Monako Glass

Key Features

• •Bone Conduction Microphone: Captures nasal vibrations directly to ignore all ambient noise, enabling Typeless and Whisper Flow for private, hands-free voice commands. This solves the input problem in loud spaces, making it ideal for co-working areas or public transport where reliable voice interaction is critical.
• •Agent Terminal: Built-in connectors for Claude Code, Codex, Unreal Engine, Blender, and After Effects, allowing users to control these professional tools from the glasses without switching contexts. Developers can run AI coding agents while monitoring 3D renders, all through voice and gestures.
• •Vision Engine: Micro gesture recognition technology inspired by Vision Pro translates subtle finger movements into precise digital commands. Pinch, swipe, and drag actions replace physical controllers, providing an intuitive hands-free interface for navigating complex software.
• •MonoOS with Lua App Layer: A Linux distribution with a LuaJIT application layer requiring only 200-500KB RAM per app. This allows on-the-fly app generation without compilation, enabling AI agents to create interactive tools immediately, boosting development speed and flexibility.
• •Embedded Rive Animation Runtime: Lightweight, state-driven vector animations that stay sharp and responsive on wearable hardware. This enables cinematic interface motion, making the user experience feel futuristic and fluid while maintaining performance on limited hardware.
• •Waveguide Display: The heads-up display projects digital content into the user's field of view, allowing eyes-on-the-world multitasking. Code, notifications, and 3D models appear seamlessly, reducing the need to look down at a screen and enabling continuous focus on physical tasks.
• •Hyper-personalized Apps: Users can speak apps into existence, creating and sharing real server-backed experiences for any situation without a development environment. This feature empowers users to tailor their workspace dynamically, from interactive dashboards to collaboration tools.
• •Seamless Interop: Workflows can span across Monako Glass, cloud sandboxes, and local Mac/PC. Tasks such as code editing, testing, and rendering can be transferred between devices without interruption, ensuring continuous productivity across different environments.

Use Cases

• •A software developer on a train uses Monako Glass to run Claude Code via voice, reviewing and debugging code in real-time without opening a laptop. Outcome: increased productivity during commute and less screen clutter.
• •A 3D artist manipulates a Blender scene using micro gestures while walking around a prototype, adjusting vertices and textures hands-free. Outcome: faster iteration and better spatial understanding of the model.
• •A video editor dictates After Effects composition changes while simultaneously sketching on a tablet, merging digital and physical inputs. Outcome: streamlined creative workflow with reduced context switching.
• •An instructor demonstrates coding concepts in front of a classroom, using voice to control an AI agent that generates code on the glasses' display while maintaining eye contact with students. Outcome: more engaging and interactive teaching.
• •A team of developers collaborates on a remote coding session where each member's AI agent output is visible through their own glasses, enabling synchronized pair programming. Outcome: enhanced collaboration and real-time feedback.

Who is this for?

Monako Glass is designed for developers, software engineers, and technical professionals who use AI coding agents like Claude Code and Codex. It is also ideal for 3D artists and animators working with Unreal Engine and Blender, as well as video editors using After Effects. The device serves power users who value hands-free interaction, mobility, and the ability to multitask across digital and physical environments. Early adopters include freelancers, digital nomads, and educators who need a portable yet powerful wearable workstation. The product is not for casual users but for those who demand professional-grade tool integration and performance.