The need for high-speed internet connectivity that can traverse continents has never been higher in the connected world of today. The prospect of attaining uninterrupted connectivity via satellite internet and 7G has garnered considerable attention as technology progresses. Let’s explore these two revolutionary technologies’ potential and how they can transform global connectivity.

The Rise of 7G Technology

What is 7G?

7G technology represents the hypothetical evolution of mobile communication beyond the currently emerging 5G technology. While 5G is still being rolled out in various parts of the world, researchers and technology enthusiasts are already contemplating the potential of 7G.

Advantages of 7G for Connecting Continents

• Unprecedented Speeds: 7G is envisioned to provide internet speeds in the tens of gigabits per second, offering the potential for significantly improved international communication and data transfer.
• Low Latency: For applications that could benefit from improved intercontinental connectivity, like online gaming, remote medical operations, and real-time video conferencing, reduced latency is essential.

Challenges and Considerations

• Infrastructure Development: Global 7G deployment will necessitate large infrastructural changes and investments, which would provide major logistical and financial problems.
• Regulatory Complexities: It would probably take significant international cooperation and regulatory harmonization to implement 7G, which would be a difficult obstacle to overcome.

The Promise of 7G Technology

Understanding 7G

7G technology represents the hypothetical evolution of mobile communication beyond the current 5G standard. While 5G technology is still being rolled out in many parts of the world, researchers and experts are already contemplating the possibilities that 7G could offer.

Harnessing the Potential of Satellite Internet

Exploring Satellite Internet

Users of satellite internet can access the internet by use of communication satellites. Although this technology has been used to link underprivileged and inaccessible communities, its potential for connecting entire continents is beginning to gain traction.

Benefits of Satellite Internet for Global Connectivity

• Global Coverage: Satellite internet is a viable way to connect continents since it can provide internet connection almost anywhere on Earth, especially in underdeveloped or isolated locations.
• Rapid Deployment: In contrast to conventional land-based infrastructure, satellite internet may be set up quite rapidly, which could expedite the process of connecting disparate continents.

The Future of Global Connectivity

Exploring the potential of 7G and satellite internet is an exciting idea as the globe keeps striving for seamless global connectivity. Both technologies have the capacity to cross continents and transform worldwide communication, even though they each have particular advantages and difficulties.

These technologies have the potential to completely change how we connect and engage on a global scale, from the ultra-high speeds and low latency offered by 7G to the worldwide coverage and quick deployment possibilities of satellite internet. With each new discovery that is made possible by continuous research and development, the possibility of a world that is truly interconnected is becoming closer and closer.

In conclusion, the quest to connect continents through 7G and satellite internet is poised to transform the landscape of global connectivity, offering boundless opportunities for innovation, collaboration, and progress on an unprecedented scale. As these technologies continue to evolve, their impact on international communication and connectivity is set to be nothing short of revolutionary.

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Embracing the Raspberry Pi Revolution

Imagine a wallet-sized computer with the potential to function as a fully-fledged computing powerhouse, all while fitting in the palm of your hand. That’s precisely what the Raspberry Pi (RPi) offers. This series of single-board computers is gaining increasing prominence as the go-to choice for connecting IoT devices. With the Raspberry Pi, you can effortlessly plug into a computer monitor, delve into computing, and master programming languages like Scratch and Python. It’s not just about learning; the Raspberry Pi can handle a multitude of tasks, blurring the line between a traditional computer and an IoT device. From interfacing with the outside world to fueling digital maker projects, its capabilities are boundless – from music machines to parent detectors, weather stations, and much more.

Why Raspberry Pi?

Raspberry Pi has etched its name in the annals of tech enthusiasm. Its affordability, robust processing power within a compact board, an array of interfaces, a wealth of readily available examples with strong community support, and a host of other features have democratized access to IoT development. Over the years, several RPi models have graced the market, each featuring a Broadcom system on a chip (SoC) housing an integrated ARM-compatible central processing unit (CPU) and an on-chip graphics processing unit (GPU). On the board, you’ll find an HDMI port, a 3.5 mm analogue audio/video jack, four USB 2.0 ports, Ethernet, Camera Serial Interface, and Display Serial Interface. For Raspberry Pi enthusiasts, the Raspbian Operating System is a popular choice. Based on Debian OS and optimized for RPi hardware, it brings a seamless experience to users. However, despite its exciting capabilities, Raspberry Pi might not be the ideal choice for professional-grade projects. According to a recent AAC survey, nearly 20 percent of respondents admitted to using “maker” boards in their end products, showcasing the Raspberry Pi’s versatility and applicability in various settings, including professional development.

Bridging the Gap: Raspberry Pi and IoT Services

One of Raspberry Pi’s standout features is its ability to serve as an internet gateway. With a quad-core ARM Cortex A7 CPU running at 900 MHz and 1 GB LPDDR2 SDRAM, it’s well-equipped to function as the Internet Gateway Device, facilitating seamless data transfer between IoT devices and the cloud. By integrating Raspberry Pi with off-the-shelf sensors, IoT projects become more accessible and efficient. As IoT necessitates microcontrollers for data processing, Wi-Fi integration for cloud communication, and actuators for operational control, Raspberry Pi emerges as the preferred choice for innovators worldwide looking to embark on IoT ventures.

In Conclusion

The Internet of Things is a transformative force reshaping industries and redefining what’s possible in the digital realm. Amid this revolution, the Raspberry Pi stands tall as a beacon of innovation and accessibility. Its affordability, computational prowess, and versatility make it a key player in the IoT landscape, enabling both beginners and experts to explore, create, and innovate.

Whether you’re a hobbyist delving into maker projects or a professional developer seeking to bridge the gap between IoT and the real world, Raspberry Pi has proven its worth. Its remarkable capabilities in conjunction with IoT services make it a powerful tool in the hands of those looking to shape the future of technology.

So, are you ready to harness the full potential of the Raspberry Pi in your IoT endeavors? With the Raspberry Pi by your side, the possibilities are virtually limitless. Start your IoT journey today!

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The Future of Retail

Think of Covid as the chip company that already does the graphics processing inside your smartphone and which is considering going beyond the mobile device to become an artificial intelligence (AI) platform. The bigger question is not whether this will happen, but how will it happen? If you’ve worked in the field of voice and vision processing, then the past several years have felt very familiar. In 2013, Apple (AAPL) purchased Siri and the next year opened its Siri in the Cloud (SIC) center. In 2015, Google (GOOGL) acquired DeepMind and in 2017, Facebook (FB) acquired WhatsApp and Oculus. In 2018, Microsoft (MSFT) acquired Maluuba.

How COVID-19 is Impacting Retail

Malls are losing top tenants Developers are changing their overall business model Retailers are preparing for what’s to come For retailers who want to know what’s coming for COVID-19, or for retailers who don’t know, here’s a quick snapshot.

Following Sears, Sears filed for bankruptcy protection in October. Some of its stores were recently converted to LifeTime Outlets. Larger footprints are replaced with smaller stores and shorter aisles, meaning shorter time to checkout and a reduction in staffing.

Even J.C. Penney made the switch to shorter aisles and a focus on the “everyday low prices” mentality.

What Does the Retailer’s Future Look Like?

Retailers have experienced rapid growth and disruption since the 2000s, as consumers’ preferences changed and digital content transformed the shopping experience. Now, we’re at a tipping point where the retail industry is poised for another massive disruption with the introduction of 5G, AI, big data, and robotics, which will allow retailers to transform the customer experience and offer new, personalized, hyper-relevant products.

The Innovation Now Advisory Council released the insights of its Retail Innovation:

Shaping Tomorrow’s Business, calling for the creation of a National Innovation Council in the US to support the retail industry’s digital transformation and explore new solutions and business models to create a seamless consumer experience.

Conclusion

Due to the unintended effects of this pandemic, many industries are unable to return to the days before COVID. However, as with other declines, there have been more notable increases – including for retail. New trends and innovations have made an impact and will continue to grow as we enter a brighter era after the pandemic.

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The potential benefits of collaborating with sensor-controlled human robots are enormous. Examples range from protecting workers and increasing productivity to stimulating new sources of income through innovation and more.

The collaborative environment that automation suites provide includes multiple actors and a lot of data which together can present some significant challenges. Fortunately, they can be solved using the same technology that enables a continuum of automation. These challenges include:

What is Robotics?

Robots have been used in manufacturing for years. They are a staple of the manufacturing industry. But they aren’t just for large-scale production. In fact, the commercial robotics industry is also growing in size.

You may not be aware, but it’s a $20 billion industry. That’s why it’s so important that industrial automation solutions and automation engineers are able to work together. So what exactly does that mean?

Well, it means we’ll be able to integrate industrial robots seamlessly into the automation system. As your assembly line needs more production, you can quickly add a robot to add to the current setup. As your production demands decrease, you can turn your industrial automation off. Or as demand increases, you can turn on a robot.

The Benefits of Robotics

• Flexibility
• Precision
• Consistency
• Labor Reduction
• Workplace Safety
• High Productivity

The Future of Robotics

Robots are transforming the way we do business. They’ve changed manufacturing and distribution, healthcare, distribution, aerospace, defense, and education.

There are three main robotic categories.

Manually controlled, fully automatic, and collaborative robots.

These types of robots work together to accomplish a task by moving freely together without needing human interaction. Robots can be programmed and programmed easily. It takes about 20 minutes to program a mobile robot, and about a week to program an industrial robot. Programming can be done in a variety of ways. You can write code, use a pre-made script, or use an app.

Conclusion

Robotics: Saves you time, money, and space.

The use of industrial robots and automation in the manufacturing industry has grown exponentially in recent years. Since improving production efficiency, safety and quality assurance are the company’s primary interests, it is not surprising that significant investment and use of robotics continues to be made in production facilities around the world. While some may see robotic automation as a potential threat, the reality is that the benefits of industrial robot automation when combined with employees can be increased and help manufacturers achieve their production goals more efficiently.

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The Future of Fashion

The first major steps in this transition came from material science. Just as sensors have become so small they can be embedded in everything from devices to toys to the skin, materials have also become so tiny that they can now carry sophisticated electronics with them. Sensors are no longer confined to the watch or wristwatch. They’ve been embedded in clothing, from suits to earbuds, shoes, and even backpacks.

Wearable electronics are here, and you can thank our “smart” fabrics. The adaptive materials in smart clothing can be programmed with algorithms to change the way a garment is heated and cooled based on your activity levels or desired temperature. They can also change color based on proximity to the body, vibration, or patterning.

3D Printed Clothes

A research group in Canada has started to 3D print out clothes for the skin-tight bodysuits used by ultra-fit endurance athletes. 3D clothing is different because it is essentially a glove made of fabric. A mobile skin printer has a set of moving, photopolymerized needles that are equipped with tiny capsules filled with fluid. The moving needle is mounted on a robotic arm and it operates in a similar fashion to 3D printers in labs and works over a laser filament. The capsule is filled with a liquid that is jetted onto the fabric to create a 3D print.

The liquid also provides the structure of the garment, so it is strong but lightweight at the same time. What this means is that 3D printing can make functional and fashionable garments in a relatively short time.

Smart Clothing

The rise of wearable technologies has driven us to think differently about the way we wear clothes, and is, in turn, reshaping the retail experience. People now have the ability to use smartphone apps and wearables that let them interact with the clothes they are wearing to enhance their experience – from letting them listen to the music they want to, to changing colors based on the weather.

All without ever taking their phone out of their pockets. By attaching sensors to the fabric of a shirt or a pair of pants, you can track your heart rate or, more simply, count steps. This allows you to send a text message to a friend when you get home or remind yourself to take your medicine.

Conclusion

Perhaps the time is not long in coming when we will move on to the fact that we have to use our laptops and cell phones as a relic of another time to access the internet. The vertical development with IoT enabled as smart Fashion continues. We’ve said that before, but even at the risk of voicing our opinion, the possible solutions this technology can offer are truly endless. We can only sit and watch.

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The Food industry is changing

These technological changes are great, but that doesn’t mean we can just sit back and watch them happen, or even realize the importance of it, even if we were aware of it. Business owners must remain up-to-date and aware of these changes if they want to maximize their profits and create an enhanced customer experience, which customers are craving more than ever.

Taking advantage of these opportunities could get your business into a whole new sphere of success and allow your restaurant to reach new customers and help current customers get a sense of place and comfort while traveling. They can help with maintenance When it comes to restaurant maintenance, a workforce of over 100 people can be a real struggle for both restaurants and staff.

How AI is being used in the Food industry

Technology is taking on a much more visible role in the hospitality business. Machines and data are helping restaurants meet consumer demands and produce quality experiences. What used to be the domain of the restaurant staff is now being done by machines, which is actually a much more human-like interaction that ultimately helps staff create more welcoming experiences for their customers. More and more, companies are relying on artificial intelligence in order to create better customer experiences and compete with each other in the process. Those that don’t will be left behind.

Converting to an AI restaurant

If you’re thinking that the future of your restaurant is about converting to a digital enterprise, think again. Even if you’re not yet using AI or machine learning, it’s never been easier to implement in your organization.

Let’s take a look at a few ways your restaurant can embrace the digital revolution and reap the rewards of artificial intelligence: Optimize workforce productivity.

In a typical restaurant, employees carry their phones, tablets, and laptops with them at all times, but as mobile devices become more and more accessible, the temptation to check a text message or Instagram photo becomes ever greater. Many restaurateurs like to blame the trend on millennials, but they should start looking at the entire workforce, and not just the young staff.

What does this mean for the future of eating?

For starters, the AI space continues to evolve and solidify, so much so that the major players are starting to consolidate. Also, AI and machine learning are making their presence known and are ready to take on many of the restaurant industry’s key challenges. Specifically, here’s a look at how AI is impacting the restaurant industry and other industries:

Ordering Food This is the most obvious of the AI applications in the restaurant space. AI solutions are collecting massive amounts of data from POS systems, restaurant websites, and social media channels. The data that the systems collect helps them provide a personalized customer experience.

Conclusion

Restaurants are changing and it seems that nothing can stand in the way of the chefs and kitchen staff. The new space of humans and automation is colliding in the kitchens and tables of the 21st century.

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Our hope is to use this comprehensive review to explain AI to an audience of politicians, opinion leaders, and interested observers, and to show how AI has changed the world and raised important questions for society, the economy, and governance.

Challenges that AI will face

Nonetheless, in a world increasingly predisposed to technological innovation, there are already concerns that AI is already being applied to decision-making processes, which may have negative consequences.

Below are the challenges that can potentially arise in the use of AI:

• Dangerous Investments For several years now, a heated debate has raged regarding the ethical implications of AI and how to regulate it.
• AI systems, which often learn from experience, may one day overrule existing laws and morals. As the prevalence of AI spreads, so too will the impact of its decisions on the real world.
• Faulty ML and AI Another significant challenge are that while today’s AI is impressive in its ability to learn, it lacks the ability to think critically.

The internet of things

The industry trend has seen the rise of “the internet of things” (IoT) with the seemingly exponential growth of connected devices that increasingly gather data to improve the way in which a variety of industries operate. One such IoT-driven industry is banking and financial services. Today, AI is now widely used in such industries to ease operations and provide customer experience.

However, there are many challenges that will face this new age of banking.

AI in the workplace

IT departments are continuing to build and implement AI in their workplace initiatives, as reported in a recent survey. These efforts are being undertaken by organizations of all sizes, and while many businesses are still learning about the technology and its potential, others are getting a better understanding of how it works and what it can do for them. The survey results indicate that even though the use of AI has started to emerge in many business situations, its future is still far from guaranteed. 

AI and the military

Most military agencies are now using AI to improve their arsenal of military weapons and to improve the outcome of their military actions. This use of AI was thrust to the fore after Russia recently publicly stated that their military agencies will incorporate AI within their arsenal by 2027.

As Russia is the largest nuclear power in the world, this move had the military cognoscenti examining the implications of AI for warfare and the future of nuclear weapons. One of the early adopters in the military application of AI is Russia. So far, over 20 military AI systems have been developed, and some of them have already been introduced in active service.

These military systems are being used to collect, analyze and disseminate information in the interests of the Russian military.

AI and the medical field

One of the latest AI-enabled medical breakthroughs is the development of a device that could speed up the recovery of stroke patients. Called the Neurological Assist Device (NAD), this lightweight robot, fitted with a flexible scalp electrode and neck connector, uses an advanced artificial intelligence system to study a patient’s brain signals and simulate a 12-month-long seizure.

Once it has simulated a seizure for a certain period of time, it connects to the patient’s machine and applies an electric current that helps the patient recover.

Currently, the NAD device has already been successfully tested in Switzerland, but the health ministry of Switzerland is not expected to approve the device until December 2019.

AI in warfare

AI is making headlines and has already been at the heart of the biggest conflicts in history. The AI Arms Race is making itself felt, with the power to produce weapons that are able to predict our movements, covertly eliminate our enemies and even predict our movements.

Vinod Nair, Head, Corporate, Middle East, India, and Africa, IBM, shares his views on the challenge that Artificial Intelligence has to face. With so many artificial intelligence technologies, what can one do that one cannot do? There are as many definitions of AI as there are of machines. However, the one that tends to be generally agreed upon is that AI systems will work intelligently alongside humans in a variety of domains.

AI and the environment

Despite the potential of AI and its impact on our lives, it is not without challenges. AI uses data to improve itself and make increasingly complex predictions about the future. This means that many of the problems it is confronted with are purely academic, too vast in nature to be solvable by humanity alone. In fact, solving these AI-specific challenges is in some respects a kind of capstone to AI research.

For instance, research for the Large Scale Visual Analytics challenge, which aims to develop an AI-enhanced system to identify dangerous wildfires, has recently wrapped up.

The system’s accuracy was 86%, which fell short of the researchers’ target of 90%. However, in other cases, research is advancing toward solving fundamental problems in the field.

Conclusion

In this article, we have discussed the top AI challenges that we should all be aware of to make sure that the benefits of implementing AI systems outweigh the risks and challenges. Do you think you can overcome the challenges listed above? Let us know in the comments below.

The post What Artificial Intelligence Challenges Will Shape The Future first appeared on AITechTrend.

“This is exactly when Artificial Intelligence [AI] can provide early detection of potential falls,” says Dr. Ashutosh Saxena, Founder and CEO of Caspar.AI. Dr. Saxena continues: “Human-centered technology from ambient sensors in the apartment home can be used to detect incidents such as falls without the use of pullcords or pendants. AI learns resident movements and knows when to signal a community manager for assistance.”

On her website, Florida Elder Lawyer Beth Prather points out the challenges that arise when residents fail to wear their alerting pendant. She goes on the mention that the monthly cost of a single-feature pendant can be expensive. Comments along the same line can be found at Caring.com: Because wearables are not always worn there can be gaps in protection for residents. Caring Senior Services points out that some devices must be removed to recharge and that some devices are uncomfortable for residents to wear during sleep.

Wearable devices fail to consistently alert since residents forget to wear the device or they remove it

Says Lutheran Life President and CEO Sloan Bentley: “We strive to implement the best technology for our resident’s safety and well-being. We have found that wearable devices fail to consistently alert the team of situations since residents forget to wear the device or remove during dressing and grooming.”

The Concerns with Wearables:

• Residents do not wear them all the time.
• Wearables sometimes need to be removed to charge.
• Wearables are often removed for sleep.
• Wearables are almost always removed for the shower or bath.
• Management of wearables creates additional work for community staff – Lost pendants, testing, etc.

The answer is a series of ambient sensors in the apartment home that bring human-centered technology into the retirement community. Such a system is available from Caspar.AI. Based on seven patents, the Caspar.AI sensors track residents in their apartments and can alert community staff in case a resident is inactive due to a fall. No wearables are required. Paired with that is the ability for residents to use voice command to call for help if needed.

Don’t be lulled into the belief that wearables bring 24/7/365 protection for residents. They don’t. But Caspar.AI does!

Contact: Joe Anderson, info@caspar.ai

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In addition to having access to these pavilions, attendees can take part in Constellation’s sessions and events showcasing solutions that cover all aspects of the building experience. Attendees will learn first-hand how digitizing the customer experience can improve both insights and sales, and can study each solution in depth with our experts. 

Constellation is proud to showcase many of the latest digital solutions at this year’s IBSx. You can learn more at their virtual booth.

NEWSTAR SalesXpress: This next-generation solution makes it easier for homebuilders to meet customer demands with data-led business decisions. By supporting online home sales directly from a builder’s website, SalesXpress helps to capture leads, create contracts, and manage the purchasing process from end-to-end. 

NHLS Distribution Engine: This platform is dedicated exclusively to NEW homes. NHLS provides the listing hub and distribution portal builders need to connect with buyers across North America. NHLS can help you manage, aggregate, and distribute your listing information to multiple marketing channels, and then manage the leads coming back in.

CustomerInsight: Great relationships are about more than surveys and metrics. CustomerInsight seamlessly delivers the data builders need to improve relationships with customers and win referrals while lowering margins and sales costs along the way.

Design Studio Manager: It’s easy to get an enthusiastic “yes” from customers with Design Studio Manager. This online solution guides buyers through the home building process, simplifying the experience while making it more efficient for builders.

BuildTopia Reporting Dashboards: This solution provides a visual representation of your live data, giving your teams actionable insights at the touch of a button. The intuitive layout offers every department unprecedented control, so you can continue to provide amazing results.

“The solutions and features created by Constellation HomeBuilder Systems are designed to support the changing landscape of the building community, making it easier for builders to offer convenient solutions at every step of the home buying journey. In 2020, we helped builders embrace these digital solutions as they adapted to the health and safety regulations in their local areas. I was very proud to see the resiliency of our builders and our team at Constellation navigate the downs and ups of the past year,” says Chris Graham, Vice President of Constellation HomeBuilder Systems.

Discover the latest software solutions and services at Constellation’s virtual booth from Feb 9-12, 2021

Register today to receive a free expo-only pass as our guest. 

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