Innovation Feeds

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Hi r/innovation, I’m working on a project that combines hardware and software — think of it like a compact smart device that interacts with a companion app to deliver a unique user experience. While I can’t share the exact product yet, it’s designed for high scalability and potential global adoption. Now here’s where I’m at: I’m currently scouting for a hardware partner or team to help build the physical device. But before I proceed, I want to understand how hardware partnerships typically work — both legally and financially — especially for startups building something that could become big. Some questions I’d love insights on: • If the hardware team helps me develop and assemble the device (not just manufacture), is it standard to give them revenue share or equity? Or should they just be paid per unit? • If they contribute to design, miniaturization, or figuring out how to fit critical components into a tight space, how do you measure their value? • I don’t have a patent yet. Can I safely work with a hardware partner if we use an NDA and NCA? Or is that still risky? • If the core IP lives in the software side (cloud, app, etc.), and the hardware is just the gateway, is it fair to keep all software revenue separate from the hardware partner? Would appreciate any real-world advice or even sample deal structures. This is my first time bringing a physical product to life, and I want to protect both the idea and the partnership. Thanks! submitted by /u/DisastrousCourt7281 [link] [comments]

Hello everyone, I am the owner of the “Let Me Think” page on LinkedIn, where I share my ideas and innovations. I wanted to share a small story about my attempt to present my ideas at Egyptian universities. Unfortunately, I was denied entry because I don’t have an official certificate, even though I strongly believe that ideas come before certificates. Is the fault mine or is it the system’s? Are ideas alone not enough? I need your support and engagement on my page. I want your opinions and comments so I can learn and improve. Should I continue and pursue this path or stop? The “Let Me Think” page on LinkedIn exists with the same picture as the one here. I hope you visit and support me. submitted by /u/ZealousidealEar464 [link] [comments]

Just curious — would people actually buy a water bottle that can cool water using a battery? I’ve been thinking about developing a battery-powered cooling water bottle – something that keeps your water chilled on the go, without needing ice or a fridge. submitted by /u/PrizeStorage556 [link] [comments]

Hey innovators! 👋 I’m prototyping AI-powered glasses that scan real-world text (questions on paper, screens, etc.) and give instant answers via LLMs—hands-free. Current Concept: • Real-time text scanning • LLM-powered instant answers • Hands-free operation • Potential for AR integration Looking For: 1. Your use cases – What daily problems could this solve? 2. Technical collaborators 3. Funding advice & resources 4. Early testing feedback Potential Applications: • Students: Quick answer verification • Professionals: Real-time document analysis • Language Translation: Instant text translation • Accessibility: Reading assistance • Research: Quick fact-checking Share your thoughts: 1. How would you use this in your daily life? 2. What features would make this essential for you? 3. Any specific problems you’d want it to solve? Let’s build something truly useful together! DM for collaboration. submitted by /u/Life_Recording_8938 [link] [comments]

Why isn’t accelerometer-based typing a thing yet? The untapped potential of motion-controlled keyboards I’ve been diving into alternative input methods for smartphones and stumbled across some fascinating research on tilt-based typing that got me thinking: why haven’t we seen more innovation in accelerometer-driven keyboards? The Current State Right now, accelerometer use in Android keyboards is practically non-existent in the mainstream market. I found some academic research on tilt-based typing designed for larger smartphones and VR environments, plus some experimental projects studying typing dynamics through accelerometer data. The LG Optimus 2X had a neat feature where you could tap the phone’s side to move the cursor left/right, but that’s about as close as we’ve gotten to commercial implementation. The Untapped Potential Think about it – our phones are packed with sophisticated motion sensors that we barely utilize for text input. Here are some concepts that could revolutionize mobile typing: Tilt-to-Type: Subtle phone tilts could switch between character sets (numbers, symbols, uppercase) without cluttering the screen Gesture Shortcuts: Quick phone movements could trigger common words, punctuation, or formatting commands Accessibility Innovation: Motion-based input could be game-changing for users with limited finger mobility or screen visibility VR/AR Integration: As we move toward more immersive computing, motion-based typing could bridge the gap when traditional screens aren’t practical The Challenge The research suggests accuracy and practicality are the main hurdles. Touch typing is incredibly refined after decades of optimization, and any motion-based system needs to be better than what we have, not just different. What’s Next? Are we missing opportunities here? Could machine learning make accelerometer typing accurate enough for practical use? Should keyboard developers be experimenting more with hybrid approaches that combine touch and motion? I’d love to hear thoughts from anyone working in mobile UX, accessibility tech, or anyone who’s experimented with alternative input methods. Are there technical limitations I’m not considering, or is this just a market timing issue? TL;DR: Our phones have amazing motion sensors we barely use for typing. Academic research shows promise, but commercial keyboards ignore accelerometers entirely. Seems like untapped innovation potential to me. What alternative input methods do you think we’ll see in the next 5 years? submitted by /u/Prior_Aerie_1142 [link] [comments]