🧑‍🎤 Presenter Script / Voiceover:

“Good [morning/afternoon], everyone!
Welcome back to the future of computing — where digital and physical worlds come together seamlessly. Today, we’re incredibly excited to show you a live demonstration of our next big leap in wearable technology: Android XR Glasses .”

“These sleek, lightweight glasses are powered by a custom version of Android — optimized for extended reality experiences across augmented, virtual, and mixed reality environments.”

🔍 Demo Introduction:

“Let’s jump into the demo. Here’s what you’ll see today:

• Seamless integration with your Android ecosystem

• Real-time contextual AR overlays

• Voice, gesture, and eye-tracking inputs

• Native apps and third-party integrations built using the new Android XR SDK

• And yes — it runs on Android, so developers can build for it just like any other device.”

🖥️ Scene 1: Setup & Interface

“First, I’ll power on the glasses. With a simple tap on the frame, they boot up instantly and pair automatically with my Pixel phone via UWB and Bluetooth LE Audio.”

“Once connected, I’m greeted with a spatial launcher — floating widgets, holographic notifications, and a familiar Android-style home view projected into my field of vision.”

“This is Android — reimagined for spatial computing.”

🕹️ Scene 2: Real-World Use Case – Smart Navigation

“Now, let me walk you through a real-world scenario. Imagine I’m walking through a city and need directions to a meeting.”

[Presenter looks around. The glasses overlay an arrow pointing down the street.]

“As I move, the system uses on-device AI and visual positioning to provide turn-by-turn navigation directly in my line of sight — no need to look down at my phone.”

“I can also ask, ‘Hey Google, how far am I from Union Square?’ and get a voice response with a visual overlay.”

📱 Scene 3: Messaging & Communication

“What if I receive a message while walking? Instead of pulling out my phone…”

[Incoming notification appears in front of presenter. They glance at it.]

“I can read the message, reply via dictation, or even answer a video call using the built-in camera and spatial audio.”

“And thanks to advanced beamforming mics, background noise is filtered out — making conversations crystal clear.”

🧠 Scene 4: Developer Experience & App Ecosystem

“Behind the scenes, these glasses run a powerful, customized version of Android 15, with full support for Kotlin, Jetpack Compose, and the brand-new Android XR SDK .”

“Developers can now create immersive apps that respond to head pose, hand gestures, and environmental anchors — all using familiar tools like Android Studio.”

“Let’s take a look at a sample app: a 3D modeling tool that lets me place objects in space and manipulate them with hand gestures.”

[Presenter gestures mid-air, manipulating a 3D model of a house.]

“This is just one example of how developers can bring their creativity to life on this platform.”

🌐 Scene 5: Multi-User & Shared Experiences

“But we didn’t stop there. We’ve also built in support for multi-user shared spaces .”

“So two people wearing Android XR Glasses can collaborate in real time — whether it’s reviewing a design, playing a game, or even sharing a movie in a virtual theater.”

[Demo shows two users looking at the same object in space, interacting with it simultaneously.]

🏁 Closing Remarks:

“This is just the beginning. Android XR Glasses represent a bold step forward in personal computing — blending utility, privacy, and immersion in a form factor that fits into your everyday life.”

“We can’t wait to put this into the hands of developers and users alike later this year.”

“Thank you — and stay tuned for more updates during I/O!”

💡 Tips for Presenters:

• Use real-time interaction rather than pre-recorded footage.

• Highlight developer accessibility — this is key for adoption.

• Show accessibility features , privacy controls , and battery life estimates .

• Consider a live Q&A after the demo to address audience questions.