Luis Sousa’s Post

#Artificialintelligence is quickly becoming #commonplace within #oursociety. However, there is little consensus on what form these #AIs will take? #IyoOne is claiming #AI will take the form of #wearable #earbuds capable of listening to your every need and augmenting any sounds passing through the device. #Read this #Axios article to know more about this #wearableAI! We'd love to hear your thoughts in our #commentsection. https://lnkd.in/gR22i-sE

AI Wearable Devices: Opening Up New Channels? 🤳 The recently released Humane AI pin is touted as a next-level AI-powered assistant. The device attaches to a user's clothing, enabling them to ask questions, take photos or videos, and send messages. While the concept is promising, early reviews indicate that the product does not yet meet expectations. Critics argue that the latest AI hype has led companies to release products that lack practical value for the end user. Despite this, the emergence of AI-powered wearables hints at the potential of intelligent products and is broadening consumer perspectives on technology engagement in the future. Source: BBC News #AI #technology #engagement

Most AI device interfaces/prompts seem backwards-- pendants, watch wearables, ray-ban meta glasses, etc. Let me explain... Let's take something as mundane as having a conversation with someone and they ask what the weather is supposed to be next week. Your first recall is that you may know this off the top of your head and can respond immediately, but if you don't, then you pull out your device to prompt and ask *again* to wait for a response. Essentially doubling the effort to interface with AI in a general situation. What if you flipped this interaction? A better option may be to have the device continually keep a local buffer of audio on the device (30 seconds?), so instead when you interact with the device, the context can already be known. So now you're having the same conversation, you don't know the answer, you just push the button and let the device understand and respond based on the context it already buffered locally. Nothing leaves the device unless prompted for a response. Localized speech to text could speed up this process with models trained to understand the question(s) that needed answering. I'm positive many of our devices already work this way with audio buffering to support audio cues "Google..." "Alexa...", but why can't we advance usability with AI wearables to be more seamless/natural?

🌟 Prediction and Commentary 🌟 🔍 The recent reviews of wearable AI gadgets from Rabbit and Humane, including the critique by renowned publication WIRED, shed light on the challenges faced by tech companies attempting to compete with industry giants in the era of advanced AI like ChatGPT. Here's my take on what this means for the future of wearable tech: 🔹 Rabbit and Humane's products receiving unfavorable feedback signal a necessary reevaluation of the current strategies employed by tech companies venturing into wearable AI development. The limitations highlighted by reviewers emphasize the need for innovation and differentiation to stand out in a saturated market. 🔹 As big tech companies continue to dominate the AI landscape, it's clear that smaller players must leverage unique selling points and cutting-edge technology to carve a niche for themselves. This poses an exciting challenge for emerging companies to push the boundaries of wearable AI functionality and user experience. 🔹 The criticism faced by Rabbit and Humane underscores the importance of user-centric design, seamless integration of AI capabilities, and robust performance benchmarks. Embracing customer feedback and adapting swiftly to market trends will be crucial for wearable AI gadgets to thrive in an increasingly competitive environment. 🔹 Looking ahead, the convergence of wearable technology with AI holds immense potential for transforming how we interact with devices and connect with information. Despite the setbacks faced by Rabbit and Humane, the trajectory of wearable AI remains promising, with room for continued innovation and advancements. 💬 What are your thoughts on the challenges faced by wearable AI gadgets in the shadow of big tech giants like ChatGPT? Share your insights below! Together, let's explore the future opportunities and possibilities that lie ahead in the ever-evolving landscape of wearable technology. #TechInnovation #WearableAI #AIInTech #FutureTech #WearableTech #AIAdvancements

Wearables Just Got Smarter! ⌚️✨ Ever wondered how your smartwatch knows exactly what you're doing? 🏃♂️💡 Dive into the fascinating world of RelCon, a cutting-edge innovation in motion data analysis! This self-supervised learning model can analyze wearable data like never before—no labels needed! 🧠📊 Curious about how this tech might shape the future of health and fitness? Find out more on EngiSphere—link in the first comment! ⬇️ 🔬 Research by Maxwell Xu, Jaya Narain, Gregory Darnell, Haraldur Hallgrimsson, Hyewon Jeong, Darren Forde, Richard Fineman, Karthik Jayaraman Raghuram, James M. Rehg, Shirley, You REN. At Apple Inc.; University of Illinois Urbana-Champaign; Massachusetts Institute of Technology 💭 Question for you: What’s the coolest way you think AI-powered wearables could improve daily life? Share your thoughts below! 👉 Follow EngiSphere for daily insights into the world of engineering. Don’t forget to share this post and spread the knowledge—because true learning is knowing something about everything! 🌍💡 🔖 #WearableTech #AI #MachineLearning #HealthTech #EngineeringInnovation #DataScience #KnowledgeForAll

Game-Changing Innovation in Wearable Tech! 👓 Meta’s latest Ray-Ban smart glasses have raised the bar with amazing new features that are truly redefining what wearables can do! 🔥 ~ Real-time Translations: Language barriers? Not anymore! With on-the-fly translations, conversations in different languages are now a breeze. ~ 'Be My Eyes' Partnership: A collaboration aimed at assisting the visually impaired by connecting them with volunteers or AI for real-time guidance—an incredible way tech is making a difference. ~ Memory Recall: The glasses can now help you 'remember' things—whether it's keeping track of names, appointments, or even where you parked your car! This is wearable tech that's practical, stylish, and makes everyday life simpler. Excited to see how this innovation shapes the future of smart devices! #TechInnovation #WearableTech #SmartGlasses #FutureOfTech #MetaRayBan #AI #AssistiveTechnology #MemoryRecall #AI

Thoughts on this? >> Charger recall spells more bad news for Humane’s maligned AI Pin >> Comment below! >>> lqventures.com #IoT #AI #healthtech #industry40 #mhealth

Thoughts on this? >> Charger recall spells more bad news for Humane’s maligned AI Pin >> Comment below! >>> lqventures.com #IoT #AI #healthtech #industry40 #mhealth

What if I told you the future of health tracking doesn’t involve a smartwatch or a band? It’s in your head—literally. Neuralink, Elon Musk's ambitious brain-machine interface, is not just sci-fi anymore. Imagine this: no more wearable devices, no more checking your smartwatch for heart rate or stress levels. Neuralink could do it all, seamlessly. It could monitor your health in real time, directly from your brain. That's the kind of game-changer we’re talking about. But let’s not stop there. This tech isn’t just about health tracking—it has the potential to restore mobility to people with paralysis, enable communication for those unable to speak, and even enhance our cognitive abilities. The idea of controlling devices with just your thoughts? That’s not a movie plot anymore; it’s a very real possibility. Now, don’t get me wrong—I’m as fascinated as I am concerned. What if it malfunctions? This isn’t a gadget you can switch off and reboot. It’s connected to the most delicate and complex organ we have: the brain. A glitch here doesn’t mean a frozen screen; it could mean irreversible damage—or worse. Neuralink represents a bold step forward in merging technology with biology. It could redefine human potential, but it also raises serious ethical and safety concerns. Are we ready to embrace this level of integration, knowing the risks? What do you think—would you trust a chip in your brain?