Woyce
A practical breakdown of augmented, virtual, and mixed reality — what separates them technically, where each is used today, and how to pick the right one for a project.
A look at the technologies — smart glasses, ambient AI, wearables, and spatial computing — competing to replace the smartphone as the default personal computer.
A grounded look at how brain-computer interfaces actually work, who is building them, and what separates lab demonstrations from products people can buy.
A closer look at voice-first computing — interfaces designed around speech as the primary input — how it works, why it's resurging, and what builders need to get right.
A practical explainer on natural user interfaces (NUIs) — how gesture, gaze, voice, and spatial presence are replacing screens and controllers, and what that shift means for builders.
A practical explainer on haptic technology — how it simulates touch through vibration and force feedback, where it's used today, and why it matters for the next generation of interfaces.
A practical look at digital humans — photoreal AI-driven avatars used for customer service, training, and brand experiences — covering how they work, where they help, and where they still fall short.
A technical look at how true holographic displays differ from glasses-free 3D gimmicks, the optical methods that make them work, and where the technology realistically fits today.
A clear-eyed look at what happened to the metaverse after the hype cycle faded, and which technologies, use cases, and companies actually stuck around.
Ambient computing describes systems that sense, decide, and act around you without a screen or explicit command — this is how it actually works and where it still falls short.
A technical walkthrough of the micro-displays, waveguides, and optics that let smart glasses project images onto ordinary-looking lenses.
A practical breakdown of Android XR, Google's operating system for headsets and smart glasses, how it works, and what it means for developers and businesses building spatial apps.
A plain-language look at surface electromyography (sEMG) wristbands, how they translate muscle electrical activity into digital commands, and what that means for wearables, accessibility, and spatial computing.
A look at why standalone AI hardware devices like the Humane Ai Pin and Rabbit R1 struggled commercially, and what their failures teach builders about AI product design.
AI-native operating systems replace the app grid with a conversational layer that interprets what you want and assembles the result on the fly, rather than routing you into separate apps.
A technical walkthrough of how large language models turn rigid voice assistants into conversational agents that can reason about your home and control it.
A plain-language breakdown of how Matter and Thread work together to unify smart home devices, and why they now matter for AI voice assistants.
A look at how always-listening AI wearables capture audio and video of bystanders who never consented, and what businesses building or deploying these devices need to understand about the legal and design tradeoffs.
A technical walkthrough of how live-translating earbuds turn spoken language into another language in near real time, and what that pipeline can and can't do today.
Ambient AI note-takers like Plaud, Limitless, Amazon Bee, and Omi turn everyday conversation into searchable, summarized memory. Here's how the category works, why it exploded now, and what it actually means to wear a microphone all day.
A look at how wearables are shifting from passive step counters to AI-powered health coaches that interpret biometric data and talk back to users.
Sensor foundation models are large models pretrained directly on raw wearable and biosensor data instead of text, and they change how health AI gets built.
A grounded look at where home robots actually stand today — what they can do, why the fully automated household keeps slipping, and what builders and buyers should watch for next.
Tell us about your project. We'll be honest about whether we're the right fit — and if we are, we move fast.