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Brilliant Labs Halo: OLED Projection, On-Face AI, and Full Open Source

Brilliant Labs Halo smart glasses

Forget heavy headsets and locked ecosystems — Brilliant Labs Halo is a new kind of smart glasses: lightweight, developer-friendly, and designed for real-time AI interaction. With a micro OLED display, camera, bone conduction audio, and programmable Lua interface, Halo doesn’t just show you data — it helps you think with your eyes.

And yes — it’s fully open source.

Brilliant Labs Halo smart glasses

Key Features

Display: Micro color OLED display (external module)

Display Position: Located in front-facing display housing, not embedded in the lens

Camera: Built-in front-facing camera for AI visual input

Audio: 2× ultra-compact bone conduction speakers

Sensors:

• Optical sensor for AI gestures and tap detection

• 2× microphones with audio activity detection

• 6-axis IMU (accelerometer + gyroscope)

Processor: Low-power AI chip (not disclosed)

Battery Life: Up to 14 hours (estimated)

Charging: Magnetic pogo-pin connection

Connectivity: Bluetooth 5.3

Lightbar: Internal LED status indicator inside the frame

Weight: Just over 40g

Fit Range: 58–72mm IPD (interpupillary distance)

Lens: Optical-grade lenses with anti-reflective coating

Lens Options: Prescription (+2 to –6) and sunglasses available

Software:

• ZephyrOS (real-time embedded OS)

• Lua scripting interface

• Cross-platform mobile app (iOS and Android)

Assistant: NOA – Neural Optical Assistant

Open Source: Full hardware and firmware available via GitHub

Brilliant Labs Halo smart glasses

Display: A Dedicated Module for Glanceable Visuals

Halo uses a separate micro OLED display housed in a dedicated front module. The image is not embedded inside the lens — instead, it’s optically aligned to appear in a fixed, glanceable position in your field of view.

The display shows short bursts of AI responses, translations, symbols or indicators. It is not designed for immersive AR or video — it’s for lightweight, real-time feedback only. No projection claims. No waveguides. Just clean interface.

Brilliant Labs Halo smart glasses

Built-In Camera for AI Context

Halo includes a front-facing camera designed for real-time AI tasks. It captures what you’re looking at — text, objects, surfaces — and sends it to the assistant for interpretation or response. You cannot take photos or record video- the camera is used only for AI vision input.

Brilliant Labs Halo smart glasses

Discreet Audio Through Bone Conduction

Halo uses two ultra-compact bone conduction speakers to deliver AI responses directly to your inner ear while keeping your ears open. This ensures safety and awareness in public spaces, without sacrificing clarity.

No wake words are required — you activate NOA through gestures, tap detection, or via the app.

Brilliant Labs Halo smart glasses

NOA: Neural Optical Assistant

Halo is powered by NOA, a multimodal AI assistant designed for real-time, hands-free interaction.

• Answer visual queries

• Summarize what you’re looking at

• Set memory anchors

• Trigger voice or gesture-based commands

• Interact conversationally via app

NOA is cloud-based and privacy-first. It only activates when you request it.

NOA is available in two tiers:

Basic: Free, limited to essential queries and request caps

Plus: Coming soon — will offer realtime AI, memory history, and faster logic (pricing not announced)

Open Source by Default

Halo runs ZephyrOS, a real-time embedded system that’s fully programmable. Developers have access to:

• Lua scripting APIs

• Flutter SDK for mobile extension

• Hardware schematics

• Firmware and runtime logic

• All tools hosted openly on GitHub

You can build your own agent, modify NOA, adjust gesture responses, or replace the interface entirely.

Brilliant Labs Halo smart glasses

Price and Availability

Price: $299 USD

Pre-orders: Open now via brilliant.xyz

Shipping: Q4 2025 (before holidays)

Fulfillment: First come, first served

Taxes and Returns

Taxes: Not included at checkout — depends on country

Returns:

• Full refund within 30 days (unused), minus $49 restocking fee

• Free replacement for defective units

• Support: hello@itsbrilliant.co

Brilliant Labs Halo smart glasses

Cons

No Wi-Fi or LTE — tethering required

• Display only visible in a limited area

• Camera has no user-facing photo/video function (and low quality)

• Prescription lens ordering requires external service

• Plus-tier subscription details not available yet

• Slow updating servises (care only with developers)

Brilliant Labs Halo smart glasses

FAQ

• Is the display embedded in the lens?

No — it’s a separate micro OLED module mounted near the lens.

• Can I take pictures or record video?

No — the camera is for AI vision input only.

• Does it work offline?

Basic device functions may work offline, but AI requires connection.

• Is it programmable?

Yes — via Lua, ZephyrOS, and GitHub tools.

• Can I use it without a subscription?

Yes — NOA Basic is free and functional.

Brilliant Labs Halo smart glasses

Final Verdict

Rating: 1 / 5

Brilliant Labs Halo sets out to be a breakthrough in wearable AI — but in reality, it carries forward many of the same limitations that defined its predecessor, and adds a surprising design regression.

The new version has lost its original identity. Where the previous Halo design was clean, distinctive, and thoughtful, the updated frame looks and feels like an off-the-shelf generic pair of glasses. The visual character is gone — replaced by cost-cut appearance and basic hardware assembly.

Worse, after more than a year with the previous version, no major features were ever added. The companion app remained stagnant, lacking multi-language support, updates, or daily-use functionality. Notifications? Missing. Smart assistant with reminders? Absent. Language translation? Never implemented.

In day-to-day use, Halo has always been a developer tool — not a consumer product. The camera works only in bright conditions. The AI can “see” what you point at, but only sometimes. The assistant can “answer”, but not act. Even simple actions like translating a menu or receiving a phone alert are unavailable. No offline mode, no smart integrations, no native apps.

The camera quality is poor. The hardware feels fragile. And the assistant experience still relies on you opening a test app on Android, with zero frictionless integration. Everything is either underdeveloped, unfinished, or waiting on a roadmap that never arrives.

Worst of all — when asked directly about updates, the team’s own answer was honest: “Halo is built for developers, not everyday users.”

So let’s be honest too. If you’re not a developer, there is nothing here for you. Halo remains a promising experiment, but an unfinished one — more prototype than product.

Brilliant Labs Halo smart glasses