ClickMasters builds VR applications for B2B companies across the USA, Europe, Canada, and Australia. Manufacturing and industrial safety training simulations practice hazardous procedures without real risk. Architectural walkthroughs and real estate virtual tours walk through a building before it is built. Medical simulation. Virtual product showrooms and configurators. Built on Unity XR Toolkit and Unreal Engine 5 for Meta Quest standalone, SteamVR PCVR, and WebVR.

Who We Are
ClickMasters provides professional immersive tech services for businesses that need reliable digital solutions for their operations, customers, and growth. Our team works with startups, small businesses, and growing companies to plan, design, and develop software that solves real business problems.
Meta Quest vs PCVR Which Platform Should You Develop For?
Meta Quest 3 is the dominant VR platform globally standalone Android headset, no PC required, $500 consumer price, large installed base. Quest is appropriate for: enterprise training deployments (procure headsets, distribute to trainees, no PC infrastructure), consumer-facing experiences, and applications where wireless freedom matters. PCVR (SteamVR HTC Vive, Valve Index, Meta Quest via Air Link) requires a high-end gaming PC connected to the headset. PCVR is appropriate for: architectural visualisation requiring Unreal Engine 5's Nanite and Lumen at full quality (Quest standalone cannot run these at full quality), applications requiring maximum graphical fidelity, and enterprise deployments where high-end PCs are already in place. ClickMasters develops for Quest first (largest platform, no hardware procurement barrier) and ports to PCVR for use cases requiring higher visual fidelity.
VR Sickness Prevention 90 FPS and Teleportation
VR sickness occurs when there is a mismatch between what the visual system sees (movement in VR) and what the vestibular system feels (no physical movement). Primary causes and mitigations: low frame rate a stable 90 FPS is mandatory on Quest, 120 FPS preferred. ClickMasters targets 90 FPS as a hard requirement and optimises draw calls, lighting, and geometry to achieve it. High motion-to-photon latency must be below 20ms from head movement to updated image. Artificial locomotion joystick-based movement through VR is the most common discomfort cause. ClickMasters implements teleportation locomotion (instant movement to a destination with no smooth glide) for most VR experiences and only uses smooth locomotion for users who have built tolerance. Comfort tunnelling (reduce peripheral field of view during movement) is offered as a comfort option. Starting new VR users with 10-minute sessions and increasing over days reduces motion sickness significantly.
VR Development Services We Deliver
ClickMasters operates as a full-stack vr development partner. Our team handles every layer of the software delivery lifecycle — product strategy, UI/UX design, backend engineering, cloud infrastructure, QA, and ongoing support.
Why Companies Choose ClickMasters?
We blend deep engineering, design clarity, and business-aligned delivery to build products that define industries.
Industry standard VR API one codebase for Meta Quest, HTC Vive, Valve Index, Pico, Windows MR
Virtualised geometry + real-time global illumination for photorealistic architectural VR
Report training completion and scores to corporate LMS trackable, auditable
Photo-realistic human characters for virtual instructors and guides
Target 90 FPS stable as mandatory optimisation goal prevents VR sickness
Our VR Development Process
A proven methodology that transforms your vision into reality
Use case validation (training vs visualisation vs simulation), hardware selection (Meta Quest standalone vs PCVR), 3D asset pipeline plan (existing CAD, photogrammetry, from-scratch modelling), prototype. Deliverable: VR Feasibility Report + Prototype.
Define training objectives, branching decision points, assessment criteria, scenario scripting, SME validation. Deliverable: Instructional Design Document.
3D reconstruction from CAD/photogrammetry, texture creation, lighting setup, physics collider placement, LOD generation. Deliverable: Optimised VR Environment.
Unity XR Toolkit (OpenXR) or Unreal Engine 5, locomotion (teleportation default, smooth optional), interaction system (grab/throw/use tools), UI (World Space canvases, laser pointers), audio (3D spatial). Deliverable: VR Application.
Frame rate profiling (target 90 FPS), draw call batching, GPU instancing, texture compression, LOD tuning, lighting bake (if not real-time). Deliverable: Optimised Build (90 FPS).
Technology Stack
Modern technologies and frameworks we use to build secure, high-performance digital experiences.
Frontend Development
Backend Development
Mobile Development
Database & Storage
Cloud & Infrastructure
DevOps & Monitoring
Industry Expertise
Deep expertise across multiple industries with tailored AI and software solutions
Industrial Safety Training
Architectural VR Walkthrough
Medical Procedure Simulation
Virtual Product Showroom
VR Development Pricing
Transparent pricing tailored to your business needs
Perfect for businesses that need vr discovery solutions
Perfect for businesses that need webvr experience solutions
Tailored solution for your unique business needs
To build scalable, intelligent vr development solutions that empower businesses to grow, automate, and transform in a digital-first world.

We are not building software. We are architecting the infrastructure of tomorrow systems that think, adapt, and grow alongside the businesses they power. Our mission is to make cutting-edge technology accessible to every ambitious team on the planet.
Amjad Khan
CEO
12+
Years
300+
Projects
98%
Retention
FAQ's
Everything you need to know about our process, timelines, technology stack, and post-launch support.
