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Microsoft will invest $2.2 billion in cloud and AI services in Malaysia – Bozeman Daily Chronicle

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Microsoft will invest $2.2 billion in cloud and AI services in Malaysia - Bozeman Daily Chronicle

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Amazon Reports $143.3 Billion in Revenue for First Quarter of 2024 – The New York Times

Amazon reported its highest first-quarter profit on Tuesday as it continued to wring efficiencies out of its retail business and recharge growth in its cloud computing operations.

The company was also for the first time on track to have $100 billion in annual cloud computing sales.

The company had $143.3 billion in revenue in the first three months of the year, up 13 percent from a year earlier. Profit more than tripled, to $10.4 billion. The results beat analysts expectations.

It was a good start to the year across the business, and you can see that in both our customer experience improvements and financial results, Andy Jassy, Amazons chief executive, said in a statement.

After a year of companies paring back tech spending, Amazons lucrative cloud computing business has been regaining steam. Sales from cloud computing were up 17 percent, to $25 billion. The growth was the fastest pace in more than a year. Operating income for that business grew 84 percent to $9.4 billion, accounting for most of the companys operating profit.

Amazons share price was up more than 3 percent in after-hours trading on Tuesday.

Amazon spent about $14 billion on capital expenses and leases in the quarter, a figure particularly driven by investments in cloud computing, Brian Olsavsky, Amazons finance chief, said on a call with investors. That amount was about $1 billion more than for the same period last year. He said Amazon expected to spend more as the year goes on, primarily to serve the generative A.I. opportunities that we are seeing.

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Microsoft Invests $2.2B to Bring AI, Cloud Technologies to Malaysia – AI Business

Microsofts ongoing AI spending spree continues as the company announced plans to invest $2.2 billion in Malaysia over the next four years to bring AI and cloud infrastructure to the Southeast Asian country.

Microsoft says its expansion will enable the company to meet the increasing demand for local cloud computing and AI services. Citing figures from Kearney, the company highlighted that Malaysia is expected to contribute $115 billion to Southeast Asia's total projected GDP growth of $1 trillion by 2030, a growth driven by advancements in AI.

Microsoft also pledged to support skill developing initiatives for 200,000 Malaysians, part of its wider pledge to enhance the skills of 2.5 million Southeast Asians by 2025.

The company will also work with the Government of Malaysia, establishing a national center of excellence for AI. Additionally, Microsoft will work with local authorities to improve the countrys cybersecurity landscape.

We are committed to supporting Malaysias AI transformation and ensure it benefits all Malaysians, said Satya Nadella, Microsofts chair and CEO. Our investments in digital infrastructure and skilling will help Malaysian businesses, communities and developers apply the latest technology to drive inclusive economic growth and innovation across the country.

Related:Microsoft Invests $1.7B to Improve AI, Cloud Infrastructure in Indonesia

Microsoft Malaysias managing director Laurence Si said with the rising demand for cloud and AI, Microsofts investment underscores the companys commitment to building a robust digital ecosystem in the country.

From driving more innovations born in Malaysia, to fostering an ecosystem of skilled talents and enhancing cybersecurity capabilities for Malaysian organizations, we are dedicated to our role as a trusted technology partner to the nation, Si said.

The announcements were made during the latest edition of Microsofts Build event in Kuala Lumpur. Another earlier version of the event took place in Indonesia earlier this week, which saw Microsoft make a similar investment pledge to support local AI efforts.

Microsoft said its $2.2 billion investment is its largest in Malaysia. This latest cash injection builds on its April 2021 Bersama Malaysia agreement, where Microsoft established its first data center in the country.

As part of its skills pledge, Microsoft will provide students with technical education on AI skills via the AITEACH Malaysia program.

Malaysian women will receive help building cybersecurity-related skills through Microsofts support for the local Ready4AI&Security program.

Related:Microsoft Invests $1.5B to Bring AI to the Middle East

Microsofts development of essential cloud and AI infrastructure, together with AI skilling opportunities, will significantly enhance Malaysias digital capacity and further elevate our position in the global tech landscape, said Tengku Datuk Seri Utama Zafrul Abdul Aziz, Malaysias minister of investment, trade and industry. Together with Microsoft, we look forward to creating more opportunities for our small and medium-sized enterprises and better-paying jobs for our people, as we ride the AI revolution to fast-track Malaysias digitally empowered growth journey.

Microsoft's collaboration with the Malaysian government involves engaging in public sector projects, such as utilizing AI tools to analyze the economic effects of trade negotiations and enhance productivity within the country's energy agencies.

The company will also team with the National Cyber Security Agency of Malaysia to enhance the countrys cybersecurity capabilities through expanded security assessments.

We are honored to collaborate with the government to support their National AI Framework, which enhances the countrys global competitiveness, said Andrea Della Mattea, Microsofts Association of Southeast Asian Nations president. This strategic emphasis on AI not only boosts economic growth but also promotes inclusivity by bridging the digital divide and ensuring everyone gets a seat at the table, so every Malaysian can thrive in this new digital world.

Microsofts AI expansions in Indonesia and now Malaysia follow earlier expansions in Japan and the Middle East.

Its investments in local AI and cloud solutions align with findings from a recent Omdia report which states countries in Asia and Oceania are steering away from Western-centric AI solutions in favor of services more suitable for local languages, cultures and use cases.

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Banks moving into the cloud prompt forecasts of security risk – Financial Times

Migrating banks old technology to cloud computing systems is creating a cyber security nightmare for their IT and risk teams, experts have warned.

Cloud infrastructure which enables software and data to be held off-site and accessed by any part of an organisation, in any location is helping the worlds banks develop digital services with greater ease and speed.

But experts warn that cloud adoption can also be highly risky for banks and financial groups, because cyber criminals are increasingly exploiting security holes and misconfigured settings in cloud platforms to steal data, defraud customers and disrupt operations.

With so much sensitive financial and personal information stored in the cloud, as digital banking has become widely adopted, data breaches have become a leading concern for financial groups, says Simon Crocker, senior director of systems engineering for western Europe at cyber security company Palo Alto Networks.

Cyber criminals approach is to access data by identifying vulnerabilities and misconfigurations in the cloud services used by banks, he explains. But the damage does not stop there; criminals can also take over customer accounts, commit financial fraud and access other banking resources, he adds.

One of the key threats banks face when securing their cloud environment is attackers gaining unauthorised access through their inbound traffic, such as a customers online banking transactions or account opening, or outbound traffic, which includes activities such as payment processing, trading and interbank communication, Crocker explains.

He says hackers can intercept banking traffic by launching distributed denial-of-service (DDoS) attacks, which overwhelm computer servers with large volumes of requests, as well as SQL (structured query language) injection and cross-site scripting attacks, which inject malicious code into applications and websites.

Moving to cloud systems is, therefore, a trade-off in terms of risk, Crocker argues. Ultimately, banks rely on cloud service providers to deliver secure and reliable infrastructure and services, he says. However, vulnerabilities in cloud platforms, misconfigurations, or security weaknesses in the underlying infrastructure can expose banks to significant security risks.

Vulnerabilities in cloud platforms, misconfigurations, or security weaknesses in the underlying infrastructure can expose banks to significant security risks

Banks best options for mitigating these is using encrypted communication methods, such as virtual private networks, dedicated private connections and web proxy servers, Crocker advises. In addition, he recommends using network segmentation whereby computer networks are separated into smaller parts to limit the impact of security breaches and improve control over outbound traffic flows.

A bigger challenge, however, is dealing with unknown, or unaddressed, security flaws that bank IT teams have not prepared for known as zero-day exploits.

Zero-day describes recently discovered security vulnerabilities that hackers can use to attack systems, and literally means that an organisation under attack has zero days to fix it, explains Sergey Lozhkin, principal security researcher at Russian antivirus software company Kaspersky, and former vice-president of cyber security operations for JPMorgan Chase. He warns that these can give cyber criminals a strong foothold in cloud banking systems.

Advanced persistent threats, or APTs, are attacks that can also go undetected, giving hackers a big advantage. APTs...exploit vulnerabilities to gain prolonged access to a banks cloud infrastructure, allowing them to exfiltrate sensitive data over time, says Lozhkin.

While both types of attack present significant cyber security risks, the sophisticated nature of APTs is forcing banks to step up their defences. Lozhkin points out that APT hacking techniques were instrumental in the 2016 cyber attack on South Africas Standard Bank Group, when cybercriminals stole $13mn by forging 1,600 cards.APTs are like a stealthy burglar that can sit within networks completely unseen for any length of time before striking, he says.

To mitigate zero-day exploits, Lozhkin recommends the use of advanced monitoring solutions to detect unusual activities indicative of a zero-day attack. Automated tools can also streamline this process and decrease the window of opportunity for attackers, he adds.

And, to mitigate APTs, he suggests threat detection solutions, network traffic analysis, and endpoint detection and response (EDR) systems, which provide continuous cyber security monitoring and user behaviour analytics (UBA).

Lozkhin is confident this approach will work. By implementing a comprehensive security strategy that includes regular updates, configuration management, advanced threat detection and robust incident response plans, banks can mitigate the risks posed by zero-day exploits and advanced persistent threats, protecting their assets and maintaining customer trust in an increasingly digital world, he says.

However, Jake Moore, UK-based global cyber security adviser at Bratislava-headquartered security company ESET, fears many institutions are not taking action quickly enough. The banking industry has been slow to adopt cloud security and this has been made slower due to the tough regulations the industry faces, he says. Ransomware attacks, which now commonly include data-compromising techniques, pose one of the most significant risks to financial institutions.

Ransomware attacks, which now commonly include data-compromising techniques, pose one of the most significant risks to financial institutions

According to Moore, implementing a multi-layered security approach will help banks mitigate these risks. These layers should include stringent authentication protocols such as physical security keys, unique passwords and device identifiers to prevent unauthorised persons from accessing cloud systems.

Regular security audits will also help IT teams find and fix vulnerabilities in cloud-based banking systems, he suggests, while strong encryption can make sensitive data unreadable, even if it is stolen by cyber criminals.

But, with human error being the cause of most cloud security breaches, according to a report by defence group Thales, Moore urges banks to train their staff in tackling cyber threats.

Many can be mitigated using zero-trust models, says Tristan Morgan, managing director of security at telecoms group BT. These demand that everyone trying to use a banks WiFi network, whether employee or customer, is constantly checked and validated.

It also provides visibility of who is on the network, reducing risks, and supporting the operational needs of companies in a hybrid working environment, says Morgan.

Bernie Wright, chief information security officer at cloud infrastructure provider ClearBank, advises banks to operate a comprehensive supplier onboarding process, to eradicate security risks in their supply chains. He notes that many suppliers offer software-as-a-service products (licensed on a subscription basis) that are run in the cloud and, if improperly secured, can provide hackers with backdoor access to banking clients IT environments.

There are certain levels of trust that are needed so, as part of due diligence, its crucial to review how suppliers operate, their associated corporate policies, and resilience capabilities, Wright emphasises.

However, far greater cloud computing applications and threats are expected to arise in coming years from quantum computers. These devices harness quantum mechanics to carry out vastly more, and faster, processing operations than todays computers could ever manage.

Kamran Ikram, senior managing director in financial services at the UK and Ireland arm of consultants Accenture, sees both pros and cons. Banks can build more resilient and secure financial systems with quantum algorithms constructed to find opportunities for credit scoring and optimising trading trajectories, he says. But quantum computing will also allow encryption codes to be cracked in a fraction of the time they now take.

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Banks moving into the cloud prompt forecasts of security risk - Financial Times

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HHS shares its Plan for Promoting Responsible Use of Artificial Intelligence in Automated and Algorithmic Systems by … – HHS.gov

Today, the U.S. Department of Health and Human Services (HHS) publicly shared its plan for promoting responsible use of artificial intelligence (AI) in automated and algorithmic systems by state, local, tribal, and territorial governments in the administration of public benefits. Recent advances in the availability of powerful artificial intelligence (AI) in automated or algorithmic systems open up significant opportunities to enhance public benefits program administration to better meet the needs of recipients and to improve the efficiency and effectiveness of those programs.

HHS, in alignment with OMB Memorandum M-24-10, is committed to strengthening governance, advancing responsible innovation, and managing risks in the use of AI-enabled automated or algorithmic systems. The plan provides more detail about how the rights-impacting and/or safety-impacting risk framework established in OMB Memorandum M-24-10 applies to public benefits delivery, provides information about existing guidance that applies to AI-enabled systems, and lays out topics that HHS is considering providing future guidance on.

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How Clemson University Students Are Using Artificial Intelligence – EdTech Magazine: Focus on K-12

While new technology often brings great benefits and boosts efficiency, there are also downsides. Last year, Microsoft co-founder Bill Gates mentioned that one negative aspect of a tool like ChatGPT is that future generations of students may not learn certain skills. However, he believes using AI as a tool in the classroom willhelp students more than hurt them.

I recently asked some of our students atClemson Universityhow they use AI for classes. Here are the top responses:

Some of these make me cringe, especially the one about writing entire papers. In fact, in a recent survey atStanford University, an alarming number of students admitted to using ChatGPT on final exams, reportedThe Stanford Daily, the universitys student newspaper: According to the poll, which had 4,497 respondents around 17 percent of Stanford student respondentsreported using ChatGPTto assist with their fall quarter assignments and exams. With students admitting to as much, its no surprise that theNo. 1 concern of facultycurrently is students using AI to cheat.

The percentage of Stanford University students who used AI to assist with fall quarter assignments and exams in 2022

Source: stanforddaily.com, Scores of Stanford students used ChatGPT on final exams, survey suggests, Jan. 22, 2023

Students should be encouraged touse generative AI for good, and one way to show students how a tool like ChatGPT can be useful is to incorporate it into courses by modeling its proper use. For example, allow students to use ChatGPT as they would Wikipedia: Ask it to define a term, and have students reflect on the definition it produces. Is it correct? Does it need to be edited or refined? This encourages students to think critically about the outputs and shows that the information may or may not be accurate.

Use ChatGPT or Gemini to help build writing skills. Ask the tool to produce a text, and then have students analyze, revise and improve the product. Students who need help with their writing can use ChatGPT to create an outline, which they can revise and refer to as they work.

For programming, ask an AI generator to write code to solve a problem, and have students find ways to improve the code. Or, ask an AI generator to write incorrect code, and ask students to find the issues and fix them.

There are so many ways we canuse new and innovative technologiesto enhance learning. It can be scary to embrace something as new and different as generative AI, especially when students may try to exploit it. However, like the calculator, these AI generators could change the way we teach and learn.

UP NEXT:How to get your higher education infrastructure AI-ready.

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Artificial Intelligence in GI and Hepatology | GI and Hepatology News – MDedge

Dear colleagues,

Since our prior Perspectives piece on artificial intelligence (AI) in GI and Hepatology in 2022, the field has seen almost exponential growth. Expectations are high that AI will revolutionize our field and significantly improve patient care. But as the global discussion on AI has shown, there are real challenges with adoption, including issues with accuracy, reliability, and privacy.

In this issue, Dr. Nabil M. Mansour and Dr. Thomas R. McCarty explore the current and future impact of AI on gastroenterology, while Dr. Basile Njei and Yazan A. Al Ajlouni assess its role in hepatology. We hope these pieces will help your discussions in incorporating or researching AI for use in your own practices. We welcome your thoughts on this issue on X @AGA_GIHN.

Gyanprakash A. Ketwaroo, MD, MSc, is associate professor of medicine, Yale University, New Haven, Conn., and chief of endoscopy at West Haven (Conn.) VA Medical Center. He is an associate editor for GI & Hepatology News.

BY THOMAS R. MCCARTY, MD, MPH; NABIL M. MANSOUR, MD

The last few decades have seen an exponential increase and interest in the role of artificial intelligence (AI) and adoption of deep learning algorithms within healthcare and patient care services. The field of gastroenterology and endoscopy has similarly seen a tremendous uptake in acceptance and implementation of AI for a variety of gastrointestinal conditions. The spectrum of AI-based applications includes detection or diagnostic-based as well as therapeutic assistance tools. From the first US Food and Drug Administration (FDA)-approved device that uses machine learning to assist clinicians in detecting lesions during colonoscopy, to other more innovative machine learning techniques for small bowel, esophageal, and hepatobiliary conditions, AI has dramatically changed the landscape of gastrointestinal endoscopy.

Approved applications for colorectal cancer

In an attempt to improve colorectal cancer screening and outcomes related to screening and surveillance, efforts have been focused on procedural performance metrics, quality indicators, and tools to aid in lesion detection and improve quality of care. One such tool has been computer-aided detection (CADe), with early randomized controlled trial (RCT) data showing significantly increased adenoma detection rate (ADR) and adenomas per colonoscopy (APC).1-3

Ultimately, this data led to FDA approval of the CADe system GI Genius (Medtronic, Dublin, Ireland) in 2021.4 Additional systems have since been FDA approved or 510(k) cleared including Endoscreener (Wision AI, Shanghai, China), SKOUT (Iterative Health, Cambridge, Massachusetts), MAGENTIQ-COLO (MAGENTIQ-EYE LTD, Haifa, Israel), and CAD EYE (Fujifilm, Tokyo), all of which have shown increased ADR and/or increased APC and/or reduced adenoma miss rates in randomized trials.5

Yet despite the promise of improved quality and subsequent translation to better patient outcomes, there has been a noticeable disconnect between RCT data and more real-world literature.6 In a recent study, no improvement was seen in ADR after implementation of a CADe system for colorectal cancer screening including both higher and lower-ADR performers. Looking at change over time after implementation, CADe had no positive effect in any group over time, divergent from early RCT data. In a more recent multicenter, community-based RCT study, again CADe did not result in a statistically significant difference in the number of adenomas detected.7 The differences between some of these more recent real-world studies vs the majority of data from RCTs raise important questions regarding the potential of bias (due to unblinding) in prospective trials, as well as the role of the human-AI interaction.

Importantly for RCT data, both cohorts in these studies met adequate ADR benchmarks, though it remains unclear whether a truly increased ADR necessitates better patient outcomes is higher always better? In addition, an important consideration with evaluating any AI/CADe system is that they often undergo frequent updates, each promising improved accuracy, sensitivity, and specificity. This is an interesting dilemma and raises questions about the enduring relevance of studies conducted using an outdated version of a CADe system.

Additional unanswered questions regarding an ideal ADR for implementation, preferred patient populations for screening (especially for younger individuals), and the role and adoption of computer-aided polyp diagnosis/characterization (CADx) within the United States remain. Furthermore, questions regarding procedural withdrawal time, impact on sessile serrated lesion detection, cost-effectiveness, and preferred adoption strategies have begun to be explored, though require more data to better define a best practice approach. Ultimately, answers to some of these unknowns may explain the discordant results and help guide future implementation measures.

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HUD Issues Fair Housing Act Guidance on Applications of Artificial Intelligence – HUD

HUD Issues Fair Housing Act Guidance on Applications of Artificial Intelligence

Department recommends best practices to prevent discriminatory uses of artificial intelligence in tenant screening and advertising of housing and housing-related services

WASHINGTON - Today, the U.S. Department of Housing and Urban Development (HUD) released two guidance documents addressing the application of the Fair Housing Act to two areas in which the use of artificial intelligence poses particular concerns: the tenant screening process and its application to the advertising of housing opportunities through online platforms that use targeted ads. Todays announcement is in accordance with President Joe Bidens Executive Order, which called on HUD to provide guidance to combat discrimination enabled by automated or algorithmic tools used to make decisions about access to housing and in other real estate-related transactions.

Under this Administration, HUD is committed to fully enforcing the Fair Housing Act and rooting out all forms of discrimination in housing, said HUD Acting Secretary Adrianne Todman. Today, we have released new guidance to ensure that our partners in the private sector who utilize artificial intelligence and algorithms are aware of how the Fair Housing Act applies to these practices.

The Fair Housing Act prohibits discrimination on the basis of race, color, national origin, religion, sex (including gender and sexual orientation), disability, and familial status, said Demetria McCain, Principal Deputy Assistant Secretary Fair Housing and Equal Opportunity. Housing providers, tenant screening companies, advertisers, and online platforms should be aware that the Fair Housing Act applies to tenant screening and the advertising of housing, including when artificial intelligence and algorithms are used to perform these functions.

The tenant screening guidance describes fair housing issues created by tenant screening practices, including the increasing use of third-party screening companies to aid with tenant screening decisions and the emerging use of machine learning and artificial intelligence. The guidance also suggests best practices for fair, transparent, and non-discriminatory tenant screening policies, for both housing providers and companies that offer tenant screening services.

The Fair Housing Act prohibits both intentional housing discrimination and housing practices that have an unjustified discriminatory effect. Housing providers and tenant screening companies both have a role to play in ensuring that tenant screenings are transparent, accurate, and fair. The tenant screening guidance makes clear that use of third-party screening companies, including those that use artificial intelligence or other advanced technologies, must comply with the Fair Housing Act, and ensure that all housing applicants are given an equal opportunity to be evaluated on their own merit.

Read the tenant screening guidance here.

Advertisers and online platforms should be alert about the risks of deploying targeting advertisement tools for ads covered by the Fair Housing Act. Violations of the Act may occur when certain ad targeting and delivery functions unlawfully deny consumers information about housing opportunities based on the consumers protected characteristics. Violations of the Act may also occur when ad targeting and delivery functions are used, on the basis of protected characteristics, to target vulnerable consumers for predatory products or services, display content that could discourage or deter potential consumers, or charge different amounts for delivered advertisements.

Read the guidance for use of online platforms here.

The release of these guidance documents follows HUDs pledge in an April 4 joint statement with other federal agencies to enforce civil rights laws as new technologies like artificial intelligence become more common. HUDs release of the tenant screening guidance also fulfils a commitment HUD made in the Biden-Harris Administrations Blueprint for a Renters Bill of Rights.

People who believe they are the victims of housing discrimination should contact HUD at (800) 669-9777 (voice) or (800) 927-9275 (TTY) or file a complaint here: http://www.hud.gov/fairhousing/fileacomplaint.

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OPINION: Artificial intelligence, the usefulness and dangers of AI – Coast Report

The entrance to Paramount Pictures in Hollywood.

As my mind wanders to AI, robots, and machines replacing humans, realizations enter and I see it not as AI troubles, but as humans abuse the systems we create. I see the decline and lack of efforts in schools, and how hesitant people are for social interaction and the affliction to connection.

Each day there are new advancements in AI. But if it is learning, and each day it is getting to know more things, and its getting smarter, then it wasnt smart to begin with. How are we supposed to believe in something when it does not have the full capable potential of its vast atmosphere?

There are talks that it is a scary thing. Something is happening. But where is this thing? What does it look like? Does it have four eyeballs? Does it hide in the closet or underneath my bed at night? No. All it is is a technique and a machine to operate and make our lives easier for no reason. The true villain behind it is us.

The ones who use it, use it incorrectly. The people who tend to think that taking corners and skipping the lessons we have learned, and parental figures have seen and felt before us somehow doesnt matter anymore. We strive for new advancements with no idea where they will lead, and somehow, that is a resource.

We have been doing it for over 100 years and yet companies are wanting to make a fully self-driving car. The reasons why does not enter into my atmosphere since there is no valid reason. We are capable of writing an essay, creating math solutions, driving cars, and having surgery for a knee replacement. Yet as time passes, humans find ways for humans to do less. With that, comes laziness, lack of common sense, and street smarts vanish.

By doing the things on my own and creating solutions, it gave me a sense of self-respect. The realizations that I have the potential to do the things that I want to strive for, which is excellence.

To be your own person with imagination and self-fulfilling creativity is to see happiness and sadness at their best and worse. To understand determination, anguish, grief and unadulterated bliss.

Yet some choose not to.

Its the opposite of an opportunity to make ones life better. Yet they vanish like a supernatural ghost you see in the distance. Or a political figures good nature when they start to run for office.

The speech in which they speak is loud and ruthless. Harsh, yet dull with a banal sense of sophistication. They postpone any type of meaningful discussions.

I choose, consciously, to be different. I challenge and take charge. I avoid talking when I do not know. Possibly taking away that one vestigial piece of truth the opposition speaks.

After all that, theres still some nameless undistinguishable apprehension in their unconscious mind that I have so easily picked out. That smile. That wave. That cheers of a plastic cup of and glaring pessimistic view they have on the world.

It is something that they do without. Its something that I have and its something that I have noticed.

Otherwise known as self-respect.

I do have some relevance in this topic. Last semester in my critical thinking class, nonfiction, I and three others were asked to present a topic of an ethical crisis. We chose artificial intelligence. My nine-page paper that came shortly after that was also my final paper of the semester included 10 pros and 10 cons of AI.

We broke into several categories including entertainment and education.

Education

Each time a new class for the semester begins, the class is given or told to look at the syllabus on the website and to see what is to be done and what is forbidden. Lately, more and more and then all of the classes I endure are promptly educating the students of Al and the use of cheating.

No passing notes in class.

No phones in class.

No use of AI in class.

The evolution of teachers habitual demands.

Now students can formulate ideas and have a starting point of creativity. Ask AI how to manage test anxiety. Ask for steps on how to prepare me for transferring colleges, and how to find an internship for creative writing.

Yet, students are having the ease without the idea of repercussions for the abuse of AI.

The lack of creativity it can cause may lead to students not developing properly. I assume it began with isolation and students finding it easier to not engage fully with teachers and peers. Now we are all back to normal and we assume we shall strive for connectivity.

Yet some are not capable without their AI to guide them. They are now relying on it.

Just last week I saw on TV a robot parents can buy to help their child learn social skills and communication.

The choice is not whether or not students learn the homework and know the material given to them, but now it is about whether they strive for excellence or fall behind.

Critical thinking is not just to dive deeper into ideas. It is to find a topic, idea, and solution to deconstruct it and keep asking questions until you or the other person breaks down into oblivion where the answers cannot justify the questions being asked, and there are no more answers to give.

Common sayings will say something along the lines of going beneath the surface level, or the tip of the iceberg or some of those bland sayings that are something entirely other. The people who use those are the ones who need the understanding of critical thinking.

But I can not describe what the surface level is. Each scenario is different. One may not have to go extremely deep into understanding the topics, ideas, and/or solutions. One can not pre-plan the surface level. One must learn to evolve while the conversation unfolds.

Over time, the one questioning, the questioner/critical thinker, evolves the ability to articulate high-level criticism. The criticism should not be negative, but to help yourself and the one you are trying to evaluate. But I do believe sometimes negative and harsh realism is imperative. Take a hammer to a rock and smash, breaking, exposing each particle until you see and can extract the gold from the inside.

That is the purpose of each moment. Questioning to an extreme, harshly or quietly, and gently pursuing and constantly spiraling into the clarity you both can subconsciously agree on. You both will know it, the critical thinking, is done because there will be a quiet sense of revelation.

If one stops the dedication to think, critique, and define, then one's creativity is dead.

AI can not be a pillar of learning without knowing the consequences. One must maintain an understanding of how to properly use it.

In my journey to find answers, I conducted a Q&A interview with Tara Giblin, the Acting Vice President of Instruction at Orange Coast College, about her ideas and thoughts about AI in education.

Q: How do you see the use of AI in todays education system?

A: As an administrator, I have heard many conversations by faculty about how AI is changing or will change the way they teach. Our OCC Faculty Senate has placed high importance on discussing AI weekly because it is impacting faculty in many different ways. Right now we are just learning about its capabilities and trying to understand the pluses and minuses that come with any new technology. AI certainly has the power to make our workplace more efficient, but we are in the early stages of figuring out how it fits into the classroom.

Q: How do you or how have you used rules or policies for student's negative attraction to it? (Cheating)

A: "Not working directly in the classroom, I dont have first-hand experience. However, I hear faculty talking about how they are developing policies in their classrooms to help students understand how AI fits into their learning and how to guide students away from using AI as a substitute for learning or producing original material. I have heard suggestions like having students do their writing assignments in class with spontaneous prompts, so they will do original work or as teachers, using AI to generate responses to questions in front of the class then asking the class to critique these answers and analyze how they might tell the difference between AI and original work. This raises awareness of the downfalls of AI generated answers."

I was also intrigued to find my past Ethics professor for him to share his thoughts and ideas about AI. Professor Phillip Simpkin shares his ideas.

Q: How do you see the use in today classrooms?

A: "I see it in a large and growing way. It is being applied more and more. It is just going to increase. For good or for bad its going to be everywhere. The computer browsers were already kind of AI, to quickly find things. And that is where it is really nice. There is two uses for me. I tell my students it can help you to become a lazier, worst student or can help you become a better student. It can help you become a lazier student because it can do the work for you and then you are not going to learn. And that's is the most troubling part for me is, on the other hand, it can help you and that is really an important part too. You can put your essay in and help you find your grammar mistakes. But the bad issue with this is when they say, find all my grammar mistakes and fix them for me. But now that's where you dont learn anything from the activity. At first people were wowed by it but you see how mechanical and clunky ChatGPT is. It will be over verbose and overly eloquent when you dont really need it to be, metaphors that have no business for being in it. I am worried about that people do stuff for them that they should be doing on their own."

Q: Do you think that teachers advise students how to use AI?

A: "I sit in a classroom and I say here is a question, what is an answer. And most of the time I get silence now. Not even a soul wants to say anything, and I may get one or two talkative students. At the same time, it's the smartest student in the class, and they can come up with ten different answers. I hope my students listen and copy it down. And they listen to the next person and copy it down. The AI now can be that student or conversation with for a back and forth. And I think that's a good use. So I am stuck. I send my students home all the time and I try to have them generate great ideas and I can force them to do that. A lightbulb moment may happen. But lots of students don't feel that creative for whatever reason and that could get them out of that hole."

Q: Why are student attracted to AI and finding out answers?

A:"It makes life easier. But there is more to it. There is an actual attraction that the computer can do it for you and it's very tempting to see what it is and how it works. Anything can save you time. Right now we have a crisis of expertise. People dont know who the authorities are or proper authority. Whos expertise to take serious or not. So I feel like the AI for them seems like it will tell them truths. And in many ways it does pretty good. But right now it is strictly just a machine."

Hollywood

It has been around for a while, but it is slowly becoming a threat. I think of Toy Story from 1995 and see how amazing and groundbreaking it was. Then I see Toy Story 4 in 2019 and I am taken back by the accomplishments.

Some grab it to see the new visual effects and new heights, and some see it as taking away jobs. Yet AI has many aspects to the Hollywood industry. AI will not just write a script and have it done in a few minutes. It is still learning how to manage emotions and rise and fall structure. But we, humans, still need to control the rate it grows. The robots will not suddenly take over our lives. But why do we strive so assiduously to create things that something else could do for us?

Writers, actors and directors go on strike to spread awareness of their concerns. They are passionate and full of rules of their own.

But only part of the strike was dedicated to artificial intelligence. People become frantic, emotions get lost, the heights of the mindset of the abandoned job is close. But there is no level of any type of consideration for replacement of jobs. AI is still getting built with new algorithms. AI is still being considered.

There is some perpetual fear, but it is obfuscated by the truth. The reality behind all that is dull. Theres nothing behind it. Theres nothing behind it because there never was. The idea that AI will take over anyones job of writing anytime soon is not part of our atmosphere. AI is not detailed enough to show what it could truly be. Yet us humans have the ability to make it grow. Shall we?

I also conducted an Q&A interview with Actor Makai Michael about AI.

Q: How do you see the use of AI in todays film industry?

A: "When it comes to AI in post production, object removal and scene stabilization for sound design, I find that this is more understandable for me. I am not immersed in the world of editing so editors may have a completely different stance than me. I could see this as taking jobs away from editors who are highly skilled which truly is devastating. As an actor, hearing about the industry executives wanting to use AI to exploit background actors' work is awful. I would not ever wish to see that happen to my work."

Q: Because the growth of AI, do you see yourself being a part of any films that are heavy with CGI?

A: "Although I am pretty against the use of AI in film, ESPECIALLY AI being able to use the likeness of actors and exploiting their work for the benefit of producers and directors, I could possibly see myself in films that use CGI. As an actor I take pride in being a part of projects that build worlds and spaces for others to get lost and seek comfort in, and oftentimes that requires some CGI work. I believe if the CGI is used for world building/ setting building for the most part then it is alright."

Q: How did you feel and perceive the writers strike that happened last year?

A: "Since I am still very new to being involved in the industry side of acting I do not have the biggest range of knowledge when it comes to the strike. I perceived it to be a fight for a better income and a fight AGAINST the use of AI to recreate actors' work, time and time again. From what I have gathered it seems like the thoughts are split on whether we went forwards, backwards, or stayed the same in terms of making a change. I thought it was inspiring watching the actors and writers stand in unison against a system that often plays unfairly."

Q: Do you think AI will have a place for character development or script writing?

A: "My stance will always stay firm until I am convinced otherwise, and my stance is no. I do think that people WILL use AI, but I almost wish we never got to this point at all. I think its a cheap, and soulless way to make projects. The best cinema in history came from someone who sat down and had to think of it all themselves or with the help of collaborators, not robots."

Q: Do you think AI will create a more enhancing experience with new innovations in a movie theater or home theater?

A: "Though I am against AI scriptwriting, and AI extra doubling, I do think that AI may be able to enhance movie theater or home theater experiences. I think of AR, augmented reality or VR, virtual reality. No matter my stance on the situation, AI truly is the biggest cultural phenomenon at the moment and people are going to want to test its limits and that is understandable. When it starts to kill the heart of human creativity is when it starts to kill my love for art."

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OPINION: Artificial intelligence, the usefulness and dangers of AI - Coast Report

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Introducing Nexis Network: A layer-1 blockchain advancing accelerated computing and Artificial Intelligence (AI) – AccessWire

Nexis Network is a revolutionary platform that combines the power of AI and blockchain technology to enable the development and deployment of AI and data-driven applications in a decentralized manner. With its scalable, secure, and privacy-preserving infrastructure, Nexis Network empowers developers, researchers, and organizations to build innovative solutions and drive collaboration across industries.

SAINT VINCENT, GRENADA / ACCESSWIRE / May 3, 2024 / Nexis Network, a groundbreaking platform that combines the power of artificial intelligence (AI) and blockchain technology, is proud to announce its launch. Nexis Network aims to revolutionize the way AI and data-driven applications are developed and deployed, enabling a new era of innovation and collaboration.

Nexis Network provides a scalable, secure, and privacy-preserving infrastructure that empowers developers, researchers, and organizations to build and deploy AI applications in a decentralized manner. By leveraging cutting-edge technologies such as sharding, parallel execution, and optimized consensus mechanisms, Nexis Network achieves unparalleled scalability and performance, allowing it to handle the demands of complex AI workloads and data-intensive tasks.

"We are thrilled to introduce Nexis Network to the world, "said Stefan, founder and CEO of Nexis Network. "Our platform represents a groundbreaking advancement in the integration of AI and blockchain technology into real-world applications, aiming to preserve privacy and maintain the essence of humanity in an era of rapidly advancing artificial intelligence. We firmly believe that Nexis Network will unlock unprecedented opportunities and drive transformative innovation across a wide range of industries, from finance and healthcare to supply chain management and beyond, ushering in a new era of secure, decentralized, and collaborative solutions that empower individuals and organizations alike."

Key features of Nexis Network include:

1. Scalability: Nexis Network's sharding architecture and parallel execution capabilities enable high throughput and low latency, ensuring that the platform can scale to meet the growing demands of AI and data-driven applications.

2. Privacy and Security: Nexis Network integrates advanced privacy technologies, such as zero-knowledge proofs and secure multi-party computation, to enable secure collaboration and data sharing while maintaining the confidentiality of sensitive information.

3. Decentralized Storage and Accelerated Computing: Nexis Network offers a decentralized storage solution and an accelerated computing framework, providing secure, scalable, and efficient storage and processing capabilities for data-intensive applications.

4. AI and Data Marketplace: Nexis Network establishes a decentralized marketplace for AI models, datasets, and data-related services, enabling developers, researchers, and organizations to share, discover, and monetize AI resources securely and efficiently.

5. Decentralized Governance and Token Economics: Nexis Network implements a decentralized governance model and a token economics system that incentivizes participation, aligns stakeholder interests, and ensures the long-term sustainability of the ecosystem.

"Nexis Network is not just a platform; it's a movement towards a more decentralized, secure, and collaborative future," added Stefan. "We invite developers, researchers, and organizations to join us on this exciting journey and help shape the future of AI and blockchain technology."

For more information about Nexis Network, please visit https://nexis.network. To stay updated on the latest developments and news, follow Nexis Network on social media handles.

https://twitter.com/Nexis_Network https://t.me/Nexis_Network https://mirror.xyz/0x167c7b855D510316a4472aE49F48295E36eE8cFD

About Nexis Network: Nexis Network is a revolutionary platform that combines the power of AI and blockchain technology to enable the development and deployment of AI and data-driven applications in a decentralized manner. With its scalable, secure, and privacy-preserving infrastructure, Nexis Network empowers developers, researchers, and organizations to build innovative solutions and drive collaboration across industries.

Media Contact:

Organization: Nexis Contact Person: Navid Shokriyan Website: https://nexis.network Email: [emailprotected] City: Saint Vincent State: Grenada Country: United States

SOURCE: Nexis

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Introducing Nexis Network: A layer-1 blockchain advancing accelerated computing and Artificial Intelligence (AI) - AccessWire

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