
Optimus
Tesla's humanoid robot designed for automating repetitive and dangerous tasks.

The open-source glasses platform for the curious and creative, enabling realtime, multimodal AI conversations.

Halo by Brilliant Labs is an open-source smart glasses platform designed for developers and creators interested in exploring on-device AI. The glasses feature a micro color OLED display, bone conduction speakers, and optical-grade lenses (with prescription and sunglass options). The integrated Alif B1 processor (Cortex-M55 CPU and NPU) facilitates on-device AI inference, leveraging ultra-low-power optical sensors, dual microphones with audio activity detection, and a 6-axis IMU. Halo runs ZephyrOS with a Lua interface and connects to a cross-platform mobile app. The glasses are also integrated with Noa, a cloud-based AI agent capable of realtime, multimodal conversations, memory recall, and personalized interactions. The platform is open-source for both hardware and software, promoting community-driven innovation.
Halo by Brilliant Labs is an open-source smart glasses platform designed for developers and creators interested in exploring on-device AI.
Explore all tools that specialize in object recognition. This domain focus ensures Halo by Brilliant Labs delivers optimized results for this specific requirement.
Explore all tools that specialize in provide augmented reality overlays. This domain focus ensures Halo by Brilliant Labs delivers optimized results for this specific requirement.
Utilizes the Alif B1 processor's Cortex-M55 CPU and NPU for low-latency AI processing directly on the glasses.
Provides access to hardware schematics and software source code, facilitating customization and community contributions.
Integrates with a cloud-based AI agent capable of multimodal conversations and personalized interactions.
Enables developers to customize device behavior and create custom applications using the Lua scripting language.
Optimized for extended battery life, providing up to 14 hours of continuous use.
Unbox and inspect the Halo glasses for any damage.
Charge the glasses using the provided USB-C cable until fully charged (approximately 2 hours).
Download and install the Brilliant Labs mobile app (available on iOS and Android).
Pair the Halo glasses with your smartphone via Bluetooth 5.3 through the mobile app.
Configure your Wi-Fi settings within the app to enable cloud connectivity for Noa.
Familiarize yourself with the Lua scripting environment for customizing device behavior.
Explore the open-source hardware schematics and software repositories for advanced development.
Begin experimenting with AI inference using the on-device Alif B1 processor and sensor data.
Consult the online documentation and community forums for troubleshooting and support.
All Set
Ready to go
Verified feedback from other users.
"Users praise the open-source nature and on-device AI capabilities, but some note limited battery life."
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