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The world is becoming a technology crystal ball. The internet is bound to everything, including our homes, schools and workplaces. It also connects us all to the restaurants we love to eat every weekend.

Artificial Intelligence (AI), the Internet of Things, and other technologies allow us to see smart tools and automation technologies almost every day. AI facilitates us at home, and it also helps healthcare workers do their jobs.

Smart devices were installed in ambulances and hospitals, and healthcare workers used these technologies.

Technology Needs to Peak With COVID

The pandemic struck us hard. These technologies were needed most acutely during the coronavirus. Frontline workers must be able to assist patients without compromising their social isolation or health.

By default, AI is the top choice. AI can be used to select better vaccine options, but IoT, specifically the Internet of Medical Things, offers better ways to aid and treat patients.

We are currently studying the impact of COVID-19 and how AI and IoT can facilitate the healthcare industry.

You can also see Artificial Intelligence is Neutral Technology: How Social Media Can Help Healthcare

The impact of Coronavirus on us, technology

Coronavirus was a complete stop in an ever-changing world. It took millions of lives worldwide, but it also opened the door to new healthcare technologies.

COVID established a new standard of social distancing and gadgets were created to assist authorities in monitoring it. Corona Virus brought to light the controversy surrounding anti-maskers.

Every store has a different opinion on the freedom to not wear a mask when customers are anti-masker. AI and computer vision are now able to create devices that can stop anti-masker customers without arguing. AI allowed us to have digital access, even though we were unable to access the rest of the world due to the pandemic.

Broad Reach of COVIDs

This novel virus had a lasting impact on every corner. It also brought about a new technology. These technologies were indirectly used to help the healthcare industry combat the coronavirus. These technologies do not only provide indirect assistance.

We are now open to the possibility that other pandemics could occur in the future. It also set us on a path that allowed us to use technology in healthcare more often than ever before. AI is used by healthcare workers and hospitals to diagnose a disease or administer dosages.

Technology is affecting COVID-19, but it can also be the reverse.

AI helps to fight Coronavirus

AI and IoT have proven to be intelligent solutions to the pandemic since the beginning of COVID-19.

AI aids frontliner in combating coronavirus by introducing new devices and using existing inventions. Many researchers also came up with innovative solutions to combat COVID.

Healthcare uses a variety of AI-powered devices and solutions to monitor, diagnose, and treat patients. They also transport aid, enable social distancing, provide financial services, and can even be used for diagnosis and treatment.

Six examples of AI’s many applications are shown below. They are helping healthcare workers fight COVID-19.

1. Social Distancing Solutions

Despite the huge death toll from the coronavirus, there are still people who don’t follow social distancing guidelines. Although it may not seem like an issue for healthcare workers but the increase in COVID cases is a result of social distancing laws being broken. This is why managing this issue is an important weapon in the fight against COVID-19.

Also read: 5 Best Resource Capacity Planning Tools for Teams

2. Automated Initial Test

Healthcare workers can benefit from IoT by automating initial COVID testing. Researchers have been working hard to find ways to speed up test results since the beginning of the pandemic. There are many automated tests available, including predictive pathology and lung scan testing.

These AI solutions can quickly test for COVID and reduce the chance of healthcare workers contracting the disease. This technology allows healthcare professionals around the world to test COVID faster and with fewer cases, without putting lives at risk.

3. Fast Diagnosis and Safer Treatment

Also read: Top 5 Automation Tools to Streamline Workflows for Busy IT Teams

4. Automation in the Medicine Supply Chain

The healthcare industry also faces the challenge of managing its supplies manually. COVID-19 caused a shortage of medical equipment due to an increase in its use. There was no global monitoring of the supply of medical equipment.

Black-market looters were also a problem. IoT/AI once more proved to be the best solution as automation became a necessity in supply and supply chain management. Predictive analytics and optimization of healthcare supply chain costs gave control over existing equipment and enabled the healthcare industry to automate the ordering process.

5. AI to Vaccine Solutions

AI goes beyond automation. It can be used in nearly every field of prediction. AI offers pioneering solutions for predictive analysis, including the ability to predict weather and human behavior. It can be used in the same way that AI is used to predict people’s behavior via social media.

AI-based predictive analytics can be used to create and perfect vaccines not only for COVID-19, but also for any future pandemic. This requires years of research but can lead to a path for treatment of a large number of diseases.

6. Predicting and Governing Virus Status

Also read: The 15 Best E-Commerce Marketing Tools


COVID-19 had a major impact on our lives but also gave us the ability to be proactive and ready for similar problems in the future. We have made our tools and technologies compatible with these issues and are now able to adapt to them. Just as COVID has an impact on technologies, IoT and AI are helping to fight this pandemic.

COVID-19 has imposed many challenges on the healthcare industry. But it is not just the healthcare industry that must face them. Everything was affected by the pandemic, from education to businesses. Similar to AI and IoT helping healthcare, AI and IoT also help other fields.

AI-based solutions form the foundation and part of almost every future technology. Algoscale assists industries in incorporating these AI solutions into their business models. Algoscale provides AI solutions for startups and enterprises, from prediction to automation.

We hope you found this article useful. Algoscale strives to provide you with knowledge on a wide range of subjects. Keep reading to learn more and keep up-to-date. Happy Learning!

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The Coronavirus Doesn’t Care About Your Long Weekend Plans

It has been a frustrating couple of months to say the least. Social distancing has kept us stuck in our homes and away from our work, our schools, and of course our social lives and time with family. #Stayhome has become passé, and the warming weather and extra sunshine has rekindled fond memories of summers past—especially with the extended weekend ahead of us.

Memorial Day has long been the unofficial start to summer, and if there was ever a time where we needed a reason to celebrate the start of watermelon-eating, pool-partying, and beach-going season it would be right now.

We’re ready to get out there; unfortunately, the coronavirus is waiting. Lately, I’ve been trying to remind myself that social distancing is a marathon not a sprint. And the finish line is not Memorial Day Weekend.

So, as you gear up for the holiday weekend ahead, here are all the reminders you need to maintain social distancing—and still enjoy yourself.

The coronavirus has not disappeared. In fact, it’s still rising in many states.

Places like New York City, which were once viral hotspots, have seen a dramatic decline in cases. But the Big Apple is not a microcosm for the rest of the country. In fact, as we reported this week, COVID-19 cases are still rising in many states. A chunk of them haven’t even gotten over their initial waves. In spite of all this, regions of the US are reopening parts of their economy (including those that still have rising cases).

We know from past experience what could happen if we break social distancing

Many comparisons have been made between the 1918 influenza pandemic and our current SARS-CoV-2 pandemic, but this one warrants a reminder: On September 28, 1918, when cases were just starting to climb, Philadelphia went ahead with its Liberty Loan war-bonds parade anyway. Flu cases spiked just a few days later, and despite invoking social distancing measures immediately afterward, the city still ended up with one of the deadliest outbreaks in America.

While it might be tempting to bend the rules given that we’ve already been social distancing since at least mid-March, and we aren’t about to have giant, city-wide Memorial Day parades, even random acts of breaking social distancing can accumulate and ignite an uptick in cases. It’s far better to err on the side of caution.

As long as you practice social distancing, spending time outdoors is a low-risk way to spend your long weekend.

While many events have indeed been canceled, no one is cancelling walking outdoors. In fact, scientists and public health officials have maintained that with proper social distancing, the risk of catching COVID-19 from being outside is very low. Recent reports, including one from the CDC state that coronavirus is mostly transferred from close contact with infected people, especially in enclosed spaces with little air flow.

That all means that spending the weekend social distancing outside is a great low-risk way to spend your time.

We can do hard things

This week, The New York Times ran a story about what we can learn about social distancing from endurance athletes. As a marathoner myself, this struck a chord with me. Two key factors, pacing and patience, are key. During endurance events, studies show that our minds tell us to stop far before we actually run out of energy. The same can be said for social distancing: we aren’t out of fuel yet.

Updated: Bu Moves All Classes Online Due To Coronavirus—Questions And Answers

New: Will BU be offering housing and dining refunds due to the COVID-19 situation?

It means that staying away from campus is the best and preferred course of action from a public health and safety perspective. But in the end, the choice to stay away or return, if personal circumstances make staying away impractical or difficult, is up to individuals.

New: For individuals returning or arriving from abroad, is there a required prohibition period from campus?

What about classes that have a lab component?

Faculty have the discretion and flexibility to work with their students to find a way to complete their lab requirements.

New: Will nonacademic buildings and facilities, such as FitRec, parking garages, Mugar Memorial Library, remain open?

The plan is to keep some BU facilities open. FitRec will be closed for personal fitness and recreation from March 16 until April 13. All recreation programs and activities that cannot be offered online will be cancelled during this period. Students enrolled in Physical Education (PDP) courses will be emailed instructions for course participation during this period as well. Please find additional information here. All parking lots and garages will remain open, with regular hours. The GSU Food Hall will be open, although hours and food options may be adjusted. You can view the adjusted schedule for BU Libraries from March 16 to April 13 here.

New: Are BU Study Abroad programs being canceled or moved online as well?  

BU Study Abroad is closely monitoring the situation and is in regular communication with BU staff in-country on an ongoing basis, as well as with students, parents, and partner institutions. These efforts are part of the University’s criteria for assessing whether to continue or cancel a scheduled program, which include several critical factors, including Presidential Proclamations from the White House, guidance from the US Department of State, the CDC, local health agencies in-country, and impacts on individual health and well-being. For instance, spring programs in China and South Korea have been canceled, as well as the residential portions of our programs in Denmark, France, Germany, Italy, Spain, and Switzerland. For questions about other specific study abroad programs, contact [email protected].

New: What’s happening with BU athletics?

Are all events canceled across campus?

The University is strongly encouraging outside groups who have scheduled events on the BU campus to cancel or postpone them. All BU-sponsored events are canceled.

Does this also impact general large gatherings that were organized?

Yes. The University will not hold any nonacademic large gatherings or meetings; only meetings with a research purpose and fewer than 10 participants will be permitted.

Is this change to online learning for both undergraduate and graduate courses?

“We are developing and will shortly distribute a set of Guidelines for Semester Completion to help faculty and staff think through how to ensure students are able to complete all their scheduled coursework this semester,” the letter from Brown and Morrison says.

What about international students in F-1 status or students in the J-1 Exchange Visitor program?

The F-1 Visa program normally does not allow students to remain in the United States if they are doing online education. In light of the virus, however, the government is providing flexibility so students with F-1 Visas will be able to switch to online learning temporarily. J-1 students in the Exchange Visitor program will also be able to transition to online coursework temporarily. Contact the ISSO at [email protected] with specific questions regarding your visa status.

What is the University saying about travel during the coronavirus crisis?

If faculty are being asked to teach remotely, and students are being asked to learn remotely, do other BU employees still need to come to work?

How should research labs prepare for the impact of COVID-19?

The Office of Research has created a website to provide the BU research community with information related to the coronavirus outbreak. For now, research activities should continue—however, labs should plan for reduced workforce due to illness. Labs should also anticipate a shortage of lab supplies, including personal protective equipment (PPE), and should limit the number of personnel entering lab areas requiring donning and doffing of PPE (masks, gowns, face shields, etc.) to those necessary for tending to critical lab functions. Anyone with specific questions about their lab roles should reach out to their PI; if PIs have questions, they should consult with their department chair or dean, and then the Office of Research.

New: If students have health questions, what should they do?

Students should contact Student Health Services by following these instructions to send a message to a nurse.

What should a sick employee do?

New: Will the BU Shuttle (BUS) continue to run?

If faculty or staff have questions about remote learning and technology or about working from home, who should they contact?

What if an individual department isn’t sure of what next steps to take?

Managers are encouraged to meet with their staff and to assess what work and services must be done on campus and what can be done remotely. The University’s Emergency Preparedness Office can also assist managers with this review and assessment. Rene Fielding, director of emergency management, is available for assistance at 617-353-7556 or at [email protected].

We’re Still Not Sure Where The Novel Coronavirus Really Came From

Known as 2023-novel coronavirus (2024-nCoV), the disease seems to have started in the central Chinese city of Wuhan, which is now on lockdown. Five cases have been confirmed in the United States so far, along with patients in 15 other countries besides China.

Understanding a disease’s origin story is important, both because it helps epidemiologists track and prevent its spread and because a virus’s genetic makeup can inform the design of vaccines and treatments. The details of a contagion’s provenance can also help policymakers figure out how to prevent future outbreaks.

But researchers are a long way from knowing where 2023-nCoV really came from, said Nancy Messonier, director of the National Center for Immunization and Respiratory Diseases, at a press briefing on Monday.

Sequencing the disease’s genome and comparing it to other strains of coronavirus—such as Severe Acute Respiratory Syndrome (SARS), Middle Eastern Respiratory Syndrome (MERS), and even diseases that only affect non-human animals—has yielded a solid lead, Messonier said: It looks like it may be somewhat similar to a bat coronavirus.

Bats are believed to have been the source of both SARS and MERS. They “have an unusual immune system that can tolerate many different viruses without harm,” including rabies and coronaviruses, says Gregory Gray, an infectious disease epidemiologist at Duke University. And their ability to fly, he adds, brings them into contact with lots of other animals, which increases the likelihood a disease will evolve and spread.

In other words, their implication in the ongoing case is far from surprising. But even if bats are confirmed as the original culprit behind the contagion, their involvement won’t tell us exactly how 2023-nCoV got from them to us.

Epidemiological research—tracking down infected people and piecing together where they might have picked up the virus—can yield complementary insights. “Ideally, you want to ask questions of the people who were ill and find out what their common exposure was,” Gray says.

Early reporting on 2023-nCoV suggested that many cases had connections to the Huanan Seafood Market in Wuhan city. On Monday, Chinese state media reported that 585 samples taken at the market yielded 33 positive matches for the coronavirus’s DNA—31 of them in the area that sold undomesticated creatures like beavers and snakes. “The results suggest that the novel coronavirus outbreak is highly relevant to the trading of wild animals,” state media outlet Xinhua reported.

But outside research into the illness suggests that the disease may not have come from the market after all—rather, it may have come into the market. Speaking to Science, Georgetown University infectious disease specialist Daniel Lucey noted that since the virus seems to have an incubation period of up to 14 days and the first reported case emerged on Dec 1, it’s possible the initial human infection took place in November. And since the virus presents only cold-like symptoms in many individuals, Patient Zero—whoever they are—could have spread it to others long before health officials knew what to look for. That means it could have infected humans before even making it to the market under scrutiny.

In an interview published by the Infectious Disease Society of America’s global health blog, Lucey called for scientists to look beyond the Huanan Seafood Market and test animals and humans involved in the “supply chain of infected animals.” Animal-to-person transmission of the virus could have occurred “in one or more multiple markets, or restaurants, or farms, or with wild animals, legal or illegal trade,” he said.

“I think there’s a lot more to be done in terms of both the genetic sequencing, as well as the analysis of the epidemiological investigation, before we’re all going to be confident that we know how this started,” Messonier says.

The widely reported story about the disease’s origin in the seafood market echoes what happened with SARS in 2003, says Brown University medical anthropologist Katherine Mason. Many blamed that disease, which ultimately killed 774 people, on civet cats from another wet market. Later research traced the infection back further, showing it had initially jumped to civet cats from bats. The disease didn’t start with the civet cats—they were just a step along the way. To really understand a pathogen’s provenance and evolution, you have to look more closely.

The origins of 2023-nCoV remain mysterious, but Huanan—or other wet markets—may well have helped its spread. “It is certainly possible that this virus has been circulating in humans prior to early December,” says Columbia University epidemiologist Ian Lipkin. “But there is no question that this virus moved into humans from an animal source,” he says. And with their mix of wild and domesticated animals, he adds, wet markets “are risks to public health.”

But these locations aren’t alone in their ability to help spread disease; other habits that seem less exotic to those in the United States, like farming pigs and traveling internationally, can play a crucial role in enabling outbreaks. Even industrialized food chains in the United States spread food-borne bacterial contagions in everything from lettuce to ground beef with dangerous frequency. The picture of where disease comes from is more complicated than one source, and 2023-nCoV is a tangled web we must still work to unravel.

Update: The headline of this story has been updated to reflect the pandemic nature of the novel coronavirus, SARS-CoV-2.

The Impact Of Ethical Hacking And Cloud Computing On Businesses

Countless companies of all sizes today are used to two popular practices of ethical hacking and cloud computing. They have existed throughout history but have become increasingly important in today’s technological and business world. Since the covid pandemic hit, cloud computing has reached its height as the pandemic demanded remote working culture from individuals to organizations.

Impact Of Cloud Computing On Businesses

Businesses can scale their needs whenever required through the cloud without worrying about buying extra infrastructure or storage capacity. They need to contact a service provider and adjust the subscription plan according to the demand. Cloud technology can also scale down the resources when the business market is low, leading to efficient utilization of resources by businesses.

A list of significant businesses having a considerable impact from the cloud is the Retail Industry, health care, financial services, manufacturing, etc. Cloud computing impacts e−commerce businesses by making retailing more comfortable, providing easy access to product data, and lowering customer prices. Cloud computing also has a way to go in ed−tech companies. Ed−tech companies are in the boom of the startup industry because the main issue any startups face is funding. However, the cloud platform provides deployment of ed−tech startups at a minimal cost. This way cloud’s impact on the ed−tech industry is also significant.

After all, any business stands in the market only if they find desired profits, and just by adopting the cloud, there is a lot of scope for cost−cutting. Companies also don’t need a physical presence at every client’s location with the cloud; hence, it promotes a broader reach of clients without needing significant capital investments.

Impact Of Ethical Hacking On Businesses

The more businesses enter the digital world, the bigger the threat from cybercriminals. There are several ways to protect your organization from malicious attacks. One of them is hackers who do good for your organization. Yes, the term hackers are not a strict negative term. There exist hackers who help you protect your security shied from cyber criminals. These hackers are called ethical hackers or white hat hackers.

Ethical hackers can help businesses to avoid many of the traditional cyber threats easily. Some include email phishing, denial of service, wifi attacks, etc. Ethical hackers in businesses also make employees aware of real hacking situations. Ethical hackers sometimes trick employees by sending phishing emails or keeping them in cyber attack circumstances. Through this, employees respond appropriately when facing a real cyber threat.

Cloud Computing And Ethical Hacking Together

Organizations that primarily depend on the cloud must hire ethical hackers to check on potential threats and take necessary precautions regularly. Ethical hackers sometimes use cloud technology to implement many tactics in finding malicious attacks. A few main concerns that ethical hackers should take care of in cloud computing are making sure access, and cloud authorization is tight, repairing broken cloud servers, and detecting threats before even entering the infrastructure. It is preferred that cloud servers should have a complete check by ethical hackers at least twice a year to prevent them from risks.

Ethical hackers also benefit from cloud computing. Surprisingly, Ethical hacking can use cloud computing to save cloud infrastructure. There is a concept that cloud security in cyber security purely talks about data safety across the internet and cloud. Hence, cloud computing and ethical hacking technologies take a good stand for businesses.


Cloud computing itself has security features in−built to some extent. But when managing the whole company in the cloud, we need to take additional care for data security. There are ways to secure data in the cloud, like encrypting data, enabling anti−virus software in the cloud, and encouraging role−based access. But a specified focus on the ethical hacking department of a company is required to customize the security shield at a higher level. This helps our organization in the long run too.

The Impact Of Artificial Intelligence On Sports Betting

Artificial Intelligence in Sports Betting

Artificial Intelligence (AI) has had a major impact on the sports betting industry in recent years. Through its powerful algorithms, AI can gain insights and identify patterns from betting data that were impossible to discover before. It can use this information to fine-tune strategies and make better predictions, often with more precision than experienced professionals. AI also allows for automated betting processes to become more efficient and faster, driving down costs associated with placing bets. With its potential for further impact in the future, artificial intelligence is sure to be an increasingly important consideration for all serious sports bettors.

How AI Is Being Used

AI enables bookmakers to detect patterns quickly and adjust their forecasts accordingly. By learning from past data, AI models help bookmakers create dynamic models that can identify small changes in conditions and have the capacity to predict a broader range of outcomes with greater accuracy. AI-driven algorithms use calculations like probability, regressions, and other statistical methods to predict a variety of results for different betting situations. This technique gives bookmakers heightened erudition into customer behaviors and creates automated systems that minimize losses while improving profits at the same time.

These are some of the types of AI techniques that are being used in the sports betting industry:

1. Machine Learning – This type of AI uses algorithms to identify patterns in data and make predictions about future outcomes.

2. Natural Language Processing (NLP) – NLP is used to process human language and extract meaning from text-based conversations, allowing for more accurate customer service interactions.

3. Predictive Analytics – Predictive analytics use historical data to predict future events with greater accuracy than traditional methods.

4. Neural Networks – Artificial neural networks are computer systems modeled on the structure of the human brain that can learn from experience and adapt as new information is presented to them over time.

5. Reinforcement Learning – This type of learning allows machines to learn through trial and error by rewarding successful actions while penalizing unsuccessful ones, helping them hone their decision-making skills over time without any direct supervision or instruction from a person or algorithm designer.

6. Deep Learning – Deep learning combines multiple layers of artificial neural networks to create complex models capable of making highly accurate predictions based on large datasets with minimal preprocessing required before training begins.

7. Expert Systems – Expert systems are computer programs designed to replicate the behavior of an expert in a particular domain by using rules derived from interviews with experts with a great deal of knowledge and experience in the field.

The Benefits

AI has numerous benefits for sports bettors and bookmakers alike. For punters, the benefit lies in improved accuracy in determining likely outcomes; with AI-driven algorithms that have been refined to take into account all variables, it’s possible to predict more precise results than ever before. This is especially beneficial when dealing with live betting markets, as AI can quickly take into account changes in the game’s conditions and provide an accurate prediction within minutes.

For bookmakers, AI offers cost savings on many levels. Automated betting processes reduce overhead costs while also providing insights that allow better decision-making from a business perspective. Additionally, AI allows bookmakers to personalize their offerings based on customer data and develop strategies that maximize their profits.

The Potential Implications of AI Conclusion

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