Monocle

What is Monocle?

Monocle, developed by Brilliant Labs, offers a suite of open-source wearable augmented reality devices including the compact Monocle and Frame smart glasses. These devices feature high-fidelity optics, color OLED displays, integrated cameras, microphones, and FPGA acceleration for machine learning and computer vision tasks. Designed for developers, hackers, and creatives, Monocle provides a community-driven ecosystem with accessible hardware and software, enabling users to create, customize, and explore AR applications enhanced by AI capabilities. The platform supports Bluetooth connectivity, MicroPython-based OS, and a rich set of developer tools, encouraging innovation in AR experiences.

Key Features

• Open-Source Hardware & Software

  Both hardware designs and software are fully open-source, allowing users to customize and contribute to the ecosystem.

• High-Quality AR Display

  Devices feature 640x400 color OLED displays with ~20° field of view and thin, light geometric prism optics for immersive visual experiences.

• Integrated Sensors and AI Acceleration

  Includes 720p or 5MP cameras, microphones, 3-axis accelerometer, e-compass, and FPGA for accelerated graphics, imaging, and machine learning.

• Developer-Friendly OS and Tools

  Runs a MicroPython or Lua-based OS with extensive developer resources, including AR Studio for VSCode, Python libraries, and SDKs for iOS and Android.

• Compact and Lightweight Design

  Devices like Monocle weigh about half an ounce, designed for comfort during prolonged use and clip-on compatibility with existing eyewear.

• Community and Support

  Active Discord community with regular AMA sessions, office hours, contests, and collaborative development opportunities.

Use Cases

• Augmented Reality Development : Developers can build and test AR applications, games, and computer vision projects using open-source hardware and software.
• AI-Powered Visual Assistance : Users can leverage AI models for real-time image augmentation, object recognition, and enhanced vision capabilities.
• Creative Content Capture : Capture photos, videos, and instant replays with slow-motion using integrated cameras for documentation and creative projects.
• Education and Research : Ideal for learning, experimentation, and research in AR, machine learning, and embedded systems.
• Hands-Free Information Access : Use AR smart glasses for live translation, internet queries, and contextual information while on the move.

FAQs