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Galaxy Unpacked

Samsung Galaxy Unpacked July 2023: Everything to expect

Seoul, South Korea – Samsung is gearing up for an early summer treat as it prepares to host its highly anticipated Galaxy Unpacked event on July 26th.

This year’s event promises to be special beyond just the timing, with the company teasing the unveiling of new smartphones, smartwatches, and tablets. Excitement is building as fans worldwide eagerly await the reveal of Samsung’s latest innovations.

Image Source: mymobileindia.com

The event will kick off at 7 AM ET on July 26th, and for those who don’t want to miss a moment, Samsung will be live-streaming the Unpacked event on its website and YouTube channel.

Samsung hasn’t been shy about the stars of Unpacked, and it is widely expected that the company will unveil the Galaxy Z Flip 5 and Galaxy Z Fold 5. The spotlight this year, however, seems to be on the Galaxy Z Flip 5, with its clamshell design generating considerable buzz.

Leaked renders from MySmartPrice and OnLeaks have hinted at a much larger (3.4-inch) external display on the Galaxy Z Flip 5 compared to its predecessor. This expanded external display will allow users to perform various tasks even when the phone is closed. Google is reportedly optimizing key apps like Maps, Messages, and YouTube to make the most of the cover screen’s functionality.

The camera experience on both the Galaxy Z Flip 5 and Galaxy Z Fold 5 is expected to be impressive. The Galaxy Z Flip 5 is rumored to sport a 12-megapixel main and ultra-wide camera, while the Galaxy Z Fold 5 may come equipped with a more advanced setup, including a 50MP primary, 12MP ultra-wide, and 10MP telephoto shooter. Upgraded sensors could further enhance their performance, especially in low-light and challenging situations.

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Samsung’s smartwatches have been gaining popularity, and it seems the Galaxy Watch 6 will be the star of the smartwatch lineup at Unpacked. Notably, Samsung has hinted at the return of the physical rotating bezel, which will allow users to scroll through the interface more satisfactorily than the touch-sensitive edges of current models.

It’s been over a year since the release of the Galaxy Tab S8 series, and fans are eager for a refresh. The Galaxy Tab S9 lineup is rumored to carry forward the sleek design of its predecessor but with functional improvements. The standard Galaxy Tab S9 is expected to switch from an LCD to an AMOLED screen, providing users with enhanced picture quality.

Samsung is known for its surprises at Unpacked events, and this year might be no different. Earlier, the company revealed its collaboration with Google and Qualcomm to develop mixed-reality wearable devices. While there haven’t been any official announcements, fans are eagerly waiting to see if Samsung sheds some light on this exciting project during the event.

Rumors have been circulating about a Galaxy Tab S8 FE, which would bridge the gap between Samsung’s budget A-series tablets and the high-end S9 models. Although details are scarce, the S8 FE is rumored to include an LCD with Wacom digitizer support for pen input.

Artificial Intelligence

The Future of AI: How Artificial Intelligence Will Change Future

The rapid advancements in artificial intelligence (AI) over the past few decades have left an indelible mark on society, revolutionizing numerous industries and reshaping our daily lives.

As AI continues to evolve, it holds the potential to bring about even more transformative changes in the future. AI is already at the forefront of automation, replacing repetitive and labor-intensive tasks in various industries. In the future, we can expect a significant surge in automation across sectors such as manufacturing, logistics, and customer service.

Artificial Intelligence
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While this might lead to increased efficiency and reduced operational costs for businesses, it could also result in job displacement for certain segments of the workforce.

The healthcare industry will witness a profound transformation with the integration of AI. Advancements in machine learning algorithms will enable the development of personalized medicine tailored to individual patients based on their genetic makeup, lifestyle, and medical history. AI-powered diagnostic tools will offer quicker and more accurate assessments, leading to earlier disease detection and improved treatment outcomes.

As AI continues to advance, addressing ethical concerns and establishing robust governance frameworks will become paramount. The potential for AI to make autonomous decisions raises questions about accountability and transparency.

Also Read: AI and robotics are transforming healthcare. But How?

Striking the right balance between AI autonomy and human oversight will be essential to avoid undesirable outcomes. AI bias is another challenge that needs urgent attention. Ensuring fairness and inclusivity in AI algorithms will be crucial in avoiding discrimination and promoting a more equitable society.

The future of transportation is autonomous. Self-driving cars, buses, and drones are already in development and will revolutionize the way we move. With AI-driven transportation systems, traffic congestion can be reduced, accidents minimized, and energy efficiency enhanced. In tandem with autonomous vehicles, smart cities will become more prevalent.

AI will optimize urban planning, manage resources more efficiently, and create sustainable living environments. Enhanced data analytics will enable cities to be more responsive to citizens’ needs and challenges.

Education will experience a seismic shift as AI-powered platforms deliver personalized learning experiences to students. AI algorithms will analyze individual learning patterns and preferences, enabling educators to tailor educational content to meet each student’s needs effectively.

Furthermore, AI will become a valuable tool in skill development and professional training. As job requirements change rapidly, AI-driven training programs will help workers acquire new skills and stay relevant in the job market.

The future of AI holds tremendous promise and potential for both positive and negative impacts on society. While AI will undoubtedly bring about unprecedented convenience, efficiency, and advancements, it also raises significant challenges that require proactive and ethical solutions.

To harness the full potential of AI for the betterment of humanity, a collaborative effort between governments, industries, and researchers is necessary. By addressing ethical concerns, embracing the changing workforce landscape, and leveraging AI for social good, we can build a future where artificial intelligence becomes a powerful force for positive transformation, benefitting all of humanity.

crypto

What makes a crypto asset a security in the US?

The recent legal actions taken by the U.S. Securities and Exchange Commission (SEC) against prominent crypto platforms Coinbase and Binance have sparked a significant debate regarding the classification of digital tokens as securities.

Accusing these platforms of operating illegally and evading disclosure requirements, the SEC’s lawsuits seek to determine whether certain cryptocurrencies should have been registered as securities. As the United States leads the regulatory crackdown on cryptocurrencies, this case becomes a crucial test of the SEC’s jurisdiction over the industry.

Crypto
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The SEC alleges that Coinbase allowed users to trade at least 13 crypto assets that should have been registered as securities, including tokens like Solana, Cardano, and Polygon.

However, Coinbase and other industry players vehemently deny listing any securities, contending that most cryptocurrencies, which operate on blockchain networks, do not meet the definition of securities under U.S. law.

Industry participants argue that the SEC’s determination of whether digital assets are securities has been vague and inconsistent, making it challenging for market players to navigate regulatory requirements.

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To determine whether crypto assets should be classified as securities, the SEC relies on the Howey Test. This test stems from a landmark 1946 U.S. Supreme Court case involving investors in Florida orange groves.

It established that an investment involving money in a common enterprise with profits derived solely from the efforts of others falls under the definition of an investment contract or security. This precedent empowers the SEC to intervene when investments resemble this type of arrangement, indicating the potential classification of certain cryptocurrencies as securities.

Previous Rulings and Settlements (approx. 120 words): In cases that have reached court, judges have generally sided with the SEC, determining that specific crypto assets are securities. These decisions have been based on developers’ statements linking the value of digital assets to the efforts of others, thereby establishing that investor profits depend on external factors.

Furthermore, courts have concluded that investors participate in a common enterprise when their funds are pooled by the token issuer and used for system development. Many crypto-related cases brought by the SEC have ended in settlements, with companies paying fines and committing to comply with U.S. securities laws, sometimes resulting in companies leaving the U.S. market or discontinuing their crypto projects.

The outcome of the SEC’s case against Ripple Labs over the cryptocurrency XRP holds substantial implications for the classification of crypto assets as securities. Ripple argues that there was no common enterprise involved since the associated blockchain was fully operational before XRP was ever sold.

In contrast, Bitcoin is generally not considered a security due to its anonymous and open-source origins, where investor profits are not dependent on the efforts of developers or managers. The Ripple case’s resolution will likely provide further clarity on the SEC’s stance regarding securities classification.

The ongoing legal battle between the SEC and major crypto platforms like Coinbase and Binance centers around the classification of cryptocurrencies as securities. As the industry calls for clearer regulations and guidance, the outcomes of current cases will significantly shape the regulatory landscape for the U.S. crypto industry.

AI chatbot

Google’s medical AI chatbot is reportedly being tested in hospitals

In a groundbreaking move, several hospitals, including the prestigious Mayo Clinic, have commenced trial runs of Google’s Med-PaLM 2, an AI chatbot that is widely anticipated to bring about a seismic shift in the healthcare industry.

Med-PaLM 2 represents an enhanced version of PaLM2, the language model announced by the tech giant at this year’s Google I/O. PaLM 2 serves as the foundational framework for Google’s AI tool, Bard.

AI chatbot
Image Source: benzinga.com

According to internal emails obtained by The Wall Street Journal, Google is confident that Med-PaLM 2 will provide superior medical advice due to its extensive exposure to questions and answers derived from medical licensing exams. This meticulous training ensures that the AI chatbot possesses a comprehensive understanding of medical knowledge.

Insiders familiar with the matter divulged that Google has been conducting tests of the new system in collaboration with various hospitals, including the esteemed research institution, Mayo Clinic, since April.

During that time, Google reportedly shared with its employees a statement from a researcher involved in the project, highlighting the potential value of a trusted medical assistant model in regions where access to doctors is limited.

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The exact timeline for wider implementation of the program in hospitals and medical research institutions remains unclear. A senior researcher intimately involved in the project emphasized that Google is still in the early stages of developing this innovative product.

The advent of Med-PaLM 2 marks a significant milestone in the integration of artificial intelligence into healthcare. Leveraging the vast capabilities of language modeling, this advanced chatbot has the potential to revolutionize patient care, medical diagnostics, and treatment recommendations.

By harnessing the power of AI, Med-PaLM 2 can analyze vast amounts of medical data, rapidly process complex information, and generate tailored responses to inquiries. Its ability to draw from a vast pool of medical licensing exam questions and answers ensures a strong foundation in evidence-based medical knowledge.

The collaboration with renowned healthcare institutions, such as Mayo Clinic, highlights the commitment of both Google and the medical community to explore and embrace innovative technologies. Through rigorous testing and evaluation, the effectiveness, accuracy, and safety of Med-PaLM 2 can be thoroughly assessed, ensuring that it meets the highest standards of medical practice.

While the development and widespread adoption of Med-PaLM 2 may take time, the potential benefits it offers are immense. In addition to assisting healthcare professionals in providing comprehensive and timely medical advice, this AI chatbot has the potential to bridge the gap in access to medical expertise in regions with limited resources.

As Google continues to refine and expand the capabilities of Med-PaLM 2, the future of healthcare stands on the precipice of a transformative era. The integration of advanced AI technologies into clinical practice holds the promise of improved patient outcomes, enhanced healthcare delivery, and increased accessibility to medical knowledge for all.

AI

Could AI robots play future roles as companions in care homes?

AI-powered robots, such as Nadine, with human-like gestures and expressions, are being hailed as potential companions for the sick and elderly.

Nadia Magnenat Thalmann, a robot expert from the University of Geneva and a creator of Nadine, believes that these robots could surpass human carers in terms of effectiveness. With a global shortage of caregivers, particularly after the COVID-19 pandemic, humanoid robots in care homes offer a promising solution.

AI
Image Source: science.org

AI robots like Nadine have the advantage of being available 24/7, providing constant companionship and assistance to care home residents. Unlike human carers who face time constraints, social robots can offer undivided attention, ensuring that residents receive support whenever needed. This round-the-clock care is crucial, given the increasing demand for caregiving services and the growing aging population.

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Nadine’s conversational skills and interactive capabilities make her an invaluable companion. By engaging in conversations, playing games, and even singing, Nadine establishes emotional connections with care home residents, promoting their well-being. Upgrades like the AI model GPT-3 have further improved Nadine’s ability to express complex concepts, enhancing her interaction with residents and addressing their cognitive and emotional needs.

The integration of AI robots does not seek to replace human carers but rather complement their efforts. Social robots and human carers can work collaboratively to provide optimal care. While human carers offer empathy, compassion, and critical decision-making skills, robots can provide consistent care, perform routine tasks, and enhance social interactions.

This collaboration allows human carers to focus on personalized care, while robots handle repetitive or time-consuming tasks.

AI robots like Nadine can significantly enhance the well-being of care home residents. Loneliness and social isolation are prevalent among the elderly, but robots can fill the void by providing companionship, stimulation, and emotional support.

Moreover, as the demand for caregivers exceeds the available supply, robots can help bridge the staffing gap. By delegating certain responsibilities to robots, human carers can allocate their time more efficiently and provide individualized care.

AI robots as companions in care homes hold immense potential for the future of caregiving. With their round-the-clock availability, enhanced conversational abilities, and the ability to address staffing challenges, robots like Nadine can play a pivotal role in supporting the well-being of the elderly.

By combining the strengths of human carers and social robots, care homes can provide comprehensive care that meets residents’ physical, emotional, and social needs. While challenges and ethical considerations remain, exploring and embracing the possibilities offered by AI robots in elderly care is imperative.

Runway

AI company Runway valued at $1.5 billion in the latest funding

After raising the sum of 141 million USD from financiers, which includes Alphabet child company, Google, and Nvidia, artificial intelligence business Runway has been assessed at 1.5 billion dollars, according to someone aware of the situation on Thursday.

Salesforce Vc and Runway present investors were also a part of the expansion of the Series C fundraising round, the business stated in a statement.

Runway
Image Source: news.crunchbase.com

Huge technological titans and venture capitalists have invested huge amounts of money in startups developing cutting-edge technologies as a result of ChatGPT’s meteoric growth and the promise of AI to alter industries.

“Generative AI is transforming the content creation industry, breathing new life into stories and ideas that were not imaginable,” Nvidia CEO Jensen Huang said in a statement.

Source: finance.yahoo.com

Using messages or pictures, Runway software can modify or alter already-existing movies or produce brand-new videos. Additionally, the business previously this year released a smartphone app that gave customers reach to its generative artificial intelligence (AI) capabilities.

Yet another AI firm, Inflection, got the sum of $1.3 billion from Microsoft previously at a value of 4 billion dollars, according to a source, acquainted with the transaction who spoke to Reuters. Numerous sectors are being transformed by artificial intelligence, so there is an increasing need for employees with knowledge and expertise in this field.

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A person’s ability to build in-demand abilities that open up intriguing job options in fields like data science, machine learning, as well as robotics can be improved by studying artificial intelligence. It’s a new technology that’s developing quickly.

Understanding artificial intelligence can assist people in comprehending the current state of technology nowadays and its anticipated effects on many sectors. People may use this information to find fresh prospects for innovation and development.

Since the time it became essential cybersecurity has become a prominent issue. Possible risks to networks and sensitive information change along with technology. The need for solutions based on artificial intelligence for cybersecurity has risen.

Over the past ten years, fintech has experienced a lot of innovations. As new applications appear, traditional financial institutions are challenged to stay current with technology.

Processing times for financial institution operations can be slashed thanks to AI.

Nowadays, AI is becoming progressively more common, and its influence on many businesses and society at large cannot be understated.