Tag: mixed reality

TV Viewing: Super Bowl Meets HoloLens

TV viewing is overdue for a real change

The TV viewing experience does not change drastically for years. Bigger screens, better resolution, smarter interfaces. But the core behavior stays familiar.

That is why sophisticated headsets like Microsoft HoloLens feel like a genuine breakpoint.

They do not just improve the screen. They change the environment around it.

Microsoft and the NFL re-imagine the Super Bowl

In a recently released video, Microsoft and the NFL re-imagine how a Super Bowl game could be watched with multiple friends and family members.

The scenario pushes beyond passive viewing. It turns the living room into an interactive layer, where the game experience becomes more immersive, more social, and more spatial.

By spatial, I mean the content is anchored to the room, not confined to the TV frame.

This is the kind of concept that makes the future of TV feel tangible.

In mass-market entertainment, the constraint is not what immersive concepts can show, but when consumer hardware becomes affordable, comfortable, and mainstream.

Why this lands for co-viewing

TV should prioritize co-viewing, meaning multiple people watching and reacting together in the same room, because a shared, spatial layer creates viewer control that a single rectangle cannot. The real question is whether you are designing for shared viewer control in the room, or just adding data overlays to a screen.

Extractable takeaway: When you move sports content into the room, design the experience around shared reference points, lightweight interaction, and conversation pacing, not around more screen real estate.

Immersive viewing is real. Consumer timing is not

The video shows how immersive TV watching can get. But Microsoft is not fast-tracking HoloLens for consumer consumption.

For now, only developers can order HoloLens, shipping this year.

No one knows when consumers get access, or when scenarios like this become a reality.

That uncertainty is part of the story. The vision is clear. The rollout timeline is not.

Steal these design cues for living-room sports

  • Design for the room. Treat the TV as one surface among many, then anchor the key moments and data where people naturally look and point.
  • Make co-viewing explicit. Support multiple viewers and viewpoints, so participation feels shared instead of “one person driving.”
  • Prototype for constraints. Assume headsets stay niche for a while, and test what still works when only one person has the device.

A few fast answers before you act

Is this still “TV” or something else?

It starts as TV content, but behaves more like a shared, spatial experience than a single screen.

What is the core shift headsets enable?

They move content off the rectangle and into the room, so viewing becomes environmental and interactive.

What is the biggest constraint right now?

Availability and consumer readiness. Until mainstream hardware adoption happens, this remains concept-led.

What should experience designers take from this?

Design for co-viewing and spatial context. Multiple people, multiple viewpoints, and shared interaction become first-class requirements.

What should you prototype first?

Prototype the simplest “shared moments” layer, so two to four people can compare and discuss the same play without anyone leaving the game flow.

Volvo HoloLens Showroom: Virtual Dealership

The showroom no longer needs cars

Car dealerships traditionally depend on physical inventory.

Space, logistics, and availability limit what customers can see, touch, and configure. That constraint disappears when Volvo introduces a showroom experience powered by Microsoft HoloLens.

Instead of walking around parked cars, customers step into a virtual environment where full-size vehicles appear as holograms.

How the HoloLens showroom works

Using HoloLens, customers explore Volvo cars at real scale. This is mixed reality, digital objects anchored to the physical space around you.

They walk around the vehicle. Look inside. Inspect details. Colors, trims, and configurations change instantly. The experience feels physical, even though no car is present.

The showroom becomes software-driven. Inventory becomes optional.

In high-consideration retail, the job is helping people visualize options confidently before commitment, even when the product is not physically present.

Why this matters for automotive retail

This is not a gimmick. Virtual showrooms reduce the need for large floor space and allow dealerships to showcase the full portfolio, including models and options that are rarely stocked physically. Because customers can see the car at full scale and switch configurations instantly, they can compare options without relying on imagination, which makes commitment feel safer.

Extractable takeaway: If you can make options visible at real scale and changeable in seconds, you can sell preference, not availability, even when the product is not physically present.

For customers, the experience becomes calmer and more focused. There is less pressure. More exploration. Better understanding before committing.

Experience beats inventory

The deeper shift is about viewer control.

The real question is whether your showroom is designed for preference discovery or for stocking convenience.

Dealerships should treat mixed reality as a configuration layer that complements physical touchpoints, not as a tech demo.

Customers explore at their own pace. Sales staff guide rather than push. The conversation moves from availability to preference.

The dealership turns into a configuration studio, not a warehouse.

  • Make configuration the starting point. Let customers explore options first, then map the shortlist to what they can test and buy.
  • Keep staff in guide mode. Use people to frame trade-offs and confirm choices, not to gate access to information.
  • Design the experience like software. Treat the showroom as a repeatable configuration studio, not a one-off installation.

A few fast answers before you act

Is this replacing test drives?

No. A mixed reality showroom helps customers narrow configurations before a physical test drive.

What do customers actually do in the HoloLens showroom?

They walk around a life-size hologram, look inside, inspect details, and switch colors, trims, and configurations in real time.

What is the real business benefit?

Reduced reliance on physical inventory, clearer configuration conversations, and better use of showroom space.

Why does mixed reality fit automotive retail?

Cars are high-consideration purchases, so visualization can carry as much weight as specification.

What has to be true for this to feel real?

The hologram must stay aligned to the physical space, and configuration changes must respond instantly so customers trust what they are seeing.

Microsoft HoloLens: The Next Step of Computing

Microsoft brings holograms into the real world

At Microsoft’s Windows 10 event, the company unveils a new augmented reality experience for the platform called HoloLens.

Using a special holographic headset, Windows 10 users can make holograms appear in real life. Not on a screen. In the room, anchored to space.

This is the kind of step-change that reframes computing from something you look at to something you live inside.

Watch below how Microsoft demonstrates holograms as spatial interfaces, not screen content.

What makes HoloLens different

HoloLens is positioned as an untethered augmented reality experience, built to feel like a real device rather than a lab prototype.

The device is said to use:

  • See-through lenses
  • Spatial sound
  • Advanced sensors
  • A dedicated holographic processing unit

Together, these elements aim to deliver a state-of-the-art mixed reality experience without cables or external trackers.

In this context, augmented reality means digital objects are layered into the real world through see-through optics, not a fully immersive virtual environment.

Why this matters

HoloLens signals a shift in interface design. Instead of dragging windows around a flat screen, digital objects become part of physical space. Apps turn into holograms. Workflows become spatial. Interaction becomes more natural because it maps to how people already understand the world.

In global digital product and marketing teams, the significance is not just the headset. It is the move from screen-first design to space-first interaction.

Extractable takeaway: HoloLens is important because it presents AR not as a feature inside existing software, but as a new computing layer where interface, content, and context are all anchored to physical space.

What to steal from this launch

The real question is not whether holograms look futuristic. It is whether a new interface model changes behavior in a way people can feel immediately.

That is what this launch gets right. It demonstrates the shift through experience, not just specification. The message is simple: when a technology changes where interaction happens, it also changes how products should be designed.

  • Lead with the interaction shift, not the feature list. Show what changes in the user’s behavior before explaining the underlying technology.
  • Make the benefit visible in context. Demonstrate the experience in a real environment so people immediately understand the practical value.
  • Use the demo as proof, not decoration. The strongest launch moments show the product working in the exact conditions users care about.
  • Explain the stack after the experience lands. Once the audience feels the change, technical details reinforce credibility instead of creating friction.
  • Design for the new interface model. If interaction moves from screens to space, content, UI, and workflows must be rethought for that environment.

A few fast answers before you act

Is HoloLens virtual reality?

No. It is augmented reality using see-through lenses that overlay holograms onto the real world.

What is the key technical promise?

Untethered, spatially aware holograms powered by sensors, spatial sound, and a dedicated holographic processing unit.

Why is being untethered important?

Untethered hardware makes the experience feel like a real computing device instead of a lab setup, which lowers friction for everyday use and demonstration.

What changes when apps become spatial?

The interface moves off the screen and into physical space, which changes how people place, view, and interact with digital content while moving through the real world.

What makes this feel like a new computing layer?

The shift is not only visual. It combines sensing, sound, and spatial anchoring so digital objects behave as if they belong in the room, not just on a display.