Create augmented reality with AR software

GlamAR’s AR software allows you to offer interactive shopping experiences and let your customers try on your products in real-time from anywhere they want

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Live virtual try-on

Integrating your AR software into your brand’s online and in-store platforms allows your customers to try on your products through a live camera or photo mode. They can experience how products would look on them in real-time. As a result, consumers are able to make a final purchase with confidence

Realistic tracking

GlamAR SDK has hand or face tracking technology to ensure accuracy while trying on your products. It provides realistic textures and finishes of your products on the virtual try-on window. GlamAR’s ML models can detect faces or surfaces to place or position your products virtually so that your customers see them as if in an in-store experience

Personalized product recommendations

According to your customers’ facial features or skin conditions, GlamAR provides AI-powered product recommendations for them. The software can analyze their skin or face to suggest the right products from your brands. In this manner, you can promote your brand and reach a wide range of consumers

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What is AR software?

An AR software merges the real world with computer-generated information, such as graphics or 3D models, onto a consumer's view of their physical surroundings. AR software allows consumers to interact with your products. Your shoppers can experience them through devices like smartphones, tablets, or specialized AR glasses.

How does AR software work?

AR uses a device's camera and sensors to read information about the real world. Then, processing units (CPU/GPU) use this data to run algorithms. It overlays the digital content onto the camera's view in real-time.

What are the challenges of AR software?

The challenges of AR software include: Ensuring accurate object tracking and environment mapping, Managing hardware limitations, like battery life and processing power, and Delivering real-time rendering without latency. Developers also face difficulties in achieving cross-platform compatibility, They may find it difficult to maintain user privacy and create intuitive interfaces that blend virtual and real-world interactions.

What are the different kinds of AR software?

According to various usages and technologies, AR software comes in many types: Marker-based AR Markerless AR Projection-based AR Superimposition-based AR Location-based AR SLAM-based AR.

Mention the use cases of AR software.

Retail & e-commerce Education & training Healthcare Real Estate Gaming & entertainment Manufacturing & maintenance Tourism & navigation Marketing & advertising.

What are the key features of AR software?

Real-time object tracking, 3D rendering, spatial mapping, Gesture recognition, and integration with IoT and AI technologies.