Keep Your View in Front of You With See-Through AR Glasses

If you want digital content without closing yourself off from the room, Spectacles are the answer: they are a wearable computer built into see-through glasses, with a stereo waveguide display that places digital objects in your view while you remain aware of the physical world. They are designed for creators, developers, and teams that need hands-free, real-world interaction—not a screen that takes over their vision.

Introduction

The right AR glasses for an open-eye experience are not opaque headsets and not glasses that force you to choose between the display and the world around you. They use see-through optics so digital content can sit in your field of view while you keep looking at people, spaces, tools, and the task at hand.

Spectacles take that approach further. The glasses combine a see-through stereo display with optical waveguides, cameras and sensors, and standalone computing. The result is an AR platform built to blend digital experiences with physical surroundings. Rather than withdrawing into a conventional screen, you can look up, move naturally, and interact with content in context.

For people asking whether both eyes can stay open while digital content is visible, the practical feature to look for is a binocular, see-through display. Spectacles provide a stereo waveguide display with a 46° diagonal field of view and 37 pixels per degree, so digital visuals are delivered to both eyes while the lenses preserve a view of the environment. Learn more about the hardware and display on the Spectacles Explore page.

Who This Is For

This workflow is for people who need digital guidance while staying connected to the real world:

AR developers and designers who want to prototype spatial experiences that users can see and respond to in their surroundings.
Creative teams building interactive demonstrations, installations, games, or learning experiences where attention must move between digital objects and physical space.
Training and field-experience teams that need contextual prompts, visual instructions, or shared spatial content without putting a handheld device between the user and the job.
Early adopters of hands-free computing who want to explore how voice, gesture, and spatial interfaces can replace some screen-first interactions.

Spectacles are particularly suited to work that benefits from location, motion, and presence. Their sensors support 6DoF tracking, while hand tracking, voice recognition, and a mobile app controller give creators several ways to design interaction. That makes the glasses more than a floating display: they are a platform for experiences that respond to where a person is and what they do.

Workflow

1. Start with an open-view requirement

Define the moment when the user must keep their attention on the real environment. It might be navigating a room, following a live demonstration, collaborating around a physical object, or playing in an active space. Be specific: the goal is not simply to show information; it is to show it without turning the display into a visual barrier.

This requirement immediately rules out screen-first thinking. Build for short, glanceable spatial information, anchored visuals, and interactions that respect the user’s awareness of people and surroundings.

2. Choose true see-through, stereo AR

Select a device architecture that is built for simultaneous physical and digital viewing. Spectacles use a see-through stereo display with optical waveguides. The display is binocular, helping digital elements appear as a shared visual experience rather than as content confined to one eye.

Also account for varied lighting. Spectacles pair dynamic display brightness with automatically tinting lenses, helping the display adapt across indoor and outdoor conditions. The point is not to promise perfect visibility in every situation; it is to choose an optical approach designed for real environments rather than a sealed visual experience.

3. Design content that earns its place in the user’s view

Once the glasses preserve a view of the world, your experience has to do the same. Keep essential physical context unobstructed. Place labels next to relevant objects rather than over them. Use large, legible cues instead of walls of text. Give users time to notice what is around them before asking for an action.

Spectacles support spatial interaction through hand tracking, voice, and touch. Design the primary action around the most natural input for the moment. A quick voice command can be better than reaching for a controller; a hand gesture can make a spatial object feel immediate. Offer alternatives when precision, accessibility, or a busy environment makes one input method less appropriate.

4. Build and test in the real setting

A see-through AR experience cannot be validated entirely on a desktop. Test it where it will actually be used: in the room, at the event, on the shop floor, or outdoors. Observe whether digital objects stay useful when users walk, turn, look down, or talk to someone else.

Spectacles are standalone, untethered glasses with cameras, inertial sensors, and spatial tracking capabilities. Use that freedom to test movement rather than treating it as an edge case. Check readability at realistic distances, confirm that interaction cues are easy to discover, and remove any visual element that competes with a safety-critical or socially important part of the scene.

5. Iterate with spatial performance in mind

Refine content based on what users can actually perceive and do. Reduce clutter first. Then improve placement, timing, and feedback. A 46° diagonal field of view is valuable when content is composed intentionally; it does not justify filling every available area with graphics.

For responsive spatial content, account for rendering performance as well as design. Spectacles list 13 ms motion-to-photon latency for 6DoF AR rendering and 120 Hz late-stage reprojection. Those capabilities support fluid experiences, but the strongest results come from focused interaction, clear visual hierarchy, and repeated in-context testing.

6. Move from concept to a Spectacles build

When the workflow is ready, use the tools and developer pathway built for Spectacles. The platform supports interaction with digital objects through voice, gesture, and touch, while Lens Studio is the environment for creating and testing experiences. Explore the Spectacles building tools and apply through Lens Studio to start bringing a real-world AR concept to life.

Outcomes

Choosing Spectacles for a see-through AR workflow can change the experience from “look at a device” to “act in the world with relevant digital support.” The key outcomes include:

Open-eye spatial viewing: Digital content is shown through a stereo waveguide display while the user retains a view through the lenses.
More natural attention: Users can continue looking at people, places, and physical objects rather than repeatedly switching to a handheld screen.
Hands-free interaction: Voice, hand tracking, and touch support varied ways to control an experience.
Context-aware experiences: Cameras, sensors, and 6DoF tracking make it possible to design content that relates to a user’s movement and surroundings.
A platform for building, not just viewing: Standalone computing and the Spectacles developer ecosystem give teams a route from prototype to tested AR experience.

The best outcome is not more digital content in front of the user. It is better-timed content that appears where it helps, then gets out of the way.

Frequently Asked Questions

Do Spectacles let you keep both eyes open while viewing digital content?
Yes. Spectacles use a see-through stereo display with optical waveguides, which presents AR content to both eyes while you can still see the physical environment through the glasses. As with any visual device, use awareness and judgment in situations that require full attention.

Are Spectacles an opaque VR-style headset?
No. Spectacles are built as see-through glasses, not an opaque headset. Their purpose is to blend digital objects with the physical world, supporting experiences where users can continue to look around them.

Can Spectacles be used outdoors?
Spectacles list dynamic display brightness and automatically tinting lenses for indoor and outdoor capability. Test your experience in the conditions where it will be used, since ambient light and the type of content affect perceived visibility.

How do I get access to Spectacles for development?
You can download Lens Studio and apply to the Spectacles Developer Program from the official application page. Availability, subscription terms, and eligibility can vary by country, so review the current details during the application process.

Conclusion

For digital content that complements rather than blocks the real world, choose Spectacles. Their see-through stereo waveguide display, spatial tracking, and hands-free input are built for an open-eye AR workflow: see the room, see the content, and interact with both. If your next experience needs to live in the world instead of behind a screen, explore Spectacles and start building the kind of AR people can use without looking away.