, primary metal, electrical & electronics, automotive, heavy equipment, metal works, and others.

Chapter 10 Global VCI Packaging Market Analysis 2014 2018 & Forecast 2019 2029 by Region

This chapter explains how the VCI packaging market is expected to grow across various geographical regions, such as North America, Latin America, Europe, South Asia, East Asia, Oceania, and Middle East & Africa (MEA).

Chapter 11 North America VCI Packaging Market Analysis 2014 2018 & Forecast 2019 2029

This chapter includes a detailed analysis of the growth of the North American VCI packaging market, along with a country-wise assessment that includes the U.S. and Canada. Readers will also find some of key points on the basis of estimated market size and consumption of VCI packaging.

Chapter 12 Latin America VCI Packaging Market Analysis 2014 2018 & Forecast 2019 2029

Readers can find detailed information about several factors, such as the pricing analysis and the regional trends, which are impacting the growth of the Latin America VCI packaging market. This chapter also includes the growth prospects of the VCI packaging market in leading LATAM countries such as Brazil, Mexico, Argentina, and the Rest of Latin America.

Chapter 13 Europe VCI Packaging Market Analysis 2014 2018 & Forecast 2019 2029

Important growth prospects of the VCI packaging market based on the product and the end-user industry in several countries, such as Germany, the UK, France, Spain, Italy, Russia, BENELUX, Nordics, Poland and the Rest of Europe, are included in this chapter.

Chapter 14 East Asia VCI Packaging Market Analysis 2014 2018 & Forecast 2019 2029

This chapter highlights the growth of the VCI packaging market in East Asia by focusing on China, Japan, and South Korea. The section also highlights data points regarding the growth of the VCI packaging market in the East Asian region.

Chapter 15 South Asia VCI Packaging Market Analysis 2014 2018 & Forecast 2019 2029

India, Thailand, Indonesia, Malaysia, Vietnam are the leading countries in the South Asia region that are the prime subjects of assessment to obtain the growth prospects of the South Asia VCI packaging market in this chapter. Readers can find detailed information about the growth parameters of the South Asia VCI packaging market during the period 2019-2029.

Chapter 16 Oceania VCI Packaging Market Analysis 2014 2018 & Forecast 2019 2029

In this chapter, Australia and New Zealand are among the leading countries in the Oceania region, which are the prime subjects of assessment to obtain the growth prospects of the Oceania VCI packaging market.

Chapter 17 MEA VCI Packaging Market Analysis 2014 2018 & Forecast 2019 2029

This chapter provides information about how the VCI packaging market will grow in major countries in the MEA region such as GCC Countries, South Africa, Turkey, Northern Africa, and the rest of MEA, during the forecast period 2019 2029.

Chapter 18 Emerging Countries VCI Packaging Market Analysis 2014 2018 & Forecast 2019 2029

In this chapter, separate analysis for emerging countries such as China and India is given. It provides segment level analysis of the VCI packaging market for each country mentioned in the section.

Chapter 19 Market Structure Analysis

In this chapter, readers can find detailed information about the tier analysis and market concentration of key players in the VCI packaging market along with their market presence analysis by region and product portfolio.

For Information On The Research Approach Used In The Report, Request [emailprotected] https://www.futuremarketinsights.com/askus/rep-gb-9166

Chapter 20 Competition Analysis

In this chapter, readers will find a comprehensive list of all leading manufacturers in the VCI packaging market, along with detailed information about each company, including company overview, revenue shares, strategic overview, and recent company developments. Some of the market players featured in the report are Cortec Corporation, Armor Protective Packaging, Branopac India Pvt. Ltd., Daubert Cromwell, LLC, Haver Plastics Co Ltd., Muller LCS Inc., NTIC (Zerust Excor), Mondi Group, Transcendia Inc., AICELLO CORPORATION, Smurfit Kappa Group PLC, NEFAB GROUP, CGP Coating Innovation, Crayex Corporation, and Patkar Extrusiontech (Pvt.) Ltd.

Chapter 21 Assumptions and Acronyms

This chapter includes a list of acronyms and assumptions that provide a base to the information and statistics included in the VCI packaging report.

Chapter 22 Research Methodology

This chapter helps readers understand the research methodology followed to obtain various conclusions, as well as important qualitative and quantitative information about the VCI packaging market.

Here is the original post:

Demand for VCI Packaging to Experience a Significant Dip in 2020, Influenced by COVID-19 Pandemic - 3rd Watch News

Automated Inspection Systems Market 2020 Projections, Growth Opportunities, Trends, Companies Strategies and Forecast 2026 | Olympus, AbeTech, Arnold…

Posted on July 11, 2020 by Danzig

Exclusive Market Research Report on Global Automated Inspection Systems Market with Industry Analysis, Size, Share, Trends, Growth Opportunities, Competitive Landscape, Investment Strategies and Forecast by 2026.

The report contains in-depth information on all the key aspects of the global Automated Inspection Systems market. This report contains important data such as facts & figures, market research, market analysis, SWOT analysis, competitive landscape, regional analysis and future growth prospects. The report also contains qualitative and quantitative research which gives you a detailed analysis of the global Automated Inspection Systems market. The report is perfect as you can see information on the recent developments, based on which you can make risk assessments and investments in the Automated Inspection Systems industry.

Get The Sample Report PDF with Detail TOC & List of [emailprotected]https://marketresearchport.com/request-sample/44999

Leading Companies Covered:

Olympus, AbeTech, Arnold Machine Inc., Heitec, Matrix Design, Keyence, Nordson

This global Automated Inspection Systems market research report has data of all the leading players operating in the industry. From their market shares in the industry, to their growth plans, recent development status, all important information has been compiled in the report to let you get an insightful look at the top players operating in the industry. The report includes the forecasts, analysis and discussion of important industry trends, market size, market share estimates and profiles of the leading industry players.

Market Research is Further Divided into Following Segments:

Market Segmentation by Product Types:Electrical, Mechanical, Software, NDT

Market Segmentation by Applications:Oil and Gas, Pressure Vessels, Wind Turbine, Aircraft, Airframe Components

Regions Mentioned in the Global Automated Inspection Systems Market:

The Middle East and Africa North America South America Europe Asia-Pacific Middle East Oceania Rest of the World

The data of the market research report has been studied, compiled and corroborated by leading industry experts and established authors. The format followed in the report is in accordance with most international market research reports. However, if you have any specific requirements, just get in touch with us, and we will customize the report accordingly as per your needs.

Get the Report [emailprotected]https://www.marketresearchport.com/reports/covid-19-impact-on-global-and-regional-automated-inspection-systems-market-research-report-2020-2026-industr/44999

Table of Content:Chapter 1 Industry Overview1.1 Definition1.2 Assumptions1.3 Research Scope1.4 Market Analysis by Regions1.4.1 North America Market States and Outlook (2021-2026)1.4.2 East Asia Market States and Outlook (2021-2026)1.4.3 Europe Market States and Outlook (2021-2026)1.4.4 South Asia Market States and Outlook (2021-2026)1.4.5 Southeast Asia Market States and Outlook (2021-2026)1.4.6 Middle East Market States and Outlook (2021-2026)1.4.7 Africa Market States and Outlook (2021-2026)1.4.8 Oceania Market States and Outlook (2021-2026)1.4.9 South America Market States and Outlook (2021-2026)1.5 Global Automated Inspection Systems Market Size Analysis from 2021 to 20261.5.1 Global Automated Inspection Systems Market Size Analysis from 2021 to 2026 by Consumption Volume1.5.2 Global Automated Inspection Systems Market Size Analysis from 2021 to 2026 by Value1.5.3 Global Automated Inspection Systems Price Trends Analysis from 2021 to 20261.6 COVID-19 Outbreak: Automated Inspection Systems Industry Impact

Chapter 2 Global Automated Inspection Systems Competition by Types, Applications, and Top Regions and Countries2.1 Global Automated Inspection Systems (Volume and Value) by Type2.1.1 Global Automated Inspection Systems Consumption and Market Share by Type (2015-2020)2.1.2 Global Automated Inspection Systems Revenue and Market Share by Type (2015-2020)2.2 Global Automated Inspection Systems (Volume and Value) by Application2.2.1 Global Automated Inspection Systems Consumption and Market Share by Application (2015-2020)2.2.2 Global Automated Inspection Systems Revenue and Market Share by Application (2015-2020)2.3 Global Automated Inspection Systems (Volume and Value) by Regions2.3.1 Global Automated Inspection Systems Consumption and Market Share by Regions (2015-2020)2.3.2 Global Automated Inspection Systems Revenue and Market Share by Regions (2015-2020)

Chapter 3 Production Market Analysis3.1 Global Production Market Analysis3.1.1 2015-2020 Global Capacity, Production, Capacity Utilization Rate, Ex-Factory Price, Revenue, Cost, Gross and Gross Margin Analysis3.1.2 2015-2020 Major Manufacturers Performance and Market Share3.2 Regional Production Market Analysis3.2.1 2015-2020 Regional Market Performance and Market Share3.2.2 North America Market3.2.3 East Asia Market3.2.4 Europe Market3.2.5 South Asia Market3.2.6 Southeast Asia Market3.2.7 Middle East Market3.2.8 Africa Market3.2.9 Oceania Market3.2.10 South America Market3.2.11 Rest of the World Market

Chapter 4 Global Automated Inspection Systems Sales, Consumption, Export, Import by Regions (2015-2020)4.1 Global Automated Inspection Systems Consumption by Regions (2015-2020)4.2 North America Automated Inspection Systems Sales, Consumption, Export, Import (2015-2020)4.3 East Asia Automated Inspection Systems Sales, Consumption, Export, Import (2015-2020)4.4 Europe Automated Inspection Systems Sales, Consumption, Export, Import (2015-2020)4.5 South Asia Automated Inspection Systems Sales, Consumption, Export, Import (2015-2020)4.6 Southeast Asia Automated Inspection Systems Sales, Consumption, Export, Import (2015-2020)4.7 Middle East Automated Inspection Systems Sales, Consumption, Export, Import (2015-2020)4.8 Africa Automated Inspection Systems Sales, Consumption, Export, Import (2015-2020)4.9 Oceania Automated Inspection Systems Sales, Consumption, Export, Import (2015-2020)4.10 South America Automated Inspection Systems Sales, Consumption, Export, Import (2015-2020)

Chapter 5 North America Automated Inspection Systems Market Analysis5.1 North America Automated Inspection Systems Consumption and Value Analysis5.1.1 North America Automated Inspection Systems Market Under COVID-195.2 North America Automated Inspection Systems Consumption Volume by Types5.3 North America Automated Inspection Systems Consumption Structure by Application5.4 North America Automated Inspection Systems Consumption by Top Countries5.4.1 United States Automated Inspection Systems Consumption Volume from 2015 to 20205.4.2 Canada Automated Inspection Systems Consumption Volume from 2015 to 20205.4.3 Mexico Automated Inspection Systems Consumption Volume from 2015 to 2020

Chapter 6 East Asia Automated Inspection Systems Market Analysis6.1 East Asia Automated Inspection Systems Consumption and Value Analysis6.1.1 East Asia Automated Inspection Systems Market Under COVID-196.2 East Asia Automated Inspection Systems Consumption Volume by Types6.3 East Asia Automated Inspection Systems Consumption Structure by Application6.4 East Asia Automated Inspection Systems Consumption by Top Countries6.4.1 China Automated Inspection Systems Consumption Volume from 2015 to 20206.4.2 Japan Automated Inspection Systems Consumption Volume from 2015 to 20206.4.3 South Korea Automated Inspection Systems Consumption Volume from 2015 to 2020

Chapter 7 Europe Automated Inspection Systems Market Analysis7.1 Europe Automated Inspection Systems Consumption and Value Analysis7.1.1 Europe Automated Inspection Systems Market Under COVID-197.2 Europe Automated Inspection Systems Consumption Volume by Types7.3 Europe Automated Inspection Systems Consumption Structure by Application7.4 Europe Automated Inspection Systems Consumption by Top Countries7.4.1 Germany Automated Inspection Systems Consumption Volume from 2015 to 20207.4.2 UK Automated Inspection Systems Consumption Volume from 2015 to 20207.4.3 France Automated Inspection Systems Consumption Volume from 2015 to 20207.4.4 Italy Automated Inspection Systems Consumption Volume from 2015 to 20207.4.5 Russia Automated Inspection Systems Consumption Volume from 2015 to 20207.4.6 Spain Automated Inspection Systems Consumption Volume from 2015 to 20207.4.7 Netherlands Automated Inspection Systems Consumption Volume from 2015 to 20207.4.8 Switzerland Automated Inspection Systems Consumption Volume from 2015 to 20207.4.9 Poland Automated Inspection Systems Consumption Volume from 2015 to 2020

Chapter 8 South Asia Automated Inspection Systems Market Analysis8.1 South Asia Automated Inspection Systems Consumption and Value Analysis8.1.1 South Asia Automated Inspection Systems Market Under COVID-198.2 South Asia Automated Inspection Systems Consumption Volume by Types8.3 South Asia Automated Inspection Systems Consumption Structure by Application8.4 South Asia Automated Inspection Systems Consumption by Top Countries8.4.1 India Automated Inspection Systems Consumption Volume from 2015 to 20208.4.2 Pakistan Automated Inspection Systems Consumption Volume from 2015 to 20208.4.3 Bangladesh Automated Inspection Systems Consumption Volume from 2015 to 2020

Chapter 9 Southeast Asia Automated Inspection Systems Market Analysis9.1 Southeast Asia Automated Inspection Systems Consumption and Value Analysis9.1.1 Southeast Asia Automated Inspection Systems Market Under COVID-199.2 Southeast Asia Automated Inspection Systems Consumption Volume by Types9.3 Southeast Asia Automated Inspection Systems Consumption Structure by Application9.4 Southeast Asia Automated Inspection Systems Consumption by Top Countries9.4.1 Indonesia Automated Inspection Systems Consumption Volume from 2015 to 20209.4.2 Thailand Automated Inspection Systems Consumption Volume from 2015 to 20209.4.3 Singapore Automated Inspection Systems Consumption Volume from 2015 to 20209.4.4 Malaysia Automated Inspection Systems Consumption Volume from 2015 to 20209.4.5 Philippines Automated Inspection Systems Consumption Volume from 2015 to 20209.4.6 Vietnam Automated Inspection Systems Consumption Volume from 2015 to 20209.4.7 Myanmar Automated Inspection Systems Consumption Volume from 2015 to 2020

Chapter 10 Middle East Automated Inspection Systems Market Analysis10.1 Middle East Automated Inspection Systems Consumption and Value Analysis10.1.1 Middle East Automated Inspection Systems Market Under COVID-1910.2 Middle East Automated Inspection Systems Consumption Volume by Types10.3 Middle East Automated Inspection Systems Consumption Structure by Application10.4 Middle East Automated Inspection Systems Consumption by Top Countries10.4.1 Turkey Automated Inspection Systems Consumption Volume from 2015 to 202010.4.2 Saudi Arabia Automated Inspection Systems Consumption Volume from 2015 to 202010.4.3 Iran Automated Inspection Systems Consumption Volume from 2015 to 202010.4.4 United Arab Emirates Automated Inspection Systems Consumption Volume from 2015 to 202010.4.5 Israel Automated Inspection Systems Consumption Volume from 2015 to 202010.4.6 Iraq Automated Inspection Systems Consumption Volume from 2015 to 202010.4.7 Qatar Automated Inspection Systems Consumption Volume from 2015 to 202010.4.8 Kuwait Automated Inspection Systems Consumption Volume from 2015 to 202010.4.9 Oman Automated Inspection Systems Consumption Volume from 2015 to 2020

Chapter 11 Africa Automated Inspection Systems Market Analysis11.1 Africa Automated Inspection Systems Consumption and Value Analysis11.1.1 Africa Automated Inspection Systems Market Under COVID-1911.2 Africa Automated Inspection Systems Consumption Volume by Types11.3 Africa Automated Inspection Systems Consumption Structure by Application11.4 Africa Automated Inspection Systems Consumption by Top Countries11.4.1 Nigeria Automated Inspection Systems Consumption Volume from 2015 to 202011.4.2 South Africa Automated Inspection Systems Consumption Volume from 2015 to 202011.4.3 Egypt Automated Inspection Systems Consumption Volume from 2015 to 202011.4.4 Algeria Automated Inspection Systems Consumption Volume from 2015 to 202011.4.5 Morocco Automated Inspection Systems Consumption Volume from 2015 to 2020

Chapter 12 Oceania Automated Inspection Systems Market Analysis12.1 Oceania Automated Inspection Systems Consumption and Value Analysis12.2 Oceania Automated Inspection Systems Consumption Volume by Types12.3 Oceania Automated Inspection Systems Consumption Structure by Application12.4 Oceania Automated Inspection Systems Consumption by Top Countries12.4.1 Australia Automated Inspection Systems Consumption Volume from 2015 to 202012.4.2 New Zealand Automated Inspection Systems Consumption Volume from 2015 to 2020

Chapter 13 South America Automated Inspection Systems Market Analysis13.1 South America Automated Inspection Systems Consumption and Value Analysis13.1.1 South America Automated Inspection Systems Market Under COVID-1913.2 South America Automated Inspection Systems Consumption Volume by Types13.3 South America Automated Inspection Systems Consumption Structure by Application13.4 South America Automated Inspection Systems Consumption Volume by Major Countries13.4.1 Brazil Automated Inspection Systems Consumption Volume from 2015 to 202013.4.2 Argentina Automated Inspection Systems Consumption Volume from 2015 to 202013.4.3 Columbia Automated Inspection Systems Consumption Volume from 2015 to 202013.4.4 Chile Automated Inspection Systems Consumption Volume from 2015 to 202013.4.5 Venezuela Automated Inspection Systems Consumption Volume from 2015 to 202013.4.6 Peru Automated Inspection Systems Consumption Volume from 2015 to 202013.4.7 Puerto Rico Automated Inspection Systems Consumption Volume from 2015 to 202013.4.8 Ecuador Automated Inspection Systems Consumption Volume from 2015 to 2020

Chapter 14 Company Profiles and Key Figures in Automated Inspection Systems Business14.1 Olympus14.1.1 Olympus Company Profile14.1.2 Olympus Automated Inspection Systems Product Specification14.1.3 Olympus Automated Inspection Systems Production Capacity, Revenue, Price and Gross Margin (2015-2020)14.2 AbeTech14.2.1 AbeTech Company Profile14.2.2 AbeTech Automated Inspection Systems Product Specification14.2.3 AbeTech Automated Inspection Systems Production Capacity, Revenue, Price and Gross Margin (2015-2020)14.3 Arnold Machine Inc.14.3.1 Arnold Machine Inc. Company Profile14.3.2 Arnold Machine Inc. Automated Inspection Systems Product Specification14.3.3 Arnold Machine Inc. Automated Inspection Systems Production Capacity, Revenue, Price and Gross Margin (2015-2020)14.4 Heitec14.4.1 Heitec Company Profile14.4.2 Heitec Automated Inspection Systems Product Specification14.4.3 Heitec Automated Inspection Systems Production Capacity, Revenue, Price and Gross Margin (2015-2020)14.5 Matrix Design14.5.1 Matrix Design Company Profile14.5.2 Matrix Design Automated Inspection Systems Product Specification14.5.3 Matrix Design Automated Inspection Systems Production Capacity, Revenue, Price and Gross Margin (2015-2020)14.6 Keyence14.6.1 Keyence Company Profile14.6.2 Keyence Automated Inspection Systems Product Specification14.6.3 Keyence Automated Inspection Systems Production Capacity, Revenue, Price and Gross Margin (2015-2020)14.7 Nordson14.7.1 Nordson Company Profile14.7.2 Nordson Automated Inspection Systems Product Specification14.7.3 Nordson Automated Inspection Systems Production Capacity, Revenue, Price and Gross Margin (2015-2020)

Chapter 15 Global Automated Inspection Systems Market Forecast (2021-2026)15.1 Global Automated Inspection Systems Consumption Volume, Revenue and Price Forecast (2021-2026)15.1.1 Global Automated Inspection Systems Consumption Volume and Growth Rate Forecast (2021-2026)15.1.2 Global Automated Inspection Systems Value and Growth Rate Forecast (2021-2026)15.2 Global Automated Inspection Systems Consumption Volume, Value and Growth Rate Forecast by Region (2021-2026)15.2.1 Global Automated Inspection Systems Consumption Volume and Growth Rate Forecast by Regions (2021-2026)15.2.2 Global Automated Inspection Systems Value and Growth Rate Forecast by Regions (2021-2026)15.2.3 North America Automated Inspection Systems Consumption Volume, Revenue and Growth Rate Forecast (2021-2026)15.2.4 East Asia Automated Inspection Systems Consumption Volume, Revenue and Growth Rate Forecast (2021-2026)15.2.5 Europe Automated Inspection Systems Consumption Volume, Revenue and Growth Rate Forecast (2021-2026)15.2.6 South Asia Automated Inspection Systems Consumption Volume, Revenue and Growth Rate Forecast (2021-2026)15.2.7 Southeast Asia Automated Inspection Systems Consumption Volume, Revenue and Growth Rate Forecast (2021-2026)15.2.8 Middle East Automated Inspection Systems Consumption Volume, Revenue and Growth Rate Forecast (2021-2026)15.2.9 Africa Automated Inspection Systems Consumption Volume, Revenue and Growth Rate Forecast (2021-2026)15.2.10 Oceania Automated Inspection Systems Consumption Volume, Revenue and Growth Rate Forecast (2021-2026)15.2.11 South America Automated Inspection Systems Consumption Volume, Revenue and Growth Rate Forecast (2021-2026)15.3 Global Automated Inspection Systems Consumption Volume, Revenue and Price Forecast by Type (2021-2026)15.3.1 Global Automated Inspection Systems Consumption Forecast by Type (2021-2026)15.3.2 Global Automated Inspection Systems Revenue Forecast by Type (2021-2026)15.3.3 Global Automated Inspection Systems Price Forecast by Type (2021-2026)15.4 Global Automated Inspection Systems Consumption Volume Forecast by Application (2021-2026)15.5 Automated Inspection Systems Market Forecast Under COVID-19

Chapter 16 ConclusionsResearch Methodology

About Us:Market Research Port is one of the best report resellers in the market bringing to you accurate and trustworthy market research reports by reputed publishers. Our trusted publishers have compiled their reports and findings after painstaking research and studies, set up against varied business parameters. Each report is detailed and then vetted for accuracy by industry experts. In each report, you will find deep analysis, risk analysis, market forecasts, emerging trends, different market segments, technological advancement and its impact, and a multitude of economic factors, giving you the most comprehensive market research report. You get many advantages with such comprehensive reports.

Contact Us:Market Research Port,Brighton Street, Providence,Rhode Island 02929, United StatesContact No: +1 401 433 7610Email: [emailprotected]Website: https://marketresearchport.com/

Follow this link:

Automated Inspection Systems Market 2020 Projections, Growth Opportunities, Trends, Companies Strategies and Forecast 2026 | Olympus, AbeTech, Arnold...

Industrial Thermostat Market 2020 Top-Companies Offerings, Trends, Segmented Analysis and Forecast by 2026 | Thermo, Weiss, Shel Lab – 3rd Watch News

Posted on July 11, 2020 by Danzig

Exclusive Market Research Report on Global Industrial Thermostat Market with Industry Analysis, Size, Share, Trends, Growth Opportunities, Competitive Landscape, Investment Strategies and Forecast by 2026.

The report contains in-depth information on all the key aspects of the global Industrial Thermostat market. This report contains important data such as facts & figures, market research, market analysis, SWOT analysis, competitive landscape, regional analysis and future growth prospects. The report also contains qualitative and quantitative research which gives you a detailed analysis of the global Industrial Thermostat market. The report is perfect as you can see information on the recent developments, based on which you can make risk assessments and investments in the Industrial Thermostat industry.

Get The Sample Report PDF with Detail TOC & List of [emailprotected]https://marketresearchport.com/request-sample/45000

Leading Companies Covered:

Thermo, Weiss, Shel Lab, Binder, Memmert, VWR, NuAire, Hettich Lab, Sanyo, Heal Force, Jeio Tech, Manish Scientific, GENLAB

This global Industrial Thermostat market research report has data of all the leading players operating in the industry. From their market shares in the industry, to their growth plans, recent development status, all important information has been compiled in the report to let you get an insightful look at the top players operating in the industry. The report includes the forecasts, analysis and discussion of important industry trends, market size, market share estimates and profiles of the leading industry players.

Market Research is Further Divided into Following Segments:

Market Segmentation by Product Types:Electrical, Digital

Market Segmentation by Applications:Mining, Automotive, Oil & Gas, Others

Regions Mentioned in the Global Industrial Thermostat Market:

The Middle East and Africa North America South America Europe Asia-Pacific Middle East Oceania Rest of the World

Get the Report [emailprotected]https://www.marketresearchport.com/reports/covid-19-impact-on-global-and-regional-industrial-thermostat-market-research-report-2020-2026-industry-analy/45000

Table of Content:Chapter 1 Industry Overview1.1 Definition1.2 Assumptions1.3 Research Scope1.4 Market Analysis by Regions1.4.1 North America Market States and Outlook (2021-2026)1.4.2 East Asia Market States and Outlook (2021-2026)1.4.3 Europe Market States and Outlook (2021-2026)1.4.4 South Asia Market States and Outlook (2021-2026)1.4.5 Southeast Asia Market States and Outlook (2021-2026)1.4.6 Middle East Market States and Outlook (2021-2026)1.4.7 Africa Market States and Outlook (2021-2026)1.4.8 Oceania Market States and Outlook (2021-2026)1.4.9 South America Market States and Outlook (2021-2026)1.5 Global Industrial Thermostat Market Size Analysis from 2021 to 20261.5.1 Global Industrial Thermostat Market Size Analysis from 2021 to 2026 by Consumption Volume1.5.2 Global Industrial Thermostat Market Size Analysis from 2021 to 2026 by Value1.5.3 Global Industrial Thermostat Price Trends Analysis from 2021 to 20261.6 COVID-19 Outbreak: Industrial Thermostat Industry Impact

Chapter 2 Global Industrial Thermostat Competition by Types, Applications, and Top Regions and Countries2.1 Global Industrial Thermostat (Volume and Value) by Type2.1.1 Global Industrial Thermostat Consumption and Market Share by Type (2015-2020)2.1.2 Global Industrial Thermostat Revenue and Market Share by Type (2015-2020)2.2 Global Industrial Thermostat (Volume and Value) by Application2.2.1 Global Industrial Thermostat Consumption and Market Share by Application (2015-2020)2.2.2 Global Industrial Thermostat Revenue and Market Share by Application (2015-2020)2.3 Global Industrial Thermostat (Volume and Value) by Regions2.3.1 Global Industrial Thermostat Consumption and Market Share by Regions (2015-2020)2.3.2 Global Industrial Thermostat Revenue and Market Share by Regions (2015-2020)

Chapter 4 Global Industrial Thermostat Sales, Consumption, Export, Import by Regions (2015-2020)4.1 Global Industrial Thermostat Consumption by Regions (2015-2020)4.2 North America Industrial Thermostat Sales, Consumption, Export, Import (2015-2020)4.3 East Asia Industrial Thermostat Sales, Consumption, Export, Import (2015-2020)4.4 Europe Industrial Thermostat Sales, Consumption, Export, Import (2015-2020)4.5 South Asia Industrial Thermostat Sales, Consumption, Export, Import (2015-2020)4.6 Southeast Asia Industrial Thermostat Sales, Consumption, Export, Import (2015-2020)4.7 Middle East Industrial Thermostat Sales, Consumption, Export, Import (2015-2020)4.8 Africa Industrial Thermostat Sales, Consumption, Export, Import (2015-2020)4.9 Oceania Industrial Thermostat Sales, Consumption, Export, Import (2015-2020)4.10 South America Industrial Thermostat Sales, Consumption, Export, Import (2015-2020)

Chapter 5 North America Industrial Thermostat Market Analysis5.1 North America Industrial Thermostat Consumption and Value Analysis5.1.1 North America Industrial Thermostat Market Under COVID-195.2 North America Industrial Thermostat Consumption Volume by Types5.3 North America Industrial Thermostat Consumption Structure by Application5.4 North America Industrial Thermostat Consumption by Top Countries5.4.1 United States Industrial Thermostat Consumption Volume from 2015 to 20205.4.2 Canada Industrial Thermostat Consumption Volume from 2015 to 20205.4.3 Mexico Industrial Thermostat Consumption Volume from 2015 to 2020

Chapter 6 East Asia Industrial Thermostat Market Analysis6.1 East Asia Industrial Thermostat Consumption and Value Analysis6.1.1 East Asia Industrial Thermostat Market Under COVID-196.2 East Asia Industrial Thermostat Consumption Volume by Types6.3 East Asia Industrial Thermostat Consumption Structure by Application6.4 East Asia Industrial Thermostat Consumption by Top Countries6.4.1 China Industrial Thermostat Consumption Volume from 2015 to 20206.4.2 Japan Industrial Thermostat Consumption Volume from 2015 to 20206.4.3 South Korea Industrial Thermostat Consumption Volume from 2015 to 2020

Chapter 7 Europe Industrial Thermostat Market Analysis7.1 Europe Industrial Thermostat Consumption and Value Analysis7.1.1 Europe Industrial Thermostat Market Under COVID-197.2 Europe Industrial Thermostat Consumption Volume by Types7.3 Europe Industrial Thermostat Consumption Structure by Application7.4 Europe Industrial Thermostat Consumption by Top Countries7.4.1 Germany Industrial Thermostat Consumption Volume from 2015 to 20207.4.2 UK Industrial Thermostat Consumption Volume from 2015 to 20207.4.3 France Industrial Thermostat Consumption Volume from 2015 to 20207.4.4 Italy Industrial Thermostat Consumption Volume from 2015 to 20207.4.5 Russia Industrial Thermostat Consumption Volume from 2015 to 20207.4.6 Spain Industrial Thermostat Consumption Volume from 2015 to 20207.4.7 Netherlands Industrial Thermostat Consumption Volume from 2015 to 20207.4.8 Switzerland Industrial Thermostat Consumption Volume from 2015 to 20207.4.9 Poland Industrial Thermostat Consumption Volume from 2015 to 2020

Chapter 8 South Asia Industrial Thermostat Market Analysis8.1 South Asia Industrial Thermostat Consumption and Value Analysis8.1.1 South Asia Industrial Thermostat Market Under COVID-198.2 South Asia Industrial Thermostat Consumption Volume by Types8.3 South Asia Industrial Thermostat Consumption Structure by Application8.4 South Asia Industrial Thermostat Consumption by Top Countries8.4.1 India Industrial Thermostat Consumption Volume from 2015 to 20208.4.2 Pakistan Industrial Thermostat Consumption Volume from 2015 to 20208.4.3 Bangladesh Industrial Thermostat Consumption Volume from 2015 to 2020

Chapter 9 Southeast Asia Industrial Thermostat Market Analysis9.1 Southeast Asia Industrial Thermostat Consumption and Value Analysis9.1.1 Southeast Asia Industrial Thermostat Market Under COVID-199.2 Southeast Asia Industrial Thermostat Consumption Volume by Types9.3 Southeast Asia Industrial Thermostat Consumption Structure by Application9.4 Southeast Asia Industrial Thermostat Consumption by Top Countries9.4.1 Indonesia Industrial Thermostat Consumption Volume from 2015 to 20209.4.2 Thailand Industrial Thermostat Consumption Volume from 2015 to 20209.4.3 Singapore Industrial Thermostat Consumption Volume from 2015 to 20209.4.4 Malaysia Industrial Thermostat Consumption Volume from 2015 to 20209.4.5 Philippines Industrial Thermostat Consumption Volume from 2015 to 20209.4.6 Vietnam Industrial Thermostat Consumption Volume from 2015 to 20209.4.7 Myanmar Industrial Thermostat Consumption Volume from 2015 to 2020

Chapter 10 Middle East Industrial Thermostat Market Analysis10.1 Middle East Industrial Thermostat Consumption and Value Analysis10.1.1 Middle East Industrial Thermostat Market Under COVID-1910.2 Middle East Industrial Thermostat Consumption Volume by Types10.3 Middle East Industrial Thermostat Consumption Structure by Application10.4 Middle East Industrial Thermostat Consumption by Top Countries10.4.1 Turkey Industrial Thermostat Consumption Volume from 2015 to 202010.4.2 Saudi Arabia Industrial Thermostat Consumption Volume from 2015 to 202010.4.3 Iran Industrial Thermostat Consumption Volume from 2015 to 202010.4.4 United Arab Emirates Industrial Thermostat Consumption Volume from 2015 to 202010.4.5 Israel Industrial Thermostat Consumption Volume from 2015 to 202010.4.6 Iraq Industrial Thermostat Consumption Volume from 2015 to 202010.4.7 Qatar Industrial Thermostat Consumption Volume from 2015 to 202010.4.8 Kuwait Industrial Thermostat Consumption Volume from 2015 to 202010.4.9 Oman Industrial Thermostat Consumption Volume from 2015 to 2020

Chapter 11 Africa Industrial Thermostat Market Analysis11.1 Africa Industrial Thermostat Consumption and Value Analysis11.1.1 Africa Industrial Thermostat Market Under COVID-1911.2 Africa Industrial Thermostat Consumption Volume by Types11.3 Africa Industrial Thermostat Consumption Structure by Application11.4 Africa Industrial Thermostat Consumption by Top Countries11.4.1 Nigeria Industrial Thermostat Consumption Volume from 2015 to 202011.4.2 South Africa Industrial Thermostat Consumption Volume from 2015 to 202011.4.3 Egypt Industrial Thermostat Consumption Volume from 2015 to 202011.4.4 Algeria Industrial Thermostat Consumption Volume from 2015 to 202011.4.5 Morocco Industrial Thermostat Consumption Volume from 2015 to 2020

Chapter 12 Oceania Industrial Thermostat Market Analysis12.1 Oceania Industrial Thermostat Consumption and Value Analysis12.2 Oceania Industrial Thermostat Consumption Volume by Types12.3 Oceania Industrial Thermostat Consumption Structure by Application12.4 Oceania Industrial Thermostat Consumption by Top Countries12.4.1 Australia Industrial Thermostat Consumption Volume from 2015 to 202012.4.2 New Zealand Industrial Thermostat Consumption Volume from 2015 to 2020

Chapter 13 South America Industrial Thermostat Market Analysis13.1 South America Industrial Thermostat Consumption and Value Analysis13.1.1 South America Industrial Thermostat Market Under COVID-1913.2 South America Industrial Thermostat Consumption Volume by Types13.3 South America Industrial Thermostat Consumption Structure by Application13.4 South America Industrial Thermostat Consumption Volume by Major Countries13.4.1 Brazil Industrial Thermostat Consumption Volume from 2015 to 202013.4.2 Argentina Industrial Thermostat Consumption Volume from 2015 to 202013.4.3 Columbia Industrial Thermostat Consumption Volume from 2015 to 202013.4.4 Chile Industrial Thermostat Consumption Volume from 2015 to 202013.4.5 Venezuela Industrial Thermostat Consumption Volume from 2015 to 202013.4.6 Peru Industrial Thermostat Consumption Volume from 2015 to 202013.4.7 Puerto Rico Industrial Thermostat Consumption Volume from 2015 to 202013.4.8 Ecuador Industrial Thermostat Consumption Volume from 2015 to 2020

Chapter 14 Company Profiles and Key Figures in Industrial Thermostat Business14.1 Thermo14.1.1 Thermo Company Profile14.1.2 Thermo Industrial Thermostat Product Specification14.1.3 Thermo Industrial Thermostat Production Capacity, Revenue, Price and Gross Margin (2015-2020)14.2 Weiss14.2.1 Weiss Company Profile14.2.2 Weiss Industrial Thermostat Product Specification14.2.3 Weiss Industrial Thermostat Production Capacity, Revenue, Price and Gross Margin (2015-2020)14.3 Shel Lab14.3.1 Shel Lab Company Profile14.3.2 Shel Lab Industrial Thermostat Product Specification14.3.3 Shel Lab Industrial Thermostat Production Capacity, Revenue, Price and Gross Margin (2015-2020)14.4 Binder14.4.1 Binder Company Profile14.4.2 Binder Industrial Thermostat Product Specification14.4.3 Binder Industrial Thermostat Production Capacity, Revenue, Price and Gross Margin (2015-2020)14.5 Memmert14.5.1 Memmert Company Profile14.5.2 Memmert Industrial Thermostat Product Specification14.5.3 Memmert Industrial Thermostat Production Capacity, Revenue, Price and Gross Margin (2015-2020)14.6 VWR14.6.1 VWR Company Profile14.6.2 VWR Industrial Thermostat Product Specification14.6.3 VWR Industrial Thermostat Production Capacity, Revenue, Price and Gross Margin (2015-2020)14.7 NuAire14.7.1 NuAire Company Profile14.7.2 NuAire Industrial Thermostat Product Specification14.7.3 NuAire Industrial Thermostat Production Capacity, Revenue, Price and Gross Margin (2015-2020)14.8 Hettich Lab14.8.1 Hettich Lab Company Profile14.8.2 Hettich Lab Industrial Thermostat Product Specification14.8.3 Hettich Lab Industrial Thermostat Production Capacity, Revenue, Price and Gross Margin (2015-2020)14.9 Sanyo14.9.1 Sanyo Company Profile14.9.2 Sanyo Industrial Thermostat Product Specification14.9.3 Sanyo Industrial Thermostat Production Capacity, Revenue, Price and Gross Margin (2015-2020)14.10 Heal Force14.10.1 Heal Force Company Profile14.10.2 Heal Force Industrial Thermostat Product Specification14.10.3 Heal Force Industrial Thermostat Production Capacity, Revenue, Price and Gross Margin (2015-2020)14.11 Jeio Tech14.11.1 Jeio Tech Company Profile14.11.2 Jeio Tech Industrial Thermostat Product Specification14.11.3 Jeio Tech Industrial Thermostat Production Capacity, Revenue, Price and Gross Margin (2015-2020)14.12 Manish Scientific14.12.1 Manish Scientific Company Profile14.12.2 Manish Scientific Industrial Thermostat Product Specification14.12.3 Manish Scientific Industrial Thermostat Production Capacity, Revenue, Price and Gross Margin (2015-2020)14.13 GENLAB14.13.1 GENLAB Company Profile14.13.2 GENLAB Industrial Thermostat Product Specification14.13.3 GENLAB Industrial Thermostat Production Capacity, Revenue, Price and Gross Margin (2015-2020)

Chapter 15 Global Industrial Thermostat Market Forecast (2021-2026)15.1 Global Industrial Thermostat Consumption Volume, Revenue and Price Forecast (2021-2026)15.1.1 Global Industrial Thermostat Consumption Volume and Growth Rate Forecast (2021-2026)15.1.2 Global Industrial Thermostat Value and Growth Rate Forecast (2021-2026)15.2 Global Industrial Thermostat Consumption Volume, Value and Growth Rate Forecast by Region (2021-2026)15.2.1 Global Industrial Thermostat Consumption Volume and Growth Rate Forecast by Regions (2021-2026)15.2.2 Global Industrial Thermostat Value and Growth Rate Forecast by Regions (2021-2026)15.2.3 North America Industrial Thermostat Consumption Volume, Revenue and Growth Rate Forecast (2021-2026)15.2.4 East Asia Industrial Thermostat Consumption Volume, Revenue and Growth Rate Forecast (2021-2026)15.2.5 Europe Industrial Thermostat Consumption Volume, Revenue and Growth Rate Forecast (2021-2026)15.2.6 South Asia Industrial Thermostat Consumption Volume, Revenue and Growth Rate Forecast (2021-2026)15.2.7 Southeast Asia Industrial Thermostat Consumption Volume, Revenue and Growth Rate Forecast (2021-2026)15.2.8 Middle East Industrial Thermostat Consumption Volume, Revenue and Growth Rate Forecast (2021-2026)15.2.9 Africa Industrial Thermostat Consumption Volume, Revenue and Growth Rate Forecast (2021-2026)15.2.10 Oceania Industrial Thermostat Consumption Volume, Revenue and Growth Rate Forecast (2021-2026)15.2.11 South America Industrial Thermostat Consumption Volume, Revenue and Growth Rate Forecast (2021-2026)15.3 Global Industrial Thermostat Consumption Volume, Revenue and Price Forecast by Type (2021-2026)15.3.1 Global Industrial Thermostat Consumption Forecast by Type (2021-2026)15.3.2 Global Industrial Thermostat Revenue Forecast by Type (2021-2026)15.3.3 Global Industrial Thermostat Price Forecast by Type (2021-2026)15.4 Global Industrial Thermostat Consumption Volume Forecast by Application (2021-2026)15.5 Industrial Thermostat Market Forecast Under COVID-19

Chapter 16 ConclusionsResearch Methodology

Contact Us:Market Research Port,Brighton Street, Providence,Rhode Island 02929, United StatesContact No: +1 401 433 7610Email: [emailprotected]Website: https://marketresearchport.com/

See the rest here:

Industrial Thermostat Market 2020 Top-Companies Offerings, Trends, Segmented Analysis and Forecast by 2026 | Thermo, Weiss, Shel Lab - 3rd Watch News

Automated Chemisorption Analyzers Market 2020 Projections, Growth Opportunities, Trends, Companies Strategies and Forecast 2026 | Micromeritics…

Posted on July 11, 2020 by Danzig

Exclusive Market Research Report on Global Automated Chemisorption Analyzers Market with Industry Analysis, Size, Share, Trends, Growth Opportunities, Competitive Landscape, Investment Strategies and Forecast by 2026.

The report contains in-depth information on all the key aspects of the global Automated Chemisorption Analyzers market. This report contains important data such as facts & figures, market research, market analysis, SWOT analysis, competitive landscape, regional analysis and future growth prospects. The report also contains qualitative and quantitative research which gives you a detailed analysis of the global Automated Chemisorption Analyzers market. The report is perfect as you can see information on the recent developments, based on which you can make risk assessments and investments in the Automated Chemisorption Analyzers industry.

Get The Sample Report PDF with Detail TOC & List of [emailprotected]https://marketresearchport.com/request-sample/44799

Leading Companies Covered:

Micromeritics Instrument, Xianquan, Quantachrome Instruments, MicrotracBEL

This global Automated Chemisorption Analyzers market research report has data of all the leading players operating in the industry. From their market shares in the industry, to their growth plans, recent development status, all important information has been compiled in the report to let you get an insightful look at the top players operating in the industry. The report includes the forecasts, analysis and discussion of important industry trends, market size, market share estimates and profiles of the leading industry players.

Market Research is Further Divided into Following Segments:

Market Segmentation by Product Types:Dynamic Flow Chemisorption Analyzer, Static Chemisorption Analyzer

Market Segmentation by Applications:Research Institutions, Enterprise

Regions Mentioned in the Global Automated Chemisorption Analyzers Market:

The Middle East and Africa North America South America Europe Asia-Pacific Middle East Oceania Rest of the World

Get the Report [emailprotected]https://www.marketresearchport.com/reports/covid-19-impact-on-global-and-regional-automated-chemisorption-analyzers-market-research-report-2020-2026-in/44799

Table of Content:Chapter 1 Industry Overview1.1 Definition1.2 Assumptions1.3 Research Scope1.4 Market Analysis by Regions1.4.1 North America Market States and Outlook (2021-2026)1.4.2 East Asia Market States and Outlook (2021-2026)1.4.3 Europe Market States and Outlook (2021-2026)1.4.4 South Asia Market States and Outlook (2021-2026)1.4.5 Southeast Asia Market States and Outlook (2021-2026)1.4.6 Middle East Market States and Outlook (2021-2026)1.4.7 Africa Market States and Outlook (2021-2026)1.4.8 Oceania Market States and Outlook (2021-2026)1.4.9 South America Market States and Outlook (2021-2026)1.5 Global Automated Chemisorption Analyzers Market Size Analysis from 2021 to 20261.5.1 Global Automated Chemisorption Analyzers Market Size Analysis from 2021 to 2026 by Consumption Volume1.5.2 Global Automated Chemisorption Analyzers Market Size Analysis from 2021 to 2026 by Value1.5.3 Global Automated Chemisorption Analyzers Price Trends Analysis from 2021 to 20261.6 COVID-19 Outbreak: Automated Chemisorption Analyzers Industry Impact

Chapter 2 Global Automated Chemisorption Analyzers Competition by Types, Applications, and Top Regions and Countries2.1 Global Automated Chemisorption Analyzers (Volume and Value) by Type2.1.1 Global Automated Chemisorption Analyzers Consumption and Market Share by Type (2015-2020)2.1.2 Global Automated Chemisorption Analyzers Revenue and Market Share by Type (2015-2020)2.2 Global Automated Chemisorption Analyzers (Volume and Value) by Application2.2.1 Global Automated Chemisorption Analyzers Consumption and Market Share by Application (2015-2020)2.2.2 Global Automated Chemisorption Analyzers Revenue and Market Share by Application (2015-2020)2.3 Global Automated Chemisorption Analyzers (Volume and Value) by Regions2.3.1 Global Automated Chemisorption Analyzers Consumption and Market Share by Regions (2015-2020)2.3.2 Global Automated Chemisorption Analyzers Revenue and Market Share by Regions (2015-2020)

Chapter 4 Global Automated Chemisorption Analyzers Sales, Consumption, Export, Import by Regions (2015-2020)4.1 Global Automated Chemisorption Analyzers Consumption by Regions (2015-2020)4.2 North America Automated Chemisorption Analyzers Sales, Consumption, Export, Import (2015-2020)4.3 East Asia Automated Chemisorption Analyzers Sales, Consumption, Export, Import (2015-2020)4.4 Europe Automated Chemisorption Analyzers Sales, Consumption, Export, Import (2015-2020)4.5 South Asia Automated Chemisorption Analyzers Sales, Consumption, Export, Import (2015-2020)4.6 Southeast Asia Automated Chemisorption Analyzers Sales, Consumption, Export, Import (2015-2020)4.7 Middle East Automated Chemisorption Analyzers Sales, Consumption, Export, Import (2015-2020)4.8 Africa Automated Chemisorption Analyzers Sales, Consumption, Export, Import (2015-2020)4.9 Oceania Automated Chemisorption Analyzers Sales, Consumption, Export, Import (2015-2020)4.10 South America Automated Chemisorption Analyzers Sales, Consumption, Export, Import (2015-2020)

Chapter 5 North America Automated Chemisorption Analyzers Market Analysis5.1 North America Automated Chemisorption Analyzers Consumption and Value Analysis5.1.1 North America Automated Chemisorption Analyzers Market Under COVID-195.2 North America Automated Chemisorption Analyzers Consumption Volume by Types5.3 North America Automated Chemisorption Analyzers Consumption Structure by Application5.4 North America Automated Chemisorption Analyzers Consumption by Top Countries5.4.1 United States Automated Chemisorption Analyzers Consumption Volume from 2015 to 20205.4.2 Canada Automated Chemisorption Analyzers Consumption Volume from 2015 to 20205.4.3 Mexico Automated Chemisorption Analyzers Consumption Volume from 2015 to 2020

Chapter 6 East Asia Automated Chemisorption Analyzers Market Analysis6.1 East Asia Automated Chemisorption Analyzers Consumption and Value Analysis6.1.1 East Asia Automated Chemisorption Analyzers Market Under COVID-196.2 East Asia Automated Chemisorption Analyzers Consumption Volume by Types6.3 East Asia Automated Chemisorption Analyzers Consumption Structure by Application6.4 East Asia Automated Chemisorption Analyzers Consumption by Top Countries6.4.1 China Automated Chemisorption Analyzers Consumption Volume from 2015 to 20206.4.2 Japan Automated Chemisorption Analyzers Consumption Volume from 2015 to 20206.4.3 South Korea Automated Chemisorption Analyzers Consumption Volume from 2015 to 2020

Chapter 7 Europe Automated Chemisorption Analyzers Market Analysis7.1 Europe Automated Chemisorption Analyzers Consumption and Value Analysis7.1.1 Europe Automated Chemisorption Analyzers Market Under COVID-197.2 Europe Automated Chemisorption Analyzers Consumption Volume by Types7.3 Europe Automated Chemisorption Analyzers Consumption Structure by Application7.4 Europe Automated Chemisorption Analyzers Consumption by Top Countries7.4.1 Germany Automated Chemisorption Analyzers Consumption Volume from 2015 to 20207.4.2 UK Automated Chemisorption Analyzers Consumption Volume from 2015 to 20207.4.3 France Automated Chemisorption Analyzers Consumption Volume from 2015 to 20207.4.4 Italy Automated Chemisorption Analyzers Consumption Volume from 2015 to 20207.4.5 Russia Automated Chemisorption Analyzers Consumption Volume from 2015 to 20207.4.6 Spain Automated Chemisorption Analyzers Consumption Volume from 2015 to 20207.4.7 Netherlands Automated Chemisorption Analyzers Consumption Volume from 2015 to 20207.4.8 Switzerland Automated Chemisorption Analyzers Consumption Volume from 2015 to 20207.4.9 Poland Automated Chemisorption Analyzers Consumption Volume from 2015 to 2020

Chapter 8 South Asia Automated Chemisorption Analyzers Market Analysis8.1 South Asia Automated Chemisorption Analyzers Consumption and Value Analysis8.1.1 South Asia Automated Chemisorption Analyzers Market Under COVID-198.2 South Asia Automated Chemisorption Analyzers Consumption Volume by Types8.3 South Asia Automated Chemisorption Analyzers Consumption Structure by Application8.4 South Asia Automated Chemisorption Analyzers Consumption by Top Countries8.4.1 India Automated Chemisorption Analyzers Consumption Volume from 2015 to 20208.4.2 Pakistan Automated Chemisorption Analyzers Consumption Volume from 2015 to 20208.4.3 Bangladesh Automated Chemisorption Analyzers Consumption Volume from 2015 to 2020

Chapter 9 Southeast Asia Automated Chemisorption Analyzers Market Analysis9.1 Southeast Asia Automated Chemisorption Analyzers Consumption and Value Analysis9.1.1 Southeast Asia Automated Chemisorption Analyzers Market Under COVID-199.2 Southeast Asia Automated Chemisorption Analyzers Consumption Volume by Types9.3 Southeast Asia Automated Chemisorption Analyzers Consumption Structure by Application9.4 Southeast Asia Automated Chemisorption Analyzers Consumption by Top Countries9.4.1 Indonesia Automated Chemisorption Analyzers Consumption Volume from 2015 to 20209.4.2 Thailand Automated Chemisorption Analyzers Consumption Volume from 2015 to 20209.4.3 Singapore Automated Chemisorption Analyzers Consumption Volume from 2015 to 20209.4.4 Malaysia Automated Chemisorption Analyzers Consumption Volume from 2015 to 20209.4.5 Philippines Automated Chemisorption Analyzers Consumption Volume from 2015 to 20209.4.6 Vietnam Automated Chemisorption Analyzers Consumption Volume from 2015 to 20209.4.7 Myanmar Automated Chemisorption Analyzers Consumption Volume from 2015 to 2020

Chapter 10 Middle East Automated Chemisorption Analyzers Market Analysis10.1 Middle East Automated Chemisorption Analyzers Consumption and Value Analysis10.1.1 Middle East Automated Chemisorption Analyzers Market Under COVID-1910.2 Middle East Automated Chemisorption Analyzers Consumption Volume by Types10.3 Middle East Automated Chemisorption Analyzers Consumption Structure by Application10.4 Middle East Automated Chemisorption Analyzers Consumption by Top Countries10.4.1 Turkey Automated Chemisorption Analyzers Consumption Volume from 2015 to 202010.4.2 Saudi Arabia Automated Chemisorption Analyzers Consumption Volume from 2015 to 202010.4.3 Iran Automated Chemisorption Analyzers Consumption Volume from 2015 to 202010.4.4 United Arab Emirates Automated Chemisorption Analyzers Consumption Volume from 2015 to 202010.4.5 Israel Automated Chemisorption Analyzers Consumption Volume from 2015 to 202010.4.6 Iraq Automated Chemisorption Analyzers Consumption Volume from 2015 to 202010.4.7 Qatar Automated Chemisorption Analyzers Consumption Volume from 2015 to 202010.4.8 Kuwait Automated Chemisorption Analyzers Consumption Volume from 2015 to 202010.4.9 Oman Automated Chemisorption Analyzers Consumption Volume from 2015 to 2020

Chapter 11 Africa Automated Chemisorption Analyzers Market Analysis11.1 Africa Automated Chemisorption Analyzers Consumption and Value Analysis11.1.1 Africa Automated Chemisorption Analyzers Market Under COVID-1911.2 Africa Automated Chemisorption Analyzers Consumption Volume by Types11.3 Africa Automated Chemisorption Analyzers Consumption Structure by Application11.4 Africa Automated Chemisorption Analyzers Consumption by Top Countries11.4.1 Nigeria Automated Chemisorption Analyzers Consumption Volume from 2015 to 202011.4.2 South Africa Automated Chemisorption Analyzers Consumption Volume from 2015 to 202011.4.3 Egypt Automated Chemisorption Analyzers Consumption Volume from 2015 to 202011.4.4 Algeria Automated Chemisorption Analyzers Consumption Volume from 2015 to 202011.4.5 Morocco Automated Chemisorption Analyzers Consumption Volume from 2015 to 2020

Chapter 12 Oceania Automated Chemisorption Analyzers Market Analysis12.1 Oceania Automated Chemisorption Analyzers Consumption and Value Analysis12.2 Oceania Automated Chemisorption Analyzers Consumption Volume by Types12.3 Oceania Automated Chemisorption Analyzers Consumption Structure by Application12.4 Oceania Automated Chemisorption Analyzers Consumption by Top Countries12.4.1 Australia Automated Chemisorption Analyzers Consumption Volume from 2015 to 202012.4.2 New Zealand Automated Chemisorption Analyzers Consumption Volume from 2015 to 2020

Chapter 13 South America Automated Chemisorption Analyzers Market Analysis13.1 South America Automated Chemisorption Analyzers Consumption and Value Analysis13.1.1 South America Automated Chemisorption Analyzers Market Under COVID-1913.2 South America Automated Chemisorption Analyzers Consumption Volume by Types13.3 South America Automated Chemisorption Analyzers Consumption Structure by Application13.4 South America Automated Chemisorption Analyzers Consumption Volume by Major Countries13.4.1 Brazil Automated Chemisorption Analyzers Consumption Volume from 2015 to 202013.4.2 Argentina Automated Chemisorption Analyzers Consumption Volume from 2015 to 202013.4.3 Columbia Automated Chemisorption Analyzers Consumption Volume from 2015 to 202013.4.4 Chile Automated Chemisorption Analyzers Consumption Volume from 2015 to 202013.4.5 Venezuela Automated Chemisorption Analyzers Consumption Volume from 2015 to 202013.4.6 Peru Automated Chemisorption Analyzers Consumption Volume from 2015 to 202013.4.7 Puerto Rico Automated Chemisorption Analyzers Consumption Volume from 2015 to 202013.4.8 Ecuador Automated Chemisorption Analyzers Consumption Volume from 2015 to 2020

Chapter 14 Company Profiles and Key Figures in Automated Chemisorption Analyzers Business14.1 Micromeritics Instrument14.1.1 Micromeritics Instrument Company Profile14.1.2 Micromeritics Instrument Automated Chemisorption Analyzers Product Specification14.1.3 Micromeritics Instrument Automated Chemisorption Analyzers Production Capacity, Revenue, Price and Gross Margin (2015-2020)14.2 Xianquan14.2.1 Xianquan Company Profile14.2.2 Xianquan Automated Chemisorption Analyzers Product Specification14.2.3 Xianquan Automated Chemisorption Analyzers Production Capacity, Revenue, Price and Gross Margin (2015-2020)14.3 Quantachrome Instruments14.3.1 Quantachrome Instruments Company Profile14.3.2 Quantachrome Instruments Automated Chemisorption Analyzers Product Specification14.3.3 Quantachrome Instruments Automated Chemisorption Analyzers Production Capacity, Revenue, Price and Gross Margin (2015-2020)14.4 MicrotracBEL14.4.1 MicrotracBEL Company Profile14.4.2 MicrotracBEL Automated Chemisorption Analyzers Product Specification14.4.3 MicrotracBEL Automated Chemisorption Analyzers Production Capacity, Revenue, Price and Gross Margin (2015-2020)

Chapter 15 Global Automated Chemisorption Analyzers Market Forecast (2021-2026)15.1 Global Automated Chemisorption Analyzers Consumption Volume, Revenue and Price Forecast (2021-2026)15.1.1 Global Automated Chemisorption Analyzers Consumption Volume and Growth Rate Forecast (2021-2026)15.1.2 Global Automated Chemisorption Analyzers Value and Growth Rate Forecast (2021-2026)15.2 Global Automated Chemisorption Analyzers Consumption Volume, Value and Growth Rate Forecast by Region (2021-2026)15.2.1 Global Automated Chemisorption Analyzers Consumption Volume and Growth Rate Forecast by Regions (2021-2026)15.2.2 Global Automated Chemisorption Analyzers Value and Growth Rate Forecast by Regions (2021-2026)15.2.3 North America Automated Chemisorption Analyzers Consumption Volume, Revenue and Growth Rate Forecast (2021-2026)15.2.4 East Asia Automated Chemisorption Analyzers Consumption Volume, Revenue and Growth Rate Forecast (2021-2026)15.2.5 Europe Automated Chemisorption Analyzers Consumption Volume, Revenue and Growth Rate Forecast (2021-2026)15.2.6 South Asia Automated Chemisorption Analyzers Consumption Volume, Revenue and Growth Rate Forecast (2021-2026)15.2.7 Southeast Asia Automated Chemisorption Analyzers Consumption Volume, Revenue and Growth Rate Forecast (2021-2026)15.2.8 Middle East Automated Chemisorption Analyzers Consumption Volume, Revenue and Growth Rate Forecast (2021-2026)15.2.9 Africa Automated Chemisorption Analyzers Consumption Volume, Revenue and Growth Rate Forecast (2021-2026)15.2.10 Oceania Automated Chemisorption Analyzers Consumption Volume, Revenue and Growth Rate Forecast (2021-2026)15.2.11 South America Automated Chemisorption Analyzers Consumption Volume, Revenue and Growth Rate Forecast (2021-2026)15.3 Global Automated Chemisorption Analyzers Consumption Volume, Revenue and Price Forecast by Type (2021-2026)15.3.1 Global Automated Chemisorption Analyzers Consumption Forecast by Type (2021-2026)15.3.2 Global Automated Chemisorption Analyzers Revenue Forecast by Type (2021-2026)15.3.3 Global Automated Chemisorption Analyzers Price Forecast by Type (2021-2026)15.4 Global Automated Chemisorption Analyzers Consumption Volume Forecast by Application (2021-2026)15.5 Automated Chemisorption Analyzers Market Forecast Under COVID-19

Chapter 16 ConclusionsResearch Methodology

Contact Us:Market Research Port,Brighton Street, Providence,Rhode Island 02929, United StatesContact No: +1 401 433 7610Email: [emailprotected]Website: https://marketresearchport.com/

See the rest here:

Automated Chemisorption Analyzers Market 2020 Projections, Growth Opportunities, Trends, Companies Strategies and Forecast 2026 | Micromeritics...

What’s the Difference Between Automation and Robotics?

Posted on July 11, 2020 by Danzig

Industrial automation, Robotic Process Automation, test automation What do the terms all mean!? Are robotics and automation the same thing?

A lot of people wonder if automation is right for them. Business owners are asking "Should I invest in automation?" and "Should I invest in robotics?"

But, what's the difference between the two? Is automation the same thing as robotics?

Automation is a hot topic in many industries right now. It can refer to several things, not just robotics. This article breaks down the differences betweenthe various terms.

First things first, if you are a business owner you are probably wondering whether automation or robotics is right for your business. The quick answer is: it really depends on your current business needs.

Consider these questions:

If you can think of even one or two tasks which are repetitive or cause a bottleneck, they may be a good candidate for automation. If they are physical tasks, industrial automation or robotics could be the answer. If they are virtual tasks, a form of software automation might work.

The basic difference between automation and robotics can be seen in their definitions:

There are obviously crossovers between the two. Robots are used to automate some physical tasks, such as in manufacturing. However, many types of automation have nothing to do with physical robots. Also, many branches of robotics have nothing to do with automation.

Make sense?

Let's look more closely at the different terminologies.

A lot of industries are talking about automation at the moment. Terms like Business Process Automation, Robotic Process Automation, adaptive automation and test automation are all over the place.

There are two basic types of automation: software automation and industrial automation.

Most of the information on automation that you can find online is about software automation. This involves using software to carry out tasks which humans usually do when they are using computer programs.

For example, GUI test automation is a way to test computer programs. It involves recording the actions of a human while they are using a graphical user interface. These actions are then replayed to autonomously test the program after changes have been made to the underlying software.

Other types of software automation include:

The difference between BPA and RPA is quite subtle. To use an analogy from robotic manufacturing, BPA is a bit like ripping out your entire human-operated production line and replacing it with a fully autonomous factory. RPA is like adding a collaborative robot to one workstation within the production line.

When we talk about "automation and robotics", we are usually referring to industrial automation.

Industrial automation is all about controlling physical processes. It involves using physical machines and control systems to automate tasks within an industrial process. A fully autonomous factory is the extreme example.

There are many types of machine within industrial automation. For example, CNC machines are common in manufacturing.

Robots are only one type of machine.

Let's start with the basics. Robots are programmable machines which are able to carry out a series of actions autonomously, or semi-autonomously. They interact with the physical world via sensors and actuators. Because they are reprogrammable, they are more flexible than single-function machines.

Robotics, therefore, refers to anything involving robots.

Within industrial automation, robots are used as a flexible way to automate a physical task or process. Collaborative robots are designed to carry out the task in the same way a human would. More traditional industrial robots tend to carry out the task more efficiently than a human would.

To make it a little more complex, some robots are "autonomous" (meaning that they operate without humans directly controlling them) but they are not used in automation. For example, a toy line-following robot can autonomously follow a line painted on the ground. However, it is not "automation" because it isn't performing a specific task. If instead the line-following robot were transporting medicines around a hospital, then it would be automation.

When deciding whether to invest in automation for your business, consider the following:

Do you have any queries about the differences between types of automation? Askus in the comments below or join the discussion on LinkedIn, Twitter, Facebook or the DoF professional robotics community.

Read the original post:

What's the Difference Between Automation and Robotics?

Open Robotics

Posted on July 11, 2020 by Danzig

We offer robotics R&D, consulting, custom engineering, and application development services to industry and government. We work with companies large and small and public agencies around the world. Contact usto learn more.

Whether you want to learn more about Gazebo, need to streamline your ROS-based product development, or are looking for a partner for your next R&D program, we're here to help. We engage in variety of projects, including:

The unifying theme of our team and our work is openness. We use and we build open systems. To the greatest extent possible, we freely distribute our work product, whether software, hardware, or documentation, under an open source license.

Of course we can be open while still keeping secrets when needed. It's no problem for our team be exposed to and work with client-confidential information, from designs and plans to source code. But we aim in each project to allow our team to focus our development efforts on producing more and better open tools that will benefit the broader community. After all, it's the development of those tools that got us where we are today.

Contact usto discuss your next project.

Read this article:

Open Robotics

Time to Build Robots for Humans, Not to Replace – ReadWrite

Posted on July 11, 2020 by Danzig

Thinking about the future of robots and autonomy is exciting; driverless cars, lights-out factories, urban air mobility, robotic surgeons available anywhere in the world. Weve seen the building blocks come together in warehouses, retail stores, farms, and on the roads. It is now time to build robots for humans, not to replace them.

Humans are incredibly good at adapting to dynamic situations to achieve a goal. Robotic and autonomous systems are incredibly powerful at highly precise, responsive, multivariate operations. A new generation of companies is turning their attention to bringing the two together, building robots to work for humans, not replace them, and reinventing several industries in the process.

New methods of ML, such as reinforcement learning and adversarial networks, have transformed both the speed and capability of robot systems.

These methods work extremely well when:

Where the probability of unforeseen situations and rules are low, robots can work miraculously better than any human can.

An Amazon robot-powered warehouse is an excellent illustration of well-characterized tasks (goods movement), in constrained environments (warehouse), with limited diversity (structured paths), and all end states are known (limited task variability).

What about in a less structured environment, where there are greater complexity and variability? The probability of errors and unforeseen situations is proportional to the complexity of the process.

In the physical world, what is a robot to do when it encounters a situation it has never seen before? That question conflicts with the robots understanding of the expected environment and has unknown end states.

The conflicted robot is precisely the challenge companies are facing when introducing robots into the physical world.

Audi claimed they would hit level 3 autonomy by 2019 (update: they recently gave up). Waymo has driven 20 million miles yet operationally and geographically constrained.

Tesla reverted from a fully robotic factory approach back to a human-machine mix, the company stating, Automation simply cant deal with the complexity, inconsistencies, variation and things gone wrong that humans can.

To solve these problems in the physical world, weve implemented humans as technology guardrails.

Applications such as driverless cars, last-mile delivery robots, warehouse robots, robots making pizza, cleaning floors, and more, can operate in the real world thanks to humans in the loop monitoring their operations.

Humans are acting as either remote operators, AI data trainers, and exception managers.

The human in the loop has accelerated the pace of technology and opened up capabilities we didnt think we would see in our lifetime, as the examples mentioned earlier.

At the same time, it has bounded the use cases to which we build. When we design robotic systems around commodity skill sets, the range of tasks is limited to those just those skills.

As a result, what robots are capable of today primarily cluster around the ability to navigate and identify people/objects.

As these companies bring their solutions to market, they quickly realize two realities:

(1) Commodity tasks make it easier for others to also attempt a similar solution (as seen with the number of AV and warehouse robot companies emerging over the past few years).

(2) High labor liquidity depresses wages, thus requiring these solutions to fully replace the human, not augment, in high volumes to generate any meaningful economics. E.g., Waymo/Uber/Zoox needs to remove the driver and operate at high volumes to turn a profit eventually.

The result of the commodity approach to robotics has forced these technology developers to completely replace the human from the loop to become viable businesses.

The open question is: is this the right intersection between machine and human? Is this the best we can do to leverage the precision of a robot with the creativity of a human?

To accelerate what robots are capable of doing, we need to shift focus from trying to replace humans, to building solutions that put the robot and human hand-in-hand. For robots to find their way into critical workflows of our industries, we needed them to augment experts and trained technicians.

Industries such as general aviation, construction, manufacturing, retail, farming, and healthcare could be made safer, more efficient, and more profitable. Changing the humans role of operator and technician to manager and strategist.

Helicopter pilots could free themselves from the fatiguing balance of flight and control management. Construction machine operators could focus on strategies and exceptions rather than repetitive motions.

Manufacturing facilities could free up workers to focus on throughput, workflow, and quality, rather than tiring manual labor. Retail operators could focus on customer experiences rather than trying to keep up with stocking inventory.

These industries all suffer from limited labor pools, highly variable environments, with little technology, and high cost of errors. Pairing robotic or autonomous systems that work hand in hand with the experts could invert from the set of dynamics compared to commodity use cases.

Companies could build solutions that need only to augment the operator, not replace him or her, to meaningfully change the economics of the operation.

The current generation of technology innovation is starting, with a new generation of companies using robotics and autonomy to change the operating experience across industries.

Robot solutions that share many key dimensions:

The impossible means we can make more complex decisions at orders of magnitude more precision and speed. Yet so many industries still rely on human labor and operations over human ingenuity and authority.

As the world adapts to social distancing and remote work, its more important than ever to leverage technology as our proverbial exoskeletons to maximize what humans are great at, and let technology do the rest.

*Venrock is an investor in Skyryse and Simbe Robotics

Ethan is a Partner at Venrock where he invests in technology companies solving hard engineering problems across developer infrastructure, autonomy, advanced computing, and space.In and out of the office, he is a passionate early adopter, space geek, and competitive athlete. You can usually find Ethan outdoors with his kids building things that move or fly.

Follow this link:

Time to Build Robots for Humans, Not to Replace - ReadWrite

Robots At Work: Call the ‘germbusters’ – Yahoo News

Posted on July 11, 2020 by Danzig

This may become a common sight.

At work, at the shops or public transport.

Disinfecting robots.

According to the World Health Organization, traditional cleaning methods using humans and cleaning solutions are only 60% effective.

Across the world, new robots designs are quickly emerging in an attempt make spaces safe again.

This remote-controlled robot is equipped with a disinfecting vapour cannon.

It can sanitize large areas inside and out and may help Britain get back to work after lockdown, according to its developers.

"As it is it can be used in a variant of applications from inside of buildings such as this, external, shopping centres, churches. It can be operated from a hundred metres away. It could go inside a building and disinfect the inside of different rooms inside a building while the operator sits in a car outside."

Another method is using UV light to sanitize objects and spaces, like this robot, thats being deployed in malls in Singapore.

Instead of spraying chemicals, the Sunburst UV Disinfecting Mobile Robot relies on its ultraviolet C lamps to sterilize surfaces, hard-to-reach crevices and even the air.

UV disinfecting robots are being put on the frontlines elsewhere across the world as well, like this one in a Boston food warehouse or in Buenos Aires.

Argentinian firm UV Robotics says while a human cant cover every millimetre of a space that needs sterilization the UV robot can and has a disinfection rate of more than 99%.

Over in Asia, Hong Kong International Airport is deploying 12 cleaning robots which emit ultraviolet rays, spray disinfectant and clean floors.

The technology was first used on chartered flights that brought residents back to Hong Kong for lockdown.

"We have been doing this in the last one or two months and preparing for the resumption of passenger flights and we hope they will all come back."

And underground, Hong Kong's subway is deploying an autonomous fleet of mini-fridge-sized robots spraying a "vaporized hydrogen peroxide" (VHP) solution to disinfect trains and stations.

Story continues

"The first thing we do is use bleach water solutions to clean the environment. But there are still tiny gaps, a tiny area that is not easy to reach, therefore we keep on deep cleaning, keep on deep cleaning day in and day out.

- This may become a common sight at work, at the shops, or public transport. Disinfecting robots. According to the World Health Organization, traditional cleaning methods using humans and cleaning solutions are only 60% effective.

Across the world, new robot designs are quickly emerging in an attempt to make spaces safe again. This remote-controlled robot is equipped with a disinfecting vapor cannon. It can sanitize large areas inside and out and may help Britain get back to work after lockdown, according to its developers.

MARK TELFORD: It can be used in a variant of applications from inside of buildings such as this, external, shopping centers, churches. It can be operated from 100 meters away. It could go inside of a building and disinfect the inside of different rooms inside of a building while the operator sits in a car outside.

- Another method is using UV light to sanitize objects and spaces, like this robot that's being deployed in malls in Singapore. Instead of spraying chemicals, the Sunburst UV Disinfecting Mobile Robot relies on its ultraviolet C lamps to sterilize surfaces, hard-to-reach crevices, and even the air.

UV disinfecting robots are being put on the frontlines elsewhere across the world as well, like this one in a Boston food warehouse or in Buenos Aires. Argentinean firm UV Robotics says, while a human can't cover every millimeter of a space that needs sterilization, the UV robot can and has a disinfection rate of more than 99%.

Over in Asia, Hong Kong International Airport is deploying 12 cleaning robots, which emit ultraviolet rays, spray disinfectant, and clean floors. The technology was first used on chartered flights that brought residents back to Hong Kong for lockdown.

STEPHEN YIU: [INAUDIBLE] We have been doing this in the last one or two months and prepare for the resumption of the passenger and flight, where we hope that they will all come back here in June.

- And underground, Hong Kong's subway is deploying an autonomous fleet of mini-fridge-sized robots spraying a "vaporized hydrogen peroxide solution" to disinfect trains and stations.

TONY LEE: The first thing we do is use 1-to-49 bleach solutions to clean the environments. But there are still a tiny gap, a tiny area that is not easy to reach. Therefore, we keep on deep cleaning, keep on deep cleaning day in and day out.

With this hydrogen peroxide robot, we are able to have 100% sure by spraying the hydrogen mist that we normally, in the past, they used in the hospital, in the lab to have a deep disinfection.

Link:

Robots At Work: Call the 'germbusters' - Yahoo News

Robots will help us manage Covid-19, but not in the way we think – swissinfo.ch

Posted on July 11, 2020 by Danzig

Brad Nelson, a robotics professor in Switzerland, had been planning to install a robotic catheter system in China at one of the worlds largest hospitals when the Covid-19 crisis hit.

Jessica covers the good, the bad, and the ugly when it comes to big global companies and their impact in Switzerland and abroad. Shes always looking for a Swiss connection with her native San Francisco and will happily discuss why her hometown has produced some of the greatest innovations but cant seem to solve its housing crisis.

Julie worked as a radio reporter for BBC and independent radio all over the UK before joining swissinfo.ch's predecessor, Swiss Radio International, as a producer. After attending film school, Julie worked as an independent filmmaker before coming to swissinfo.ch in 2001.

Soon after, Nelson and his team at the federal technology institute ETH realised that the robotic catheters designed to protect surgeons from harmful x-rays during brain operations had unintended benefits against the novel coronavirus.

We discovered that using remote robotic systems that allowthe surgeon to perform procedures outside the operating roomcould also prevent the transmission of Covid-19, Nelson told swissinfo.ch.

Surgical robots have been around for decades to perform minimally invasive surgeries that can help patients recover faster. Similarly, industrial robots have been assembling cars in factories for years.

But amid the pandemic, robots could bring back some sense of normalcy by doing essential tasks that have become too risky for humans, and relieve us from other, much more mundane chores.

It became clear very early on that the reason to have robotics in the first place is exactly because of situations like Covid-19. This has put even more focus on the types of robots and services we can provide, Peter Fankhauser, CEO of theSwiss start-up ANYbotics, told swissinfo.ch.

His company is one of many catering to humanitys new need for robotic help. The Robotics for Infectious Diseases, a new consortium of roboticists addressing Covid-19, found reports of more than 150 ways robots are being used in Covid-19.

In different countries, disinfecting robots with UV lights have been sweeping through hallways inhospitals and schools, four-legged robots have been delivering packages to doorsteps, and robotic dogs have been spotted monitoring social distancing in parks.

The pandemic arrived at a time of huge advances in the robotics field with the rise of AI and machine learning.

In Switzerland, the field has been booming. Researchers and start-ups like Sensars and MyoSwiss are developing wearable or prosthetic robots. Flying robots like Dronistics can undertake rescue missions. Educational robots are teaching computational thinking and engineering.

When the pandemic spread, Dario Floreano, who heads the National Centre of Competence in Research Robotics, and colleagues gathered to think about ways Swiss researchers could contribute to tackling the global scourge.

We could develop a lot of technology solutions, but the last thing people need is to figure out a new technology, he said. What we need is to figure out how to apply the ones we have. It wasnt the time to send experimental prototypes into the field.

Some of these reservations to push robotics too hard stemmed in part from some of the misconceptions about where robots can really make a difference and where theyre mere gimmicky hype.

Earlier this year, the Idiap Research Institute in Martigny in Canton Valais showed off a robot that makes raclette cheese at the Consumer Electronics Show in Las Vegas.

It grabbed attention, but the intention was never to replace the person who makes the raclette, said Sylvain Calinon, the team leader. It started as a joke. Living in the Valais, I know that a robot can never replace that special interaction you have with the person who makes your raclette.

But the point was to start a conversation about the technology that is powering the robot in a way that was easy for people to understand. As the cheese melts and is scraped off onto a plate, the robot must adapt to the changing weight and shape of the cheese. The robot is programmed to learn from demonstration whereby a person guides the robot by hand, or the robot observes a persons gestures, and then imitates them.

The technology could be applied to many areas such as getting dressed.

The Idiap team has been working on such a use case as part of I-Dress, a project that uses robot assistants to help someone dress, including health care workers, who have to limit physical contact with garments to avoid contamination.

The robot has to adapt to the needs of an elderly person, which are different than a young person who was injured in a sports accident, Calinon explained during a visit to the research institute.

ANYbotics' four-legged walking robots have been used for routine inspections and to solve maintenance problems in industries such as offshore and onshore energy, chemical production and construction sites.

Since the Covid-19 outbreak, it has been receiving requests for their four-legged robots to disinfect spaces in public buildings such as schools and hospitals that have stairwells.

There, previously harmless tasks carry serious health risks. This makes autonomous robots designed for places too dangerous for humans more reliable, and cost-effective.

Routine inspection in industrial environments continues to be our focus but the sky is the limit in terms of applications, Fankhauser said. The company is also working on using the robot for delivery services for packages from warehouses to customers homes in difficult to reach areas.

Demand for such services has been given a boost by the rise in use of teleconference and telepresence during the pandemic. The initial impetus for building teleoperating functionality wasto keep surgeons safe and out of warzones. This eventually led to the creation of the Da Vinci surgical system that is used in more than 60 countries.

About a decade ago, there was some effort to make telepresence robots that essentially move around, monitoring patients and allowing them to talk to their family. However, the idea hadnt really taken off until Covid-19 said Nelson.

With the pandemic, this changed. In Italy, robots named Tommy have been doing the rounds with nurses to help take patients blood pressure and check oxygen levels.

Despite the potential, experts warn that developing robots exclusively for the purpose of tackling the pandemic is the wrong approach. The robotics industry learned this lesson during the Ebola outbreak when the United States government and the US National Science Foundation discussed ways robotics could help stop the transmission.

As the pandemic waned, the ideas became less interesting and didnt get any traction, Nelson said. But Covid-19 is different as it has restricted daily activities much more, opening the door for robots.

Another challenge is finding investors other than governments. The economic downturn has already complicated financing for robotics start-ups as investors focus on keeping existing companies afloat.

This is one of the reasons Calinons team is prioritising flexibility both in the back-end programming and its robots range of use.

We dont want to put all of our efforts in one specific application, he said. Maybe tomorrow there is another problem, but something completely different.

What is challenging, Calinon said, is that there is an immediate widespread need. When something is at the stage of a research project, usually it's quite complicated to move it to the terrain in the same week or the same month.

It took 15 or so years for the Roomba vacuum cleaning robots to come on the market. The development timeframes has shortened to five to seven years in many cases, but robots still require lengthy testing and safety inspections before they are ready for use, especially when they have to interact with humans.

Robotics perhaps more than many other fields has had to fight back images of robots that are out of control. One malfunction in a hospital or a school could have lasting consequences for peoples acceptance of robots.

For start-ups, accidents can be disastrous from a business perspective, said Floreano. They are just starting to grow their business so it can be difficult to absorb the blow.

The robotics industry also has to contend with concerns about making some jobs obsolete at a time when unemployment is skyrocketing in many countries, including Switzerland.

In a recent op-ed, J. Jesse Ramrez at the University of St Gallen argued that robots have not actually saved us in this pandemic because they can't truly replace essential human labor.

The pandemic has underscored how important essential workers are, many of whom have been underpaid and undervalued for a long time, he said. He is suspicious of the idea that our problems afford a technical fix.

Id like to see the people who do the work leading discussions about if and how their work can or should be automated, said Ramrez.

Robot experts dismiss fears of mass unemployment from robots. Fankhauser said that people often ask him when they would see robots on the streets or delivering food. But he didnt think that was the way robotics would evolve anytime soon.

I think it's going to be much more that someday you'll have ten robots in the sewage systems in Zurich instead of having people down there, he said. They are going to be out of sight a lot of the time.

He admits that there is also more apprehension about robots everyday life in Switzerland than in countries like Japan. He tries to describe robots more like smart tools and to be transparent about what they can and cant do.

Some experiences and interactions in life are irreplaceably human. Using robots might have benefits from an infectious disease standpoint but humans need physical contact.

We need touch. We have that sensitivity to touch and feeling, that tells us how we can expect someone to behave, Nelson said. To encode that in a machine is challenging for engineers.

Originally posted here:

Robots will help us manage Covid-19, but not in the way we think - swissinfo.ch

Select Page ::

Futurist Transhuman News Blog

Monthly Archives: July 2020

Artificial Intelligence Robots Market is Anticipated to Cross US$ 15 Billion By 2025 MRE Analysis – Cole of Duty

Charting the Role of Artificial Intelligence in Shipping – BBN Times

Artificial Intelligence in Education System Market: Revenue Growth and Applications Insights till 2030 – Cole of Duty

4 mysterious objects spotted in deep space are unlike anything ever seen – Livescience.com

3 takes on dealing with uncertainty Harvard Gazette – Harvard Gazette

Correlation Between Bitcoin Price and Stocks Reaches a New All-Time High – Cointelegraph

I’m a Syrian Refugee. This Is How Bitcoin Changed My Life – CoinDesk – CoinDesk

Bitcoin giveaways, other scams pull in $24 million so far this year – Decrypt

The Secret Service on tracking Bitcoin and cybercrime – Decrypt

This street mural is pulling in $100 in Bitcoin per day in donations – Decrypt

ModiHost’s Token Is Live on HitBTC, the Leading European Bitcoin Exchange | Press release – Bitcoin News

Demand for VCI Packaging to Experience a Significant Dip in 2020, Influenced by COVID-19 Pandemic – 3rd Watch News

Automated Inspection Systems Market 2020 Projections, Growth Opportunities, Trends, Companies Strategies and Forecast 2026 | Olympus, AbeTech, Arnold…

Industrial Thermostat Market 2020 Top-Companies Offerings, Trends, Segmented Analysis and Forecast by 2026 | Thermo, Weiss, Shel Lab – 3rd Watch News

Automated Chemisorption Analyzers Market 2020 Projections, Growth Opportunities, Trends, Companies Strategies and Forecast 2026 | Micromeritics…

What’s the Difference Between Automation and Robotics?

Open Robotics

Time to Build Robots for Humans, Not to Replace – ReadWrite

Robots At Work: Call the ‘germbusters’ – Yahoo News

Robots will help us manage Covid-19, but not in the way we think – swissinfo.ch