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- TECHSWU #41
TECHSWU #41
Welcome to TECHSWU, your go-to destination for all things tech that matter in your daily life!
TECHSWU, Tequila Leday & Michael J Harrison
May 24, 2024
As China's population continues to age, there is a growing need for smart care solutions for the older generation. To address this, China is focusing on technological innovation to enhance elder-care services.
This includes leveraging digital and information technologies such as big data, artificial intelligence, and virtual reality. The goal is to develop smart devices and services that can improve the physical health, daily quality of life, emotional well-being, and safety of older individuals.
Some examples of these technologies include wearable devices for health monitoring, exoskeleton robots for rehabilitation, smart wheelchairs, and companion robots. China has also made efforts to make these technologies more user-friendly for older people.
By incorporating technology into elder-care activities, China aims to meet the increasing demand for elder care and improve the quality and personalization of services.
In this article, we get a glimpse of what Naruto, the beloved anime character, would look like using the latest tech gadgets. The AI-generated images show Naruto sporting various cutting-edge devices like the Apple Vision Pro headset, Samsung Galaxy S24 smartphone, AirPods Pro earbuds, iPhone 15 Pro Max, MacBook Pro, Apple Watch Series 9, and even the PlayStation 5.
The images envision Naruto incorporating these gadgets seamlessly into his ninja lifestyle. Whether he's training his jutsu in the virtual world, capturing the perfect selfie, embracing modern tech with style, flaunting his dynamic and stylish look, diving into gaming with the PS5, utilizing the power of a MacBook Pro for his missions and creative endeavors, or keeping track of time and missions with the sleek Apple Watch Series 9, Naruto proves to be a tech-savvy ninja.
These images transport us into a world where technology and the ninja world collide, showcasing the perfect blend of Naruto's ninja prowess and the latest tech innovations.
Researchers at the University of Aberdeen have developed a new soft robotic arm that could assist in the recovery of people who have had a stroke. The lightweight and inexpensive arm uses inflatable material to support the arm as it carries out basic repetitive movements, which are crucial for rehabilitation following a stroke.
The device can be used at home, allowing patients to benefit from physiotherapy both in professional sessions and in their own time. The arm is strapped to the user's limb and works by inflating and pressing the material strips against each other to encourage movement.
The researchers believe that this technology could help address the lack of access to physiotherapy for stroke patients, while also providing increased intensity through repetition.
Tech Foundry hosted a roundtable discussion in Springfield to address the need for career exploration in schools and to find solutions to the state's work force issues. Jay Ash, CEO of the Mass Competitive Partnership, emphasized the importance of connecting education with employment, stating that many students struggle to see the relevance of what they are learning to their future careers.
The discussion focused on the need for hands-on internships and training opportunities, as well as the availability of jobs in the market. The event brought together representatives from businesses, education, and government agencies, highlighting the collaborative effort needed to address the work force challenges in the state.
Overall, the message was clear: there are jobs available, and it is crucial to equip students with the skills and knowledge required to succeed in the workforce.
Spatial computing, including AR/VR/MR technologies, is changing the workplace by offering innovative use cases for immersive learning, remote guidance, and simulations. Businesses can leverage spatial learning solutions to improve training and upskill workers.
These solutions are highly customizable and can fit any working environment, from aviation to healthcare. Immersive learning scenarios provide a cost-effective and sustainable way for businesses to train their workforce, while also reducing worker risk.
Spatial learning solutions also allow businesses to integrate emerging technologies like smart glasses, digital twins, and virtual collaboration tools, enabling real-time and interactive workflows. Companies that adopt spatial learning solutions and understand learner behaviors can effectively leverage XR in their operations.
The market for spatial computing is rapidly growing, with hardware vendors and immersive service providers offering a range of options for enterprise-grade spatial learning.
In this epic showdown, two smartphone giants go head-to-head in a race for the ultimate charging supremacy. The new #honormagicv2 #porschedesign #android #smartphone takes on the reigning champ, the #OnePlusOpen, in what promises to be a nail-biting battle.
With both devices boasting lightning-fast charging capabilities, this clash of the tech titans will put their power to the test. Will the #honormagicv2 outpace its rival, or will the #OnePlusOpen prove its dominance?
As the anticipation builds, tech enthusiasts worldwide eagerly await the outcome of this electrifying race.
Who will emerge victorious, and who will be left in the dust? Stay tuned to find out!
Don't miss a moment of the action - follow Phandroid on Instagram to witness this epic battle unfold before your eyes. It's time to buckle up and get ready for the most electrifying showdown in the smartphone world.
The article highlights the best accessories to enhance the capabilities of the Insta360 X3 camera and create amazing videos. The Insta360 X3 is a popular 360-degree camera, and these accessories can take your content to the next level.
The first accessory mentioned is the Insta360 X3 Mic Adapter, which allows you to attach an external microphone to the camera for better audio quality. This is especially useful if you plan on recording vlogs or speaking to the camera for extended periods of time.
Next, the article recommends the VGSION Chest and Head Mount, which allows you to record first-person POV footage. It includes a chest mount, forehead mount, wrist mount, and backpack clip, giving you versatility in capturing different perspectives.
Another accessory highlighted is the Insta360 Invisible Selfie Stick, which makes the camera appear to float in the air. This accessory is essential for getting cool shots from high above and eliminating the selfie stick from the frame.
The article also recommends the Birgjpar 44-in-1 Accessory Combo Kit, which includes various mounts for different scenarios like biking, skiing, and vlogging. It offers a complete package of accessories to cover all your needs.
The Insta360 Third-Person Bike Handlebar Mount is mentioned as an accessory that allows you to capture both third-person and first-person POV footage. It mounts onto your bike's handlebar and provides a 360-degree recording experience.
Lastly, the Insta360 X3 Quick Reader is highlighted as a useful accessory for content creators who frequently transfer files from the camera to their smartphones or computers. It enables wireless file transfer, saving time and effort.
Overall, these accessories can enhance your Insta360 X3 camera's capabilities and help you create amazing videos. Whether you need better audio quality, different perspectives, or convenient file transfer options, these accessories have you covered.
A new material that mimics the properties of human skin could revolutionize the development of wearable devices. Researchers from Rice University developed the material by embedding clusters of ceramic nanoparticles into an elastic polymer, creating a substance that moves like skin while preserving signal strength in electronics.
The material's dielectric properties can adjust to counteract the disruptive effects of motion on interfacing electronics, minimizing energy loss and dissipating heat. The researchers built several stretchable wireless devices using the material and found that the devices maintained stable wireless communication even when stretched or bent.
The material has the potential to enhance wireless connectivity in various wearable platforms, making it a valuable innovation for the healthcare industry.
In its latest report on strategic technology trends, research and advisory firm Gartner examines the top emerging technologies to watch in 2024. These technologies have the potential to reshape the business landscape and drive sustainable enterprise growth.
The report highlights the rise of technologies that address key priorities, such as protecting investments, building solutions for stakeholders, and delivering value in changing environments. The top 10 emerging technologies include AI trust, risk, and security management, continuous threat exposure management, sustainable technology, platform engineering, AI augmented development, industry cloud platforms, intelligent applications, democratized generative AI, augmented connected workforce, and machine customers.
These technologies are expected to have a significant impact on various industries, and companies should pay attention to them as they look for new opportunities and innovations.
French satellite operator Kinéis and global semiconductor provider Semtech have partnered to make satellite connectivity more accessible for the Internet of Things (IoT). The collaboration integrates satellite and terrestrial IoT into a single electronic chip, enabling users of Semtech LoRa Edge chips to have global IoT connectivity by leveraging Kinéis' satellite connectivity alongside terrestrial LoRaWAN connectivity.
This eliminates the need for additional electronic modules. The partnership offers a way to implement hybrid terrestrial-satellite devices supporting multiple standard connectivity protocols.
Kinéis will provide partners with a reference design to create an equivalent radio module. Kinéis is set to deploy its constellation of 25 nanosatellites in 2024, marking the first European constellation dedicated to IoT.
The graduation season is here, and with it comes the question of who should deliver the commencement speech. While public figures like Viola Davis and Jerry Seinfeld have already taken the stage at various universities, one particular speaker stands out from the crowd: a robot named Sophia.
Sophia, an A.I.
robot, shared generic advice with the graduating class at D'Youville University in Buffalo, NY. She compiled her speech from past commencement addresses, offering advice such as embracing lifelong learning, taking risks, and fostering meaningful connections.
This unconventional choice raises the question of what makes a good commencement speaker and speech. Graduates and students are invited to reflect on who they would want to hear speak at their graduation, whether it be a human or robot, and what qualities they believe would make a memorable and impactful address.
The possibility of robots becoming a reality seemed far-fetched just a decade ago, but recent developments suggest that their arrival may be closer than we think. While robots have not yet become mainstream, organizations and industries are already exploring their potential applications.
Factories and warehouses are likely to be the first places where robots will be deployed, assisting in tasks such as item transportation and sorting. These robots could enhance productivity, reduce injuries, and improve delivery times for ecommerce brands.
Moreover, in the next ten years, more advanced robots incorporating artificial intelligence (AI) could be introduced, allowing them to make decisions and adjustments in real-time. Super-intelligent robots that rival human capabilities may also become a reality in the near future.
While speculation about the long-term future remains challenging, the possibilities for robots in various industries, and even in public services, are exciting.
Researchers from the University of Bonn are using AI and new technologies to revolutionize agricultural practices and make them more sustainable and efficient. In a recent paper published in the European Journal of Agronomy, the researchers outlined key research questions that need to be addressed to advance the smart digitization of agriculture.
Current cultivation methods have significant environmental costs, such as endangering biodiversity and contributing to greenhouse gas emissions. The researchers propose using smart digital technologies to mitigate these issues.
One example is using drones or robots to monitor farmland in real-time for nutrient deficiency, weed growth, or pest infestations. Another focus is on data integration and analysis to create digital copies of farmland and develop precise recommendations for action.
In order for these digital advancements to be fully integrated into crop production, farmers must understand and accept the benefits, and incentives or legal limits may need to be implemented.
According to a report by Meticulous Research, the global electric vehicle market is projected to reach $6,916.43 billion by 2031, with a compound annual growth rate (CAGR) of 28.
0% from 2024 to 2031. The market is also expected to reach 446.
54 million units by 2031, with a CAGR of 20.5% during the same period.
The key drivers for this growth include supportive government policies, investments from automotive OEMs, environmental concerns, declining battery prices, and rising consumer demand for electric vehicles. However, challenges such as high purchase costs and inadequate charging infrastructure in developing countries could hinder market growth.
Prominent trends in the market include the rise of shared mobility solutions, innovations in smart EV charging stations, and the emergence of wireless and solar-powered charging technologies. The report also provides insights into market segmentation by vehicle type, power output, propulsion type, end use, and geography.
Prominent players in the market include Tesla, BMW, BYD, Volkswagen, Hyundai, Volvo, Mercedes-Benz, Ford, Honda, General Motors, Nissan, Tata Motors, Alcraft Motor Company, Zero Electric Vehicle, and Faraday & Future.
