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How are Alexa, Siri and artificial intelligence (AI) impacting and intervening in dangerous situations in daily life? Thats an evolving issue that SUNY Oswego communication studies faculty member Jason Zenor continues to explore, including in an award-winning publication.

In If You See Something, Say Something: Can Artificial Intelligence Have a Duty to Report Dangerous Behavior in the Home, published in the Denver Law Review, Zenor recounted a 2017 incident where police reported a jealous man threatening his girlfriend at gunpoint unknowingly caused their Amazon Echos Alexa to call the police, leading to his arrest.

While the incident made national news - in part because of its relative rarity - Zenor noted it represents the tip of an iceberg for how AI evolves to interact with daily online activity.

You can find a few dozen stories over the last several years where Siri or Alexa save a life, such as with crime, accidents, heart attacks or the like, Zenor explained. In those situations the victim has their phone or in-home device set up to recognize Call 911 or emergency. This is a simple setting and most are now set up for this automatically.

Zenors publication, recognized as a top paper in the 2021 National Communication Association Conferences Freedom of Expression division, explored the trend further, and his research found that smartphones and in-home devices are not capable of enabling anything beyond direct requests to call 911. But artificial intelligence is at work behind the scenes in other situations.

Facebook and other tech companies can monitor things like bullying, hate speech and suicidal tendencies in online spaces through AI, Zenor noted. But it is still looking for certain words and will respond with pre-approved responses like hotline numbers. In-home AI and other devices are set up to listen when we want them to -- but it still needs certain prompts, though the language ability is getting better.

AI is not yet making a big difference in home safety - other than in-home audio and video, as after-the-fact evidence - because of the complicated nature of doing, while in fact, it is more likely right now that perpetrators will use apps to track and surveil their victims than it is that an AI will help a victim, although certainly not proactively, Zenor noted. But the field is making strides elsewhere.

Outside the home, predictive AI is being used in both health care and law enforcement, Zenor This is admirable in health care and similar to screenings that health care facilities now give to patients such as depression, drug abuse or safety in the home. But with both of these spheres, it is only predictive and we also run into issues of implicit bias programmed into AI leading to disparate treatment based on race, sexuality, income and other factors, and this is already happening in the justice system. Any time someone is reported it can lead to unnecessary involvement with law enforcement or mental health systems that changes the trajectory of someone's life. This can have grave consequences.

Related to that, these questions also take into account such legal issues as privacy, criminal procedure, duty to report and liability.

The first question that will need to be answered is what is the 'status' of our AI companions, Zenor explained. The courts are slowly giving more privacy protection to our connected devices. No longer can law enforcement simply just ask the tech companies for the data. But if AI advances to be more anthropomorphic and less of a piece of tech, then the question is what is the legal parallel? Is it law enforcement seizing our possessions -- as it does with phones and records -- or will the in-home AI be more like a neighbor or family member reporting us? The former invokes the Fourth Amendment, the latter does not, as committing a crime or harm is not protected by general privacy laws.

The other side of the coin involves proactive duties to report. Generally, people have no duty to report, Zenor said. The exception is certain relationships - such as teachers, doctors or parents - who would have a duty to report possible harms when it comes to those to whom they have a responsibility such as students, patients or children.

Liability issues could complicate the picture even further, and could lead to unexpected lawsuits for companies using AI.

Once you do act, then you do have a duty of due care, Zenor said. If you do not use due care and it leads to an injury, then there could be liability. So, companies may open themselves up to liability if they program AI to be able to respond and it goes wrong. Conversely, if the companies could program AI to do this and choose not to, then there will certainly be at a minimum PR issues, but I could see it turning into class action negligence cases when deaths do occur.

Like many issues related to evolution of technology, individuals and society have to consider trade-offs.

Ultimately, we have to consider how much more encroachment into our private lives we are willing to accept in exchange for protecting us from harm, Zenor noted. This is not a new question it arises everytime we have an advancement in technology. Ultimately, privacy is a social construction in the law -- what we as a society consider to be the boundaries. We seem to become more comfortable as time passes and technology natives see no issue while older generations think of it as gross violation.

As for the future of how and how often AI will intervene while attempting to provide help?

My best guess is that there will be incidents that make the news where AI saves a life and there will be public pressure to add more safety features to the technology, Zenor said. AI will advance enough that machines become companions like our pets so we will have a relationship with them that includes divulging private information that it could keep permanently. As it is today, we would expect that if our companion could save us, then they will try to many people own pets as a form of protection or as service pet. The big issue from this will be liability. I assume companies will seek out liability protections either through waivers in terms of agreement or through special legislation similar to 'good samaritan' laws.

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Digital assistants, artificial intelligence and the blurred lines of intervention - SUNY Oswego

AI is set to continue disrupting business operations, and increasingly drive value.

This article will explore how artificial intelligence is set to impact organisations in the future, gauging the insights of experts in the space.

Artificial intelligence (AI) is changing how businesses work and interact with their processes, products and people on both the employee and client side of operations. Gartner predicts the worldwide AI software market to reach $62 billion in 2022, an increase of over 20%. This digitisation is game-changing for companies in all sectors, as it underpins smarter, more streamlined and more cost-effective running of businesses, as well as driving more agile operations in todays disruptive climate.

With this in mind, we take a look at the possible future impact of artificial intelligence, as the technology continues to develop and infiltrate more business use cases.

Five AI predictions for 2022: from enterprise to everyday AI

Florian Douetteau, CEO of Dataiku, provides his five enterprise and everyday AI predictions for 2022. Read here

Organisations of all sizes, across multiple sectors, look set to continue deploying AI as part of their business strategy. By taking a step back and applying a joined-up, strategic approach to implementing AI-enhanced technologies such as intelligent automation, leaders can derive clear business benefits, including but not limited to improved customer service, increased competitiveness, greater productivity, and a more satisfied workforce.

Eric Tyree, head of research and AI at Blue Prism, explained: Whether its cutting customer wait times in financial services, enabling a more resilient and agile supply chain, or improving patient care by minimising manual admin work, intelligent automation can be the key driver in achieving strategic corporate initiatives.

Being ahead of the curve in this respect will have a significant impact on an organisations competitiveness within the market.

With AI-powered technologies in place to improve processes and transformation, organisations can then re-imagine how they operate, using a digital-first mindset. This, in turn, will allow staff to focus on more purposeful duties, including those focusing on customer service, and less on administrative functions.

Tyree continued: Relatively speaking, intelligent automation technology is the easy part of process improvement and transformation. Intelligent automation makes the implementation of operational reimagination much simpler and is having a huge impact on the way businesses are looking at their workforce, ways of working and capability to enact change that has strategic value to the business.

The capabilities digital robots possess lets the technology do the heavy lifting, allowing employees the capacity to take on more meaningful and complex work. The emphasis becomes a shift of human capital towards revenue generating or customer-centric activity, which gives way to enhanced capacity, more fulfilling work for staff, and more agility and scalability of resource across the entire organisation.

As more businesses make the commitment to AI and other transformative technologies, we will see this impact more and more organisations for the better across the globe.

In todays fast-paced digital and commercial world, organisations rely on networks to operate day-to-day. However, to deploy the networking services needed to meet the demands of this new hybrid working world will now need a network that utilises artificial intelligence and other autonomous capabilities.

Automation itself, and the idea that technologies can be self-provisioning, self-diagnosing, and self-healing, has existed for some time, explained John Morrison, senior vice-president of international markets at Extreme Networks.

But, thanks to advances in Artificial Intelligence (AI), autonomous networks are now becoming a reality. An autonomous network runs with minimal to no human intervention by configuring, monitoring, and maintaining itself independently. AI is now having a significant impact on businesses by replacing restrictive, error-prone networks and relieving overburdened IT teams tasked with finding and fixing problems instead of empowering and enabling people and connections.

Everyone can benefit from autonomous networks, driven by AI. For healthcare institutions, such networks have the ability to, for example, connect a medivac chopper to the doctors on the helipad or monitor the IV pumps that keep a patient alive. And for schools, a connected classroom can be created to help children overcome learning challenges through supportive software or monitor attendance to proactively keep at-risk students engaged in education.

Understanding your automation journey

Ravi Dirckze, technical product manager at HelpSystems, explains the need for businesses to understand their automation journey. Read here

On the customer side of things, users of digital services have been benefitting from AI deployments, which are proving to make engagement more efficient. While still relatively early in its development, artificial intelligence looks set to support bolstered personalisation and customisation over time.

As we enter the new metaverse era, we will only have access to increasing data points, meaning well be able to use AI more efficiently to create tailored experiences for customers, said Maja Schaefer, CEO and founder of Zowie.

In the future, our experiences with a brand will always be customised. For instance, when you enter a supermarket in the metaverse, the shelves will be stacked differently for others.

AI is already driving better online recommendations and targeted ads. In the future, it will go beyond and impact interactions as well. Over the last few years we have seen more and more practical applications of AI technology, and in the coming years, it will become widespread. As AI becomes part of our everyday life, its important to remember and care for privacy. Data being processed should always be anonymised and used only for specific purposes.

As AI continues to develop over the coming years, it will disrupt more operations across more sectors, leading to increased efficiency and decreased strain on workers going forward. The biggest impact from AI is set to come from those companies that can move their models into production most efficiently, and find ways to integrate those models best with their existing business processes.

Alex Housley, CEO and founder of Seldon, commented: The highest transformational potential for AI likely lies in healthcare; despite currently sitting at a 36% adoption rate, healthcare applications such as improved diagnostics or protein folding can deliver exceptional social and economic returns.

Were also beginning to see other industries like construction and logistics leverage ML models to optimise their services. For example, the construction industry is using ML to increase the accuracy of estimates when planning projects and improve safety by detecting potential risks on-site to prevent accidents.

Were also seeing AI perform better, owing to improvements in how developers create models, alongside the ability for us to compress models and run them on edge hardware allowing a greater variety of applications. AI is also becoming more accessible due to technologies like AI marketplaces, AI maker/teacher kits, and low-code/no-code AI platforms.

All in all, these improvements dramatically improved AIs use in industry, with nearly one in three enterprises having a model production by the end of 2021.

Manufacturing will see great potential for innovation, through an emerging framework called machine health. This capability uses the Internet of Things (IoT) and AI to predict and prevent industrial machine failures, and improve machine performance, via analytics.

Saar Yoskovitz, CEO and co-founder of Augury, expanded on how this is set to impact manufacturing operations in the future: AI is spearheading the fourth industrial revolution alongside technologies like automation and IoT capabilities.

Manufacturing is one of the industries already seeing a great benefit as AI is used to provide greater visibility into the processes, efficiency and capacity of these businesses. A key example is machine health a solution driven by AI to provide predictive analytics on critical and supporting equipment within manufacturing plants.

Sensors capture vibration, temperature and magnetic data from industrial machines, AI diagnoses machine issues based on that data and input from human reliability experts, explains what caused them and prescribes courses of action.

The impact of this AI use case is huge. When a critical machine fails, an entire production line grinds to a halt and that has serious upstream and downstream effects on entire supply chains. Machine health, therefore, allows manufacturers to strengthen their resilience against supply chain issues, or global events that impact production.

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The future impact of artificial intelligence - Information Age

In three previous blog posts, we have discussed recent inventorship issues surrounding Artificial Intelligence (AI) and its implications for life sciences innovations focusing specifically on scientist Stephen Thalers attempt to obtain a patent for an invention created by his AI system called DABUS (Device for Autonomus Bootstrapping of Unified Sentence). Most recently, we considered Thalers appeal of the September 3, 2021 decision out of the Eastern District of Virginia, which ruled that under the Patent Act, an AI machine cannot qualify as an inventor. Continuing this series, we now consider the USPTOs recently filed opposition to Thalers appeal.

In its opposition brief, the USPTO argued that under the plain language Congress chose to incorporate in the Patent Act, only a human being can be considered an inventor. The USPTO first noted that the definitions of inventor and joint inventor under the Patent Act both unequivocally refer only to an individual or individuals. For example, inventor is defined under the Act as the individual or, if a joint invention, the individuals collectively who invented or discovered the subject matter of the invention.

While the Patent Act does not explicitly define the term individual, the USPTO argued that in other instances where the term is not explicitly defined, courts have interpreted Congresss use of the term individual in a given statute as denoting a human being, as opposed to other things. The USPTO provided the example of Mohamad v. Palestinian Auth., a 2012 case in which the Supreme Court evaluated whether Congresss use of the term individual in the Torture Victim Protection Act (TVPA) could be construed to include an organization. There, the Court quoted from several well-known dictionaries and considered the use of the term in everyday parlance, to determine that the ordinary meaning of the term individual refers only to a human being or natural person. The Court in Mohamad also referred to the Dictionary Act, 1 U.S.C. 1, which provides that the legislative use of the term individual denotes something separate and apart from non-human beings.

The USPTO argued that the Supreme Courts analysis in Mohamad is equally applicable to the Patent Act as it is to the TVPA. For example, the term individual is used in the Patent Act as a noun, just as it is in the TVPA. And, according to the USPTO, just as the Mohamad Court recognized no onerefers in normal parlance to an organization as an individual, it is equally true that no one refers in normal parlance to a machine or collection of source code as an individual. Further, the USPTO pointed out that the Dictionary Act applies not only to the TVPA, but to all congressional enactments including the Patent Act.

Though the Supreme Courts opinion in Mohamad acknowledges that Congress is free to give the term individual a broader or different meaning, such broader construction by a court requires some affirmative indication [that Congress] intended such a result. Here, the USPTO argues that Thaler has never pointed to any textual evidence that Congress intended a broader meaning for the term. The USPTO argues that Thaler has only put forth non-textual policy arguments. For example, Thaler argues that denying inventorship to AI would place the United States behind other countries [that] are promoting the progress of science, and would amount to adopt[ing] luddism. However, according to the USPTO, these policy considerations cannot overcome the plain meaning of the text.

We will continue to monitor this appeal, as it has important implications for life sciences companies employing AI technologies, particularly given the low probability that Congress will act on this issue in the short term.

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Update on Artificial Intelligence: USPTO Urges Federal Circuit to Affirm Decision That AI Cannot Qualify as an Inventor - JD Supra

6 Ways Data Science and Artificial Intelligence is Driving Innovation to Help the Environment

Data science is preparing data for analysis. Artificial Intelligence (AI) is the implementation of a predictive model to forecast future events and helps computers or machines or robots controlled by computers to work as an alternative to humans.

With Data Science and AI becoming a transformative phenomenon for businesses and consumers, its vital to how it impacts the environment and embraces the challenges confronted in an increasingly populated, polluted and competitive world. The global AI and data science market is estimated to value more than $309 billion and $230 billion respectively. The technological advancements and initiatives in this field could have a significant impact on the environment.

Electric vehicles are good for the environment. They generate lesser greenhouse gases and cause less pollution. It is true even if we account for the electricity required to use them. Unmanned or automated driving, studying driver behaviour patterns, GPS navigation systems are some advancements where AI is playing a key role in the EV Industry. The implementation of AI in improving EVs, facilitating EV charging stations, and EV integration with the smart grid will encourage people to adopt electric vehicles and open a new pathway of eco-driving thus helping reduce greenhouse gas emissions.

As per research, in India more than 50 kg of food is wasted per person in a year, calculating to about 68,760,163 tonnes and is ranked at 94th position out of 107 countries. In fact, every country generates food waste at the consumer level irrespective of their income levels.

Given the pressure on already severely depleted soils to provide food for an ever-growing global population and the fact that roughly a third of food is never eaten, innovative AI technology can be used for overcoming this issue. Retailers can use AI to check and dispose of food items before they turn bad. Data analysis helps to calculate and predict the volume of food consumption in restaurants and households for them to reduce food waste eventually. Besides, AI could significantly improve packaging, increase the shelf life of food items, avoid food wastage by making a more transparent supply chain management system.

The recycling system of waste needs to be transformed urgently, as most of the waste generated over the year is mostly of single-use products. As per research in 2019, 660,787.85 tonnes of plastic waste was generated in India, out of which only 60% was recycled. One particular difficulty with recycling is the issue of segregation of waste. The use of robots that have sensors to separate different types of waste will help in a quicker and easier way of recycling as each product varies in its texture, shape and size. AI can also be used for creating an automated waste disposal system. Another way is by using image recognition technology which helps to collect information on waste and find alternative material solutions, eventually improving the recycling pattern of waste.

Sewage pollution is yet another concern, especially here in India. The major cause of increasing sewage pollution is that most of the problems go undetected. However, the use of pattern recognition, an AI technique, would help to monitor and track the wastewater flow. Besides, algorithms can detect patterns and create critical data for research and analysis for future improvements.

Over the years, the population of wildlife species has been continuously depleting. AI and data science help environmentalists to study the movement of animals and other species, their behaviour, the routes they follow their reproduction and hunting patterns. It helps curtail poaching and is an effective way of surveillance, for instance by using drones with cameras. Currently, there are environmental, sustainability projects taking place using AI and data science, to prevent forest fires and monitor wildlife. It also helps the environmentalists to monitor rare wildlife species populations and track them on cameras with smart sensors.

AI and data science can in the coming future be applied to thousands of issues affecting the environment. Data from various Space Research Centres can be used with help of AI technology to identify and monitor changes in land and sea areas, ice caps etc. Besides, data analysis can be done to reduce pollution and help fight Climate Change.

These technological solutions using AI and data science could help solve some of the most difficult environmental challenges.

Dr.MukeshKwatra,Founder of Smiling Tree

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6 Ways Data Science and Artificial Intelligence is Driving Innovation to Help the Environment - Analytics Insight

MILAN, March 10, 2022 /PRNewswire/ --Dedalus Group("Dedalus"), the leading healthcare and diagnostic software solutions provider in Europe, and Ibex Medical Analytics("Ibex"), the market leader in artificial intelligence (AI)-powered cancer diagnostics, today announced a strategic partnership to bring the power of artificial intelligence to digital pathology.

The partnership will bring the power of Ibex's clinical-grade AI algorithms into Dedalus' end-to-end digital pathology solution. This will benefit pathologists and patients through enhanced quality of diagnosis, at speed.

The increasing demand for pathology services posed by the growing number of cancer patients and global shortage of trained pathologists, leads pathology laboratories to actively seek efficiency-enhancing solutions that enable them to maintain high accuracy levels and reduce time to diagnosis.

Dedalus' end-to-end digital pathology solution addresses the needs of anatomic pathology labs and ensures interoperability with existing multi-vendor solutions, enabling a seamless, gradual evolution towards full digitization to meet the increasing demands of the healthcare system.

With over 30 years' experience in laboratory solutions, Dedalus has deployments in over 5700 laboratories globally, and has been instrumental in successfully bringing cutting-edge technologies into the laboratories to make the systems as agile, efficient, and accurate as possible.

Ibex transforms cancer diagnosis by harnessing AI and machine learning technologies at an unprecedented scale. The company's Galen platform has demonstrated outstanding outcomes in multiple clinical studies on various tissue types and clinical workflows. It is deployed in labs worldwide where it is used as part of everyday clinical practice.

Ibex's clinical-grade AI algorithms will seamlessly integrate into Dedalus end-to end digital pathology solution, enabling smooth workflows from a single application. The joint solution will analyse cases prior to human pathologists' review, providing decision support tools that will enable increased focus on cancerous slides and areas of interest, streamline reporting, improve laboratory efficiency, and increase diagnostic confidence.

"Dedalus is the leading healthcare and diagnostic software provider in Europe. As part of our commitment to accelerate the digital transformation in healthcare, we strongly believe in the value of artificial intelligence, specifically in pathology and cancer diagnoses. Therefore, we are proud to partner with Ibex Medical Analytics, which is a global leader in AI-powered solutions for pathology labs and cancer diagnostics," said Marlen Suller, Head of In Vitro Diagnostics Business Unit at Dedalus.

"Our AI solutions transform pathology and help physicians around the world provide on-time, quality diagnosis to patients," said Joseph Mossel, CEO and Co-founder of Ibex Medical Analytics. "Yet to unlock the full potential of artificial intelligence, pathologists and health systems need AI-enabled workflows and integrated cancer pathways. We are excited to partner with market leaders Dedalus and to deliver end-to-end diagnostic modalities that improve the way laboratories work and support better cancer care."

ABOUT DEDALUS

Dedalus Group is the leading healthcare and diagnostic software provider in Europe, supporting the digital transformation of 6300 hospitals and 5700 Laboratories worldwide, processing its solutions for more than 540 millions of population worldwide. Dedalus supports the whole continuum of care, offering open standards-based solutions serving each actor of the Healthcare Ecosystem to provide better care in a healthier planet.

For more information, visitwww.dedalus.com

ABOUT IBEX MEDICAL ANALYTICS

Ibex pioneers AI-powered cancer diagnostics in pathology. We empower physicians to provide every patient with an accurate, timely and personalized cancer diagnosis by developing clinical-grade AI algorithms and digital workflows that help detect and grade cancer in biopsies. Our Galen platform is the first-ever AI-powered integrated diagnostics solution in pathology and used in routine clinical practice worldwide, supporting pathologists and providers in improving the quality and accuracy of diagnosis, implementing comprehensive quality control, reducing turnaround times and boosting productivity with more efficient workflows.

For more information, visitwww.ibex-ai.com

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SOURCE Ibex Medical Analytics; Dedalus Group

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Dedalus and Ibex announce a strategic partnership to bring the power of artificial intelligence to digital pathology - PR Newswire