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- TECHSWU #2
Spatial computing crypto refers to cryptocurrencies associated with spatial computing, which is the technology that enables augmented reality (AR) and virtual reality (VR) experiences. This emerging field is gaining interest 🔍 in the crypto market as investors look for the next big opportunity. Spatial computing has already seen significant developments, such as the unveiling of the Apple Vision Pro in 2023, which marked a turning point for AR and VR. Blockchain and crypto 👾 are playing a crucial role in advancing spatial computing by exploring new possibilities and verticals. Some highlights from the article include:
🌍 Spatial computing refers to how computers interact and process information about the physical surroundings.
💎 Spatial computing crypto coins are paving the way for new digital interactions and experiences.
🔝 The top three spatial computing crypto projects to watch in 2024 are Highstreet (HIGH), 5th Scape (5SCAPE), and Render Network (RNDR).
🛍 Highstreet aims to redefine online shopping using VR technology.
🎮 5th Scape focuses on creating an immersive VR gaming ecosystem.
💻 Render Network democratizes access to GPU resources for graphic designers.
💰 These projects offer unique opportunities for investors in the spatial computing space.
Overall, spatial computing crypto has the potential to revolutionize various industries beyond gaming and shopping, such as education 🎓 and real estate 🏡. Investors have the opportunity to enter the market early and potentially achieve significant gains. 💪
🤖 DeepMind has partnered with Liverpool FC to develop TacticAI, an AI system designed to enhance football coaching and strategy. Here are some highlights from the article:
• TacticAI utilizes geometric deep learning and graph neural networks (GNNs) as its foundational AI components. 📚🧠
• Geometric deep learning focuses on learning from structured or unstructured geometric data, such as graphs and networks. 📏📊
• Graph neural networks are designed to process graph-structured data and understand relationships and dependencies between entities. 🗄️🔗
• The TacticAI model processes player tracking data to predict receiver of the shot, shot likelihood, and player positioning adjustments during corner kicks. ⚽📊🔄
• TacticAI uses a comprehensive dataset of over 9,000 corner kicks from Premier League seasons for training. 📊📈
• The development of TacticAI in football has broader implications for advancing AI in sports and enhancing defense and military strategy. 🏈⚡🎖️
• TacticAI exemplifies the fusion of human strategic insight with advanced AI technologies. 🤝💡
• This approach highlights the growing importance of AI in decision support and strategic development across various sectors. 📈🔄🌍
In summary, TacticAI is a significant leap in merging AI with sports strategy, with the potential to transform not only football but also other sports and fields like defense and military operations. ⚽🚀🔝
OpenAI has unveiled a new technology called Voice Engine that can recreate someone's voice 🔊. A small group of businesses are currently testing the system, which can recreate a person's voice from a 15-second recording 🗣️. Users can upload a recording of themselves and a paragraph of text, and the system will read the text using a synthetic voice that sounds like the user 😮. The exciting part is that the text can be in any language 🌍, meaning the system can recreate voices in different languages 🗣️🌐. OpenAI had previously developed tools that allowed users to create digital images and full-motion videos 🖼️🎥. However, the company is also warning about the potential dangers of this new technology ⚠️, as it tries to understand its implications before releasing it on a broader scale ❗.
SparkFun has introduced a new addition to its Thing Plus range of development boards, the ESP32-S3 🚀, which features edge artificial intelligence (AI) and internet of things (IoT) capabilities. The board is based on the Espressif ESP32-S3, a chip that was released three years ago and is designed for on-device tiny machine learning and edge AI workloads. The ESP32-S3-MINI module on the board includes two Tensilica Xtensa LX7 cores, 2MB of pseudo-static RAM (PSRAM) 😲, and 4MB of flash storage. The board offers 21 out of 45 programmable GPIO pins, LCD interface, PWM channels, and a TWAI controller compatible with CAN 2.0. It also includes Wi-Fi 6 and Bluetooth 5 Low Energy radios, a microSD slot, battery support, a Qwiic connector for external breakout boards, and a user-addressable RGB LED. The SparkFun Thing Plus ESP32-S3 is priced at $19.95. 💰
Chinese smartphone and electronics maker Xiaomi has entered the electric vehicle (EV) market with the launch of its SU7 sedan. 🚗 The company opened orders for the vehicle via an app, with 50,000 orders received in the first 27 minutes. 😲 Xiaomi aims to become one of the world's top five automakers in the next 15-20 years. 🔝 The SU7 is priced from CNY215,900 ($30,000) to CNY299,900, undercutting the Tesla Model 3. ⚡️ Xiaomi plans to connect its cars with its phones and home appliances to create a "Human x Car x Home" ecosystem. 📱🏠 However, financial research firm CreditSights expects Xiaomi's EV division to lose money for its first two years due to high marketing and promotion costs. 💸 Chinese automakers expanding abroad also face political challenges, with the European Union investigating Chinese subsidies and the US investigating Chinese-made connected cars. 🌍🔍
The article highlights 12 smart cities in America 🏙️ that are leading the way in innovation and improving the quality of life for their residents. Some key points include:
• Dallas, Texas 💧 is using smart devices to detect leaks and monitor water usage, aiming to save tens of thousands of dollars of water every year. 💰
• Chicago, Illinois 🌳 has installed devices to dim street lights when unnecessary, save electricity, and detect water leaks. They have also implemented security cameras to increase safety. 🌃🔒
• Austin, Texas 🚗 has designed a grid to support electric cars and offers 5G Wi-Fi throughout the city. They are also working on expanding the use of renewable energy sources. ♻️
• Seattle, Washington ⚡ is focused on reducing its carbon footprint and has created the Innovative Advisory Council to address various issues such as homelessness and food shortages. 🌍
• Charlotte, North Carolina partnered with Microsoft to expand Wi-Fi availability and is working on improving traffic monitoring to reduce carbon emissions. 📶🌿
• San Francisco, California 🌉 has a goal of powering the city with 100% renewable resources and is working towards creating an electric grid for autonomous driving. 🌞🌿🚗
• Washington D.C. 🏛️ uses movement analytics to observe transportation movements for better traffic management and criminal activity prevention. 🚦🚓
• Boston, Massachusetts allows residents to submit data to address neighborhood issues and was the first to track school buses for parents' convenience. 🚌✉️
• Pittsburgh, Pennsylvania uses sensors and AI to improve traffic flow and has seen a decrease in car emissions and wait times since implementation. 🚦🚗📊
• Boulder, Colorado is aiming for 100% renewable energy by 2030 and encourages residents to invest in solar and hydroelectricity. ☀️💦
• San Jose, California focuses on public safety, sustainability, and usability and monitors air and sound pollution. 🌳🌬️🔊
• New York City 🗽 has implemented various measures to manage water, waste, traffic, tourism, and mobility, including sensors to track water usage and kiosks for charging phones. 💦🌎🚦🔌
These cities are setting the stage for a future where technology and sustainability go hand in hand, improving the lives of residents and creating a better environment for future generations. 🌟👨👩👧👦
Researchers at the University of California have developed a wearable device that can help individuals with voice disorders regain their ability to speak. 🎤 The device, which is a soft, thin, stretchy patch measuring just over 1 square inch, is attached to the skin outside of the throat. 🧬 It uses artificial intelligence and machine learning to detect movement in the larynx muscles and translate those signals into audible speech. 🤖🗣️ The bioelectric system has a 95% accuracy rate in converting muscle movements into speech signals. 👍 The device consists of two components: a sensing component that detects and converts muscle signals into electrical signals, and an actuation component that turns those electrical signals into vocal expression. 💡 The device is non-invasive, lightweight, and can be easily adhered to the skin. It has the potential to provide a convenient and effective way for people with voice disorders, such as those recovering from laryngeal cancer surgeries, to communicate. 🌟
Amazon is planning to invest approximately $150 billion in data centers over the next 15 years to accommodate the growing demand for AI applications and digital services. 🚀 This investment will help Amazon maintain its dominant position in the cloud services sector, where it currently holds double the market share of its closest competitor, Microsoft Corp. 💪 Despite experiencing slow sales growth last year, Amazon Web Services (AWS) is expecting an increase in capital investments this year, with a particular focus on expanding its infrastructure to support the growth of its AI business. 👩💻 The company is also developing proprietary tools to compete with OpenAI's ChatGPT and has formed partnerships with other companies to enhance its AI services. By expanding its data center footprint and investing in high-cost chips, Amazon aims to generate tens of billions of dollars in revenue from AI-related services. 💰🚀
🏠 Generative AI is making its way into 🏡 home appliances, creating more personalized and interactive experiences for users. GE Appliances' SmartHQ app uses generative AI to offer customized recipes 🍲 based on the ingredients a customer already has. Samsung is also planning to incorporate generative AI into its appliances to better understand how consumers use their products, allowing ovens to recognize what's cooking and fridges to suggest recipes. Manufacturers like Miele and LG are joining in as well, incorporating generative AI into appliances to offer personalized cooking assistance and maintenance recommendations. 🤖
These developments indicate a future where appliances adapt to users' needs and predict issues ahead of time, enhancing convenience and efficiency! 🌟
🌟 Amazon has launched the Amazon One app, allowing users to sign up for its palm recognition service using their 📱.
✋ The app uses the phone's 📷 to capture a photo of a user's palm print, creating a unique numerical and vector representation of the vein structure.
💳 This technology can be used for various purposes, including making payments at retail locations, age verification, and ticketless entry for 🎶 concerts and 🏀 sporting events.
💪 Users will need to add a payment method and upload a photo of their ID within the app.
🔐 The palm prints are encrypted and securely stored in the Amazon Web Service cloud.
📲 The app is available for both iOS and Android devices.
🎵 An AI-generated blues song has sparked discussions about the role of AI in music and commerce. The song was created by the platform Suno, which uses AI algorithms, including ChatGPT, for lyric writing. Suno can generate entire songs from simple text prompts, encompassing vocals, melody, chords, lyrics, and even album covers. Some experts believe that AI is leveling the playing field in the music industry and will lead to a surge of new artists. However, others believe that AI cannot replicate the emotional depth and sense of community that comes from human-created music. Universal Music Group and Roland Corporation are working on a framework for the use of AI in creative fields. Suno is just one of many AI tools available to help musicians create music, and while AI can augment the creative process, human artists will always bring a unique perspective to their wor