Monocle

Revolutionary open-source AR wearable technology featuring AI-powered smart glasses. Build immersive AR experiences with high-performance displays, real-time AI processing, and comprehensive development tools in a lightweight, versatile platform.

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Introduction

What is Monocle?

Monocle represents the future of wearable AI technology, offering an innovative open-source AR platform developed by Brilliant Labs. The ecosystem includes the compact Monocle device and Frame smart glasses, featuring state-of-the-art optics, vivid OLED displays, integrated sensors, and FPGA-accelerated AI processing. Designed for developers, makers, and creative professionals, Monocle provides a comprehensive development environment for creating AI-enhanced AR applications.

Key Features

Open-Source Architecture

Fully accessible hardware designs and software codebase enabling unlimited customization and community-driven innovation.

Premium AR Display Technology

Cutting-edge 640x400 color OLED displays delivering ~20° FOV through advanced geometric prism optics for crystal-clear AR visualization.

AI-Powered Computing

Integrated 720p/5MP cameras, audio sensors, motion tracking, and FPGA acceleration for real-time AI processing and computer vision tasks.

Intuitive Development Platform

Streamlined MicroPython/Lua-based operating system with comprehensive development tools, including AR Studio for VSCode and cross-platform SDKs.

Ergonomic Design

Ultra-lightweight construction (approximately 14g) optimized for extended wear and seamless integration with existing eyewear.

Vibrant Developer Community

Active Discord ecosystem featuring regular expert sessions, collaborative opportunities, and development challenges.

Use Cases

AR Development: Create and test innovative AR applications using open-source frameworks and AI integration.

AI Visual Enhancement: Implement real-time computer vision and AI-powered visual assistance features.

Creative Production: Capture immersive content with integrated camera systems and instant playback capabilities.

Academic Research: Ideal platform for exploring AR technology, machine learning, and embedded systems development.

Mobile Information Access: Enable hands-free AI-powered features including real-time translation and contextual information overlay.