Leading AR App Development Company

Augmented Reality is an amalgamation of elements from the user’s environment and the virtual environment, happening in real time. Hidden Brains collaborates with business owners to visualize limitless opportunities in AR for Retail, AR for Games, AR for Education, and AR for Healthcare to name a few - creating rich and impressive augmented reality experiences.

Augmented reality is changing the way we view the world -- or at least the way its users see the world. Our team of experienced and proficient Augmented Reality developers have a proven track record of building useful and highly interactive AR apps.

We are known for developing games that are more realistic and apps that are more captivating and immersive. With in-depth experience in mobile technologies, Internet of Things, augmented reality, and virtual reality, Hidden Brains team is helping brands improve customer experiences. Whether it is about presenting your project in an interactive manner or building engaging tool for training your employees, Augmented reality is the new way ahead.

Our team is constantly innovating and exploring Augmented Reality app development services using location based tracking, 3D modeling & visualization, 360 degree panoramic imaging, real time character identification, and much more.

Hidden Brains, leading mobile app development company is capable of building great AR apps that immerses users into altered perspectives of entertainment, education and training.

Approaches for Augmented Reality

Marker Based

A marker-based application will scan the pattern through the device camera. The system recognizes the pattern and superimposes a digital image on the device screen.

Projection based AR

Projection of digital images on physical objects. It can be interactive or non-interactive and used to create projection of objects.

Recognition based AR

AR app detects and recognizes marker. Once it recognizes marker, it replaces with a corresponding object. There is different type that translates words through camera.

Outlining AR

Outlining AR uses object recognition to work, it is similar to projection based AR.

Superimposition based AR

Superimposition based AR also uses object recognition in order to replace an entire object or a part of it with an augmented view.

Marker Less

Markerless AR typically uses the GPS feature of a SmartPhone to locate and interact with AR resources.

Location based AR

Location based AR detecting location by reading smart device’s GPS, compass and accelerometer and give relevant information on screen.

Augmented Reality Applications

  • Navigation

    Enhanced GPS systems using Augmented Reality, phone's camera in combination with the GPS to get destination directions and meter, weather, terrain, road conditions,traffic information as well as alerts to potential hazards in path.

  • Travel & Tourism

    Access real time informational displays regarding a location, features and comments provided by previous visitors. Using a smartphone with a camera, tourists can walk through historic sites and see facts as an overlay on live screen.

  • Retail

    With Augmented Reality apps, a 360-degree view of products and a 3D representation in the desired space can be availed. An AR-based dressing room app can make online shopping even personalized for customers.

  • Advertising and Promotion

    Advertising helps in providing additional information about products in order to enrich the shopping experience, enable customers to get deals and attract them inside a Store.

  • Military

    Critical data such as enemy location can be presented to the soldier within their line of sight. This technology is also used for simulations for training purposes.

  • Robotics and Telerobotics

    A telerobotic operator uses a visual image of remote workspace to guide the robot.Annotation of view would be useful just as it is when the scene is in front of the operator.

  • Education & Training

    Text, graphics, video and audio are superimposed into a student’s real time environment with AR. Flashcard and textbooks containing embedded “markers” when scanned by AR device can produce information rendered in a multimedia format.

  • Medical

    Medical students use the technology to practice surgery in a controlled environment. Visualizations aid explains medical conditions to patients. Augmented reality can reduce the risk of an operation by giving surgeon improved sensory perception.

  • Gaming

    Augmented reality lets video game players to experience digital game play in a real world environment providing deeper connection with consumers via an emotional connection, which in end turns to more business and sales.

  • Manufacturing, Maintenance and Repair

    AR technology can be applied to the whole life cycle starting right from design of the product and the workers' training, product manufacturing to the maintenance of the facilities.

  • Engineering Design

    AR can allow an engineer or designer to design a product, providing information of space restrictions or other obstacles and making sure that product will look pleasing to the eye when it’s finished and installed.

  • Workplace

    AR enhances the environment at workplace by facilitating collaboration among distributed team members via conferences and discussions with existent and virtual participants from around the globe.

Case Studies

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