AR/VR - Looming Technologies Pvt. Ltd.

What is AR/VR?

AR (Augmented Reality) and VR (Virtual Reality) are immersive technologies that merge the physical and digital worlds. AR superimposes computer-generated content (such as 3D models, text, and animation) on the real world in real time through cameras and sensors. VR generates a completely simulated environment, covering up the user's surroundings with a digital 3D world to be explored and manipulated by users through head-mounted displays (HMDs), motion controllers, and spatial tracking systems. These technologies are a prerequisite for immersive simulations, interactive design, training systems, gaming, remote collaboration, and industrial visualization.

Our Capabilities

We at Looming Technologies Pvt. Ltd. provide state-of-the-art AR/VR development services for different industries:

Custom AR app development for mobile (iOS/Android) and wearables like HoloLens.
High-fidelity VR environments for education, architecture, healthcare, and enterprise training.
Unity/Unreal-based 3D simulations with real-time rendering.
Integration of AR with IoT, building intelligent real-world overlays.
Support for WebAR and WebVR for browser-based immersive experiences.
Marker-based, markerless, and geo-location-based AR.
Cross-platform compatibility with Meta Quest, HTC Vive, Magic Leap, etc.

How It Works?

AR/VR systems integrate cutting-edge hardware and real-time software engines to provide an immersive experience:

Sensors and Cameras: Track spatial data and user movement (e.g., IMUs, depth sensors, stereo cameras).
Processing Unit: Calculates spatial mapping and overlays using SLAM algorithms.
Rendering Engine: Renders 3D scenes and environments with Unity or Unreal Engine.
Display Interface: Displays output through HMDs or mobile AR screens.
Interaction Layer: Monitors gestures, gaze, voice, or controller input for interactive interaction.

Future Scope

AR/VR has the potential to transform how we engage with technology. Future possibilities include:

Full-body haptics and tactile feedback to simulate more realistic simulations.
AI-driven adaptation of the environment and contextual content provision.
AR Cloud and 5G-based streaming, allowing persistent and shared AR experiences.
Digital twins for real-time manufacturing and smart city monitoring.
Metaverse integration, meshing AR, VR, blockchain, and avatars in common digital worlds.
Therapeutic VR for mental healthcare, exposure therapy, and rehabilitation.

Technologies Used For AR/VR

AR SDKs (Software Development Kits)

Offer developers tools, APIs, and frameworks to develop augmented reality applications. Some of the most popular AR SDKs include ARKit, ARCore, and Vuforia that allow for interactive AR experiences on mobile and wearable devices.

SLAM (Simultaneous Localization and Mapping)

SLAM (Simultaneous Localization and Mapping) Monitors device location and maps surroundings in real time for accurate AR placement. Critical to delivering stable, natural-looking augmented reality overlays in gaming, navigation, and industrial use cases.

AI & Machine Learning in AR

Enables object recognition, scene understanding, and smart AR interactions. Supports adaptive, personalized, and context-aware AR experiences.

Sensors & Cameras for AR

Record real-world information like depth, movement, and object location for correct AR rendering. Comprises RGB cameras, LiDAR sensors, and depth-sensing modules.

AR Platforms & Tools

Offer development systems and software for developing, testing, and publishing AR content. Examples are Unity, Unreal Engine, and WebAR platforms.

GPS, Accelerometer, and Gyroscope in AR

GPS, Accelerometer, and Gyroscope in AR Provide location, orientation, and motion tracking for mobile and wearable AR experiences. Essential for outdoor AR navigation, location-based games, and interactive guides.

AR VR MR solutions for museums

What is AR/VR?

Our Capabilities

How It Works?

Future Scope