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AR/VR & Spatial Computing

Engineer the Next
Dimension of Reality

Seamlessly blend physical and digital worlds. We build immersive VR simulations, AR applications, and Spatial Computing experiences that transform how you train, sell, and work.

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The Reality Gap

Is Your Business
Stuck in 2D?

Traditional screens are reaching their limit. Engagement is dropping, and complex information is difficult to convey through static media.

Passive Engagement

Users spend less than 3 seconds on static images. If they can't interact, they don't convert.

Ineffective Training

Reading manuals doesn't build muscle memory. Traditional training has low retention rates for physical tasks.

Visualization Barriers

Customers return products because they couldn't visualize size or fit. 2D photos can't tell the whole story.

Costly Prototyping

Building physical mockups for every design iteration burns budget and slows down time-to-market.

Operational Errors

Field technicians relying on paper guides make preventable mistakes that cost millions in downtime.

Remote Disconnect

Video calls lack presence. Collaboration suffers when teams can't interact with the same 3D data.

Our Capabilities

Immersive Solutions

We build cutting-edge AR/VR applications that solve real business problems.

VR Training Simulations

Train employees in risk-free, hyper-realistic environments. Perfect for healthcare, manufacturing, and defense.

AR Marketing Apps

Boost engagement with interactive product visualizations, virtual try-ons, and gamified brand experiences.

3D Product Configurator

Allow customers to customize and view products in 3D directly from their web browser, increasing conversion rates.

Metaverse Development

Build persistent virtual worlds for social interaction, commerce, and digital events using Web3 technologies.

Industrial AR (Maintenance)

Overlay digital instructions onto physical equipment to guide technicians and reduce error rates in real-time.

Location-Based AR

Create geo-anchored AR experiences for tourism, navigation, and scavenger hunt style campaigns.

Our Technology Stack

We license and utilize the best engines and SDKs for high-fidelity performance.

Engines

  • Unity 3D
  • Unreal Engine 5
  • Three.js / WebGL
  • Godot

AR SDKs

  • ARKit (iOS)
  • ARCore (Android)
  • Vuforia
  • 8th Wall (WebAR)

Hardware

  • Meta Quest 3
  • Apple Vision Pro
  • HoloLens 2
  • iOS / Android

3D & Modeling

  • Blender
  • Maya
  • Substance Painter
  • Cinema 4D

Why Trust Constelly for
AR & VR?

We don't just build apps; we build realities. Our team combines technical rigor with artistic excellence to deliver seamless, nausea-free, high-fidelity experiences.

Award-Winning UX

Intuitive spatial interfaces that feel natural, not gimmicky.

Performance Optimized

Smooth frame rates on mobile and standalone headsets to prevent motion sickness.

Hardware Agnostic

Build once, deploy across Quest, Vision Pro, iOS, and Android.

300+

3D Assets Created

50+

AR/VR Projects

90fps

Target Performance

1M+

User Interactions

Frequently Asked Questions

VR (Virtual Reality) completely immerses the user in a digital environment, blocking out the real world. AR (Augmented Reality) overlays digital information onto the real world, usually viewed through a smartphone camera or smart glasses. MR (Mixed Reality) is an advanced form of AR where digital and physical objects interact.
Costs vary widely based on complexity. A simple AR marketing filter might cost $2,000 - $5,000, while a robust enterprise VR training simulation with custom 3D assets and backend tracking can range from $20,000 to $100,000+. We provide tiered pricing based on your specific requirements.
Not necessarily. Most AR experiences (WebAR) can run directly in a smartphone browser without downloading an app. For VR training, standalone headsets like the Meta Quest 3 are increasingly affordable. For high-end industrial visualization, PC-tethered headsets or Apple Vision Pro may be recommended.
Yes. We can optimize your existing engineering CAD files (SolidWorks, AutoCAD, etc.) for real-time rendering. This process involves "decimating" the mesh to reduce polygon count while maintaining visual fidelity, ensuring the app runs smoothly.
WebAR allows users to experience augmented reality through their mobile browser (Chrome/Safari) without downloading a dedicated app. It significantly lowers the friction for user adoption, making it ideal for marketing campaigns and e-commerce product previews.
A standard VR training pilot typically takes 6-10 weeks. This includes 3D asset creation, environment design, interaction programming, and testing. Larger, multi-module training suites will take longer.
Yes, we are actively developing spatial computing applications for visionOS. We can help you port existing Unity apps to Vision Pro or build native experiences that leverage its high-fidelity hand and eye tracking capabilities.
Motion sickness is caused by a disconnect between what you see and what your inner ear feels. We mitigate this by maintaining high frame rates (72fps+), designing comfortable locomotion mechanics (teleportation vs. smooth sliding), and optimizing performance to prevent lag.
Yes. We can build xAPI (Experience API) tracking into our VR modules to report user scores, completion times, and specific actions directly to your Learning Management System (LMS) or HR database.
A Digital Twin is a virtual replica of a physical object or system (like a factory floor) connected to real-time data. In AR/VR, this allows operators to monitor performance, simulate changes, and predict maintenance needs visually.

Create Immersive Digital Experiences

Engage your audience with cutting-edge AR/VR solutions. specific descriptions for mixed reality applications that redefine user interaction.

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