Brilliant Labs Halo Review: Open-Source AR Glasses with AI Agent
Smart glasses are changing how we see the world. The Brilliant Labs Halo stands out with its open-source design and AI-powered brain.
This device brings a color microOLED display right to your eyes. It pairs with bone conduction speakers for clear audio.
Meet Noa, the built-in AI agent. Noa remembers your conversations and helps translate languages on the spot.
The Halo offers a 14-hour battery life. It fits most face shapes with adjustable diopters for clear vision.
But is it perfect? The VGA sensor limits photo quality. Some users also miss having a waveguide display.
This review breaks down every feature. We look at what works and what needs improvement. Let’s explore if the Brilliant Labs Halo deserves a spot on your face.
In a Nutshell
Here is the quick summary of what the Brilliant Labs Halo brings to the table.
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Open source design: The Halo runs on open source hardware and software. Developers and tinkerers can customize it freely.
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Noa remembers things long term. It helps with memory tasks and offers real time translation for daily conversations.
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The glasses use bone conduction speakers. Sound travels through your skull, so your ears stay open to the world around you.
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Lenses come with an anti reflective coating. Diopters adjust from +2 to -6, making them useful for many vision needs.
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Most face shapes fit these glasses well. Comfort stays high even during longer wear sessions.
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Some buyers reported delivery delays after ordering. The lack of a waveguide display is a dealbreaker for certain users who want that specific tech.
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A few wearers noted a limited fit despite the general size range working for most people.
Display and Optical Quality
The display and optical quality of the Halo stands out as one of its strongest features. The color microOLED screen delivers vibrant visuals directly in your line of sight. This technology produces deep blacks and bright colors without washing out in daylight conditions.
The optical-grade lenses come with an anti-reflective coating. This coating reduces glare and reflections that normally plague AR glasses. You get a clearer view of both the digital content and the real world behind it. The lenses work together with the microOLED display to create sharp text and images.
Adjustable diopters make a real difference for vision correction. The Halo supports a range from +2 to -6, which covers most common prescriptions. You can fine-tune the focus to match your eyesight without needing separate prescription lenses. This flexibility means the glasses work for people with different vision needs.
The high brightness display performs well in various lighting conditions. Whether you are indoors or outside on a sunny day, the screen remains visible and readable. This brightness level matters because dim screens become frustrating during daily use.
One limitation you should know about involves the VGA sensor. This lower-resolution camera restricts photo and video quality. If capturing high-quality images through the glasses is important to you, this may disappoint. The sensor works for basic object recognition and navigation, but not for detailed photography.
The lack of a waveguide technology is another point worth noting. Traditional AR glasses use waveguides to project images more efficiently. The Halo takes a different approach with its microOLED display instead. Some users prefer waveguide systems, while others find the Halo’s method works just fine.
Overall, the display delivers bright, clear visuals with good color accuracy. The adjustable lenses add practical value for vision correction. The VGA sensor limitation is the main tradeoff you make with this device. For everyday AR tasks and information display, the optical quality performs well.
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AI Capabilities and Software
The Noa AI agent sits at the heart of what makes the Halo special. This intelligent assistant learns from your interactions and builds a memory of your preferences over time. You get a personal AI that actually knows you.
Translation features work seamlessly through the Halo’s software. You can have conversations in different languages without stopping to translate manually. The AI handles the heavy lifting while you focus on communication.
Long term memory is where Noa truly stands out. Unlike basic voice assistants that forget everything after each session, Noa remembers context from previous conversations. This means fewer repetitions and more natural interactions as you use the device.
The open source foundation gives developers real power. You can modify the software, build custom features, and contribute improvements to the community. This transparency creates trust and enables innovation that closed systems simply cannot match.
Real time processing happens directly on the device. You do not need constant internet connectivity for basic functions. The Halo handles computations locally, which means faster responses and better privacy.
Voice control integrates naturally with the display. Commands work through bone conduction speakers, so you stay aware of your surroundings. The audio quality lets you hear responses clearly without blocking ambient sound.
The software updates roll out regularly. Brilliant Labs continues adding new capabilities and refining existing features. This means your glasses get smarter over time without requiring hardware changes.
Integration with external services expands what the Halo can do. The AI connects to various apps and platforms, pulling information when you need it. You get contextual help without juggling multiple devices.
Gesture recognition complements voice commands. You can interact with the display through simple hand movements. This dual input method gives you flexibility depending on your situation.
The AI capabilities represent a meaningful step forward for smart glasses. Noa combines practical features like translation with intelligent memory systems. The open source approach ensures this technology stays accessible and adaptable for different users and use cases.
Battery Life and Wearability
The Brilliant Labs Halo shines when it comes to real world battery performance. You get 14 hours of continuous use on a single charge, which means you can wear these glasses from morning through evening without hunting for a power outlet.
This extended battery life matters because smart glasses live on your face. Unlike a phone you can set down, you need your eyewear to stay powered throughout your day. The Halo delivers on this front, giving you confidence that your device won’t die mid conversation or mid task.
The glasses themselves feel light and balanced on your face. Most face shapes fit comfortably, which is a big advantage over many competitors that only work for specific head sizes. The open design lets air flow around your eyes, reducing that stuffy feeling some AR glasses create after hours of wear.
You can adjust the diopters from +2 to -6, so vision correction happens right on the device. This means you may not need to wear your regular glasses underneath, which improves comfort significantly. The adjustable lenses work smoothly and stay put once you set them.
The bone conduction speakers sit above your ears rather than in your ear canals. This design choice keeps your ears open to ambient sound, which feels more natural during extended wear. You hear alerts and notifications without that isolated, sealed-off sensation.
One thing to consider: some users reported that despite the general fit working well for most people, a small group experienced limited fit issues. This typically happens with extreme head shapes or sizes at the far ends of the spectrum.
Battery management remains straightforward. The Halo doesn’t require constant fiddling with settings to extend runtime. The device simply works through your day without demanding attention to power levels.
Comfort and battery life work together to make the Halo a practical choice for all day wear. You get the freedom to use your smart glasses without constantly thinking about charging or physical discomfort.
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Camera and Sensor Performance
The VGA sensor on the Halo functions as a basic imaging tool rather than a full camera system. This sensor captures images at a lower resolution compared to what you might find on mainstream smart glasses. The trade off here is intentional. Brilliant Labs prioritized other features like display quality and AI capabilities over advanced camera specs.
What does this mean for everyday use? The VGA sensor works well for specific tasks. It can read text, recognize objects, and assist the Noa AI agent in understanding your environment. However, if you expect high resolution photography or detailed video recording, this device won’t deliver that experience. The sensor serves more as an environmental awareness tool than a camera.
Real world performance shows the sensor handles basic computer vision tasks effectively. The Noa AI agent uses the sensor input to provide context aware assistance. You can point at something and get instant information. Translation features leverage the sensor to read signs and text in real time. These practical applications matter more than raw megapixel counts for this type of device.
The optical grade lenses work together with the sensor to create a cohesive vision system. Light enters through these precision lenses and reaches the sensor with minimal distortion. The anti reflective coating reduces glare and improves image clarity. This optical design ensures the sensor captures the clearest possible data.
One thing to understand: the VGA limitation reflects a deliberate design choice. Brilliant Labs built the Halo around AI processing and display performance rather than imaging capabilities. The sensor provides enough visual information for the software to function. Advanced camera features would demand more power, generate more heat, and complicate the already compact form factor.
If advanced photography matters to your use case, look elsewhere. But if you want smart glasses that understand your surroundings and assist with information retrieval, the VGA sensor proves sufficient. The sensor integrates smoothly with the Noa AI system to deliver practical value in daily scenarios. This focused approach keeps the device lightweight and battery efficient.
Open-Source Architecture and Customization
The Brilliant Labs Halo stands apart because developers can access and modify both the hardware and software. This open-source foundation means you’re not locked into a closed ecosystem.
You get real control over how the device works. Want to build a custom feature? The architecture supports it. Need to integrate the Halo with your own tools? The open design makes that possible. This flexibility matters because smart glasses should adapt to your needs, not the other way around.
The hardware openness goes beyond just software tweaks. Developers can understand exactly how the device processes information. They can optimize performance for specific use cases. They can even propose hardware improvements to the community. This transparency builds trust in how your data flows through the system.
Customization extends to the software layer as well. The Noa AI agent responds to custom commands and workflows you create. You’re not stuck with predetermined features. Instead, you shape the experience to match your daily routine. Whether you need specialized translation settings or unique memory organization, the system adapts.
The open-source model also means faster innovation cycles. When bugs get discovered, the community can fix them quickly. When new capabilities emerge, developers contribute improvements. You benefit from collective problem-solving rather than waiting for official updates.
Integration possibilities expand dramatically with this architecture. Connect the Halo to your existing apps and services. Build bridges between your smart glasses and other devices. The open framework supports these connections without artificial limitations.
This approach does require more technical knowledge than closed systems. You’ll need to understand what you’re modifying. Documentation and community support help, but customization isn’t for everyone. If you prefer simplicity over control, this might feel overwhelming.
For developers and power users, however, this openness represents genuine value. You gain autonomy over your hardware and software. You participate in shaping how the technology evolves. The Halo becomes a platform for your ideas, not just a finished product you consume.
Pros and Cons
Pros
- Color microOLED display delivers bright, clear visuals for outdoor and indoor use
- Noa AI agent learns your preferences and remembers conversations over time
- Memory enhancement and real-time translation help you capture and understand information faster
- Bone conduction speakers keep your ears open to ambient sound while you listen
- Open-source hardware and software let you customize and modify the device to fit your needs
Cons
- VGA sensor captures basic images only, so advanced photography and detailed visual tasks fall short
- No waveguide technology means the display projects light differently than some competing smart glasses
- Delivery delays have affected some customer orders and expectations
- Fit may not work perfectly for all face shapes, despite accommodating most users
Who Should Buy It
The Brilliant Labs Halo works best for specific types of users. If you’re a developer or engineer, this device opens doors. The open-source hardware and software mean you can modify and customize the system to match your exact needs. You gain real control over how the device functions.
Power users and tech enthusiasts benefit greatly from the Halo. You appreciate having access to both hardware and software layers. You want to experiment with new features and integrations. You’re comfortable working with code and technical documentation.
Students and professionals who need memory enhancement and translation find real value here. The Noa AI agent learns your preferences and remembers past conversations. Real-time translation helps you capture information faster. You work across multiple languages or need quick reference tools.
The Halo suits people who spend time outdoors or in bright environments. The color microOLED display stays bright and clear in daylight. You can read text and see visuals without struggling against glare.
Hands-free communication matters to your workflow? Bone conduction speakers let you stay aware of your surroundings while listening. Your ears remain open to ambient sound. This design works well for safety-conscious users.
However, the Halo is NOT ideal if you need advanced photography or detailed visual capture. The VGA sensor handles basic tasks only. If your work depends on high-quality imaging, this device falls short.
You should also consider fit carefully. The Halo fits most face shapes, but some users report limited options. Try the device before committing if possible.
Skip the Halo if you prefer closed systems with traditional interfaces. The open-source model requires more technical knowledge than standard smart glasses. You need comfort working with customization and development tools.
In short, the Brilliant Labs Halo targets developers, power users, and professionals who value customization and AI-powered memory features. It excels for outdoor use and hands-free audio. It works best when you understand and embrace the open-source ecosystem.
Final Verdict
The Brilliant Labs Halo stands out as a smart glasses option built for a specific type of user. Developers, tinkerers, and AI enthusiasts will find genuine excitement here.
This device asks you to think differently about smart glasses. It rewards curiosity and technical comfort over plug and play simplicity.
The Noa AI agent brings real intelligence to daily tasks. Memory support and translation features work well for people who need quick information recall.
Battery life stands as a genuine strength. You get through long days without constant charging worries, which matters for anyone wearing these glasses regularly.
The display quality impresses too. Bright, clear visuals work in various lighting conditions, making the glasses practical for both indoor and outdoor use.
However, some limitations deserve honest attention. The VGA sensor cannot compete with dedicated cameras or even basic smartphone cameras.
Anyone expecting sharp photos or detailed image capture should look elsewhere. This remains a clear tradeoff for the open-source flexibility you gain.
The lack of waveguide technology also changes how the display behaves. Some users adjust quickly, while others may notice the difference compared to competing designs.
Delivery delays have frustrated some early adopters. This factor matters if you need the product on a strict timeline.
Fit issues affect a small percentage of users too. Face shape and size play a role in comfort and overall satisfaction with the device.
Despite these concerns, the Halo delivers strong value for its target audience. Power users who want control over their hardware and software will appreciate this approach.
Students, professionals, and curious tech fans who value memory tools and translation features will also find real benefit.
If you prefer traditional, closed ecosystem devices, this may not suit your needs. But for those ready to experiment and customize, the Halo offers a genuinely rewarding experience worth serious consideration.
Frequently Asked Questions
Can I wear the Halo if I need vision correction?
Yes, the Halo works well for people who wear glasses. The device features adjustable diopters ranging from +2 to -6, so you can dial in your prescription strength directly into the lenses. This means you don’t need to wear your regular glasses underneath. The optical-grade lenses include anti-reflective coating to reduce glare and improve clarity. If your prescription falls outside this range, you may need to explore alternative solutions.
What makes the Noa AI agent different from other voice assistants?
Noa stands out because it has long-term memory capabilities. Unlike standard voice assistants that forget context after each conversation, Noa remembers your preferences, habits, and past interactions over time. This memory feature helps the AI provide more personalized responses and assistance. The AI agent also integrates directly with the Halo’s display and speakers for seamless hands-free control throughout your day.
How long does the battery actually last during real use?
The Halo delivers 14 hours of battery life under normal conditions. This extended runtime means you can wear the glasses through a full workday and into the evening without needing a charge. Battery performance depends on how much you use the display, speakers, and AI features. Heavy use of the display or constant AI interactions may reduce this timeframe slightly.
Is the camera good enough for taking photos?
The Halo uses a VGA sensor, which captures basic images only. This means the camera works for simple documentation or quick snapshots, but it won’t deliver the quality you’d get from a smartphone camera. If advanced photography or detailed visual capture matters to your workflow, the Halo has limitations here. The VGA sensor suits note-taking and basic visual reference more than creative photography.
Can I customize the Halo’s software and hardware?
Absolutely. The Halo runs on open-source hardware and software, giving you full freedom to modify and customize the device. You can adjust settings, create custom applications, and even modify the physical components if you have the technical skills. This open approach appeals to developers and tech enthusiasts who want complete control over their device.
