Brilliant Labs Halo Open-Source Micro-OLED AI Glasses
40.5g open-source AI smart glasses powered by the Alif Semiconductor Balletto B1 NPU and Liquid AI's on-device LFM2 vision-language model, featuring a peripheral color Micro-OLED HUD with built-in +2 to -6 diopter focus adjustment and bone-conduction audio.
Editorial Rating Methodology (★ 4.8 / 5.0): This score is an internal editorial evaluation compiled by the RECIWO Labs editorial team—not a user poll or crowd-voted rating. It assesses published silicon compute efficiency (25%), optical/sensor/actuator engineering (25%), battery & thermal envelope (20%), SDK/software openness (15%), and price-to-specification value (15%) based on official manufacturer datasheets and public technical documentation. Learn more about our evaluation rubric →
Key Engineering Highlights
- Runs quantized Liquid Foundation Models (LFM2) locally on the Alif Balletto B1 NPU for sub-300ms visual scene recognition and wake-free contextual memory
- Built-in manual optical diopter dial (+2.0D to -6.0D) focuses the color Micro-OLED peripheral HUD sharply without requiring custom prescription inserts
- 100% open-source hardware schematics, firmware, and Noa agent SDK allow developers to self-host or swap multimodal LLM backends freely
Full Hardware Specifications
| Processor / Edge SoC | Alif Semiconductor Balletto B1 Ultra-Low-Power MCU + Ethos-U55 NPU |
|---|---|
| AI Model Stack | On-Device Liquid AI LFM2-VL + Noa Long-Term Episodic Memory Agent |
| Display & Optics | Color Peripheral Micro-OLED Retro-Reflective HUD (Manual +2D to -6D Diopter Dial) |
| Camera & Vision | Ultra-Low-Power Always-On Optical Vision Sensor (Sub-2mW Scene Inference) |
| Measured Weight | 40.5g (Modular Open-CAD Nylon & Titanium Frame) |
| Battery & Runtime | 14h Mixed Active Use w/ Neural Activity Gating / USB-C Fast Dock |
| Connectivity & I/O | Bluetooth 5.3 LE Audio / Full GitHub Lua & Python Open SDK |
| Sensors & Acoustics | Dual Bone-Conduction Speakers + 2-Mic Voice Activity Detection Array + 6-Axis IMU |
⚖️ Side-by-Side Comparison: Brilliant Labs Halo Open-Source Micro-OLED AI Glasses vs. AI Smart Glasses Peers
Direct specification comparison against leading competing devices in the AI Smart Glasses category.
| Specification | Brilliant Labs Halo Open-Source Micro-OLED AI Glasses (Current) | Ray-Ban Meta Gen 3 AI Glasses → | Even Realities G2 Air Invisible HUD Glasses → | Rokid AR Spatial AI Glasses → |
|---|---|---|---|---|
| Brand | Brilliant Labs | Meta × EssilorLuxottica | Even Realities | Rokid |
| Retail Price | $299 | $349 | $599 | $549 |
| Editorial Rating | ||||
| Edge SoC | Alif Semiconductor Balletto B1 Ultra-Low-Power MCU + Ethos-U55 NPU | Snapdragon AR1+ Gen 2 | Dual-Core Ultra-Low-Power MCU + Acoustic NPU | Snapdragon XR2+ Gen 2 (Station Puck) |
| AI Model Stack | On-Device Liquid AI LFM2-VL + Noa Long-Term Episodic Memory Agent | Llama 4 Multimodal (Hybrid Edge-Cloud) | Multi-LLM Router (GPT-4o / Claude / DeepSeek) | Qwen-Omni Hybrid Multimodal Engine |
| Display / Optics | Color Peripheral Micro-OLED Retro-Reflective HUD (Manual +2D to -6D Diopter Dial) | Screenless (Audio + First-Person Vision) | Binocular Green MicroLED (1,500 nits eye-box) | Sony Binocular Full-Color MicroOLED (1920×1200, 120Hz) |
| Camera | Ultra-Low-Power Always-On Optical Vision Sensor (Sub-2mW Scene Inference) | 12MP Ultrawide w/ Optical Stabilization | None (Privacy-first design) | Dual 16MP Stereoscopic Spatial Cameras |
| Weight | 40.5g (Modular Open-CAD Nylon & Titanium Frame) | 44.5g | 41.8g | 72.0g |
| Battery | 14h Mixed Active Use w/ Neural Activity Gating / USB-C Fast Dock | 7.5h single charge / 38h w/ charging case | 14.5h continuous / 52h w/ case | 5,500mAh Station Puck (4.5h active display) |
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