Phiro
How augmented reality changes digital commerce
Immersive experiences change how people shop. Research shows that 3D, AR, and VR can make the shopping experience more engaging, helping people feel more confident in their decisions. When users search for AR in Denmark, they might be looking for the Danish word for scars or the educational software Accelerated Reader. This guide focuses on augmented reality, the technology that overlays digital objects onto the physical world. Retailers and manufacturers use this technology to bridge the gap between digital catalogs and physical showrooms. By allowing customers to place a digital twin of a product directly into their living room or workspace, companies reduce purchase hesitation and lower return rates.
Understanding augmented reality
Augmented reality (AR), sometimes referred to as mixed reality (MR), is a form of 3D human-computer interaction. It overlays real-time 3D-rendered computer graphics into the real world through a display. Unlike virtual reality, which completely replaces the user’s environment with a digital one, augmented reality keeps the user grounded in their physical space. The digital elements simply appear as if they exist in the room with you. This requires precise tracking of the physical environment, accurate lighting estimation, and high-quality 3D models.
For businesses, the shift toward spatial computing means that static images are no longer enough. Consumers expect to interact with products before they buy them. They want to see how a sofa fits in their specific living room or how a piece of industrial machinery fits on the factory floor. To meet this demand, companies must build digital product models from the ground up. At Phiro, we create these models using sketches, reference pictures, CAD files, or 3D scanning of physical products. You can see examples of this work in our case studies.
How immersive experiences change how people shop
The traditional online shopping experience relies on flat photography. While high-quality photos are necessary, they leave questions unanswered. A customer looking at a dining table online cannot easily gauge its true scale or see how the wood finish looks next to their existing chairs. Augmented reality solves this problem by putting the product in the user’s actual environment.
When a shopper views a product in AR, they spend more time interacting with the item. They rotate it, walk around it, and inspect the details. This level of engagement builds trust. A buyer who has seen a 3D model of a product in their own space is much less likely to return the item because they already know it fits. This is why we focus heavily on creating photorealistic product images and 3D assets that translate perfectly into AR environments.
Consumer habits are shifting rapidly. According to ARtillery Intelligence, mobile AR usage reached 39 percent of U.S. adults in recent survey waves, with many users experiencing AR through apps built on Apple’s ARKit and Google’s ARCore. As this technology becomes standard on every smartphone, companies that fail to offer 3D and AR options will fall behind competitors who provide a more confident buying experience.
The core frameworks powering AR
Developers rely on specific software frameworks to build augmented reality experiences. These tools handle the complex mathematics required to track a phone’s camera and map the physical room. The two dominant platforms are ARKit for Apple devices and ARCore for Android devices.
Apple ARKit and RealityKit
ARKit and RealityKit allow developers to build AR experiences on iOS and iPadOS. Apple has invested heavily in spatial computing, giving developers access to advanced APIs like Custom Rendering, Metal Shaders, Post Processing, and the Object Capture API. The Object Capture API is particularly useful for e-commerce, as it helps turn physical objects into 3D models using a series of photographs. ARKit uses the device’s camera and motion sensors to track the environment with extreme precision, ensuring that digital objects stay firmly anchored to the floor or table, even when the user walks around them.
Google ARCore
ARCore is Google’s equivalent framework for Android devices. It provides essential tools like motion tracking, anchors, environmental understanding, depth understanding, and light estimation. Light estimation is a critical feature for photorealism. ARCore analyzes the lighting in the user’s physical room and applies those same lighting conditions to the digital 3D model. If the user is standing in a dimly lit room with a warm lamp, the 3D model will cast shadows and reflect light exactly as a real object would in that specific setting.
WebXR Device API
While native apps offer powerful features, many consumers do not want to download a dedicated app just to view a single product. The WebXR Device API solves this friction by bringing augmented reality directly to the mobile web browser. A user can simply tap a button on a product page and instantly view the item in their space. This web-based approach is becoming the standard for retail, as it removes the barrier to entry and allows for seamless integration with existing online stores.
Building digital twins for augmented reality
An AR experience is only as good as the 3D model it displays. If the model looks fake, the illusion breaks, and the customer loses confidence in the product. Creating a convincing digital twin requires specialized skills in 3D modeling and texturing.
We build digital twins using physically based rendering (PBR) materials. PBR is a method of shading and rendering that provides a more accurate representation of how light interacts with surfaces. We define the base color, the roughness, the metallicity, and the normal maps of every material. This ensures that a leather chair looks soft and matte, while a chrome table leg looks sharp and reflective. By using advanced lighting setups, we create flexible 3D environments that look entirely real.
These digital assets serve multiple purposes. Once a product is modeled for AR, the same file can be used to generate traditional marketing materials, packshots, environmental photos, 360-degree views, and animations for TV, webshops, social media, and catalogs. This allows companies to create their entire marketing campaign long before a product is physically put into production.
Practical applications across industries
Augmented reality is not limited to consumer retail. The technology provides massive value across B2B sectors by simplifying complex sales processes and reducing the need for physical prototypes.
Furniture and interior design
The furniture industry was one of the first to adopt AR. Buying furniture is a high-consideration purchase, and scale is always a concern. We work extensively with companies in the furniture sector to digitize their catalogs. A customer can configure a modular sofa, choose the exact fabric, and project it into their living room. This visual confirmation speeds up the buying cycle and reduces costly returns of large, heavy items.
Industrial and manufacturing
In the industrial and manufacturing sectors, AR is used for sales, training, and maintenance. Sales representatives can bring a full-scale 3D model of a massive industrial machine to a client meeting on a tablet. They can place the machine on the factory floor to check clearances and demonstrate moving parts through animation. This eliminates the need to ship expensive physical prototypes to trade shows or client sites.
Construction and architecture
For the construction and architecture industries, augmented reality helps visualize projects before ground is broken. Clients can walk through a 3D model of a building on the actual construction site. We also create detailed models for the inventory and design sector, allowing contractors to see exactly how fixtures and fittings will look in the finished space.
Medical and life science
The medical and life science industry uses AR to demonstrate complex medical devices. Doctors and hospital administrators can interact with a 3D model of a new scanning machine or surgical tool, exploring its features and dimensions without needing a physical unit present. This makes the procurement process much more efficient.
Frequently asked questions about AR
What does AR stand for?
AR stands for augmented reality. It is a technology that overlays digital 3D graphics onto the real world using a smartphone camera, tablet, or specialized headset. In Denmark, the term can also refer to the word for scars, or the educational reading software Accelerated Reader, but in technology and commerce, it strictly means augmented reality.
Do you need an app to use augmented reality?
You do not always need a dedicated app. While platforms like ARKit and ARCore power native applications, modern web browsers support the WebXR Device API. This allows users to experience augmented reality directly from a website by simply tapping a button on a product page.
How do 3D models work with AR?
Augmented reality requires a 3D model to function. The AR software tracks the physical room and places the 3D model within it. The quality of the experience depends entirely on the quality of the 3D model. Models must be optimized for real-time rendering while maintaining photorealistic textures and accurate scale.
Taking the next step with spatial computing
Augmented reality is a standard expectation for modern digital commerce. Immersive experiences change how people shop by removing the guesswork from online buying. When customers can see exactly how a product looks and fits in their own space, they buy with confidence. To succeed in this environment, companies need high-quality, photorealistic 3D models of their entire product line. If you want to learn more about how we build these digital assets and advise on the strategic use of 3D for increased sales, you can read more about Phiro and our approach to digital twins.