Build immersive AR & VR experiences that transform how users interact with your business. Explore use cases, tools, and expert development solutions.

Full AR/VR App Development Lifecycle
Startup to Enterprise
Empowering awards and recognition to Drive Innovation and Success with our unparalleled expertise and commitment to excellence.
Years of experience
Countries Served
Average cost P/H
Positive Feedbacks
Happy Success Stories
Experts & Engineers
CORE FEATURES
We combine spatial computing expertise with deep AR/VR engineering to deliver immersive apps that users engage with and businesses depend on for real-world impact.
Immersive-First AR/VR Strategy
Performance-Optimized AR/VR Architecture
Agile AR/VR App Delivery
Security-First AR/VR Engineering
Continuous AR/VR App Iteration
Full Source Code Ownership
A structured 6-phase AR/VR development journey that minimizes technical risk and maximizes immersive experience quality.
Validate the AR/VR use case, define the immersive solution, and confirm spatial computing technical feasibility.
Define AR/VR MVP features, sprint structure, and measurable success metrics for immersive performance.
Build and test interactive AR/VR prototypes with real users on real devices before full development begins.
Agile AR/VR engineering with CI/CD pipelines, backend integrations, and weekly immersive experience demos.
Performance, security, motion comfort, and UX testing across all AR/VR app layers and device compatibility levels.
Deploy to target AR/VR platforms, monitor KPIs, and iterate based on real immersive user data.
From early-stage AR/VR MVPs to enterprise-grade immersive platforms, our portfolio covers a wide range of industries and spatial computing complexity levels.

Industry
Social Media
Platform
Cross-Platform - Flutter & iOS
Location
Mumbai, India
Outcomes
Creator Economy
DeepStory wanted to solve the one problem every short video platform ignores. We built a gesture-first iOS and Android app where a single swipe delivers related content instantly, with no ads and no manual searching.

Industry
FinTech
Platform
Cross-Platform - Flutter & iOS
Location
Canada
Outcomes
Omni-Channel
Etmad Topup needed a centralized recharge system, and Junkies Coder delivered a Flutter-based omni-channel platform with a web admin panel and Node.js backend, enabling real-time transaction visibility and full operational control across Android, iOS, and web.

Industry
Ecommerce
Platform
Cross-Platform - Flutter
Location
Bengaluru, India
Outcomes
Omni-channel Platform
Inspect & Buy App build by Junkies Coder - vision is to provide a seamless, personalized shopping experience that anticipates and fulfills the needs of customers while fostering trust and loyalty through product quality and exceptional services such as Wheelz, in-store shopping and online shopping.
Whether you're looking to develop a digital solution from scratch, scale your current offerings, or fully modernize your system, we are here to help.
OUR EXPERTISE
We design, build, and launch AR/VR apps engineered for immersive performance and long-term scalability, grounded in spatial computing research, device compatibility analysis, and real-world business outcome alignment.
Most AR/VR apps fail because of poor spatial planning, not poor engineering. We start every engagement with a discovery phase that validates your immersive idea, defines the right AR/VR scope, and sets up a clear technical roadmap before development begins.
Beyond standard AR/VR app delivery, we bring enterprise-grade spatial computing engineering capabilities to every immersive product we build.
01
We build multi-tenant cloud platforms with real-time AR/VR data sync, spatial asset streaming, and role-based device access for immersive experiences.
02
We integrate AI features including object recognition, spatial mapping, gesture detection, and NLP directly into your AR/VR app core.
03
We implement real-time spatial data features using WebSockets and event-driven architecture for live AR/VR multiplayer and collaborative experiences.
04
We design and implement APIs that connect your AR/VR app to enterprise backends, IoT devices, third-party data sources, and cloud platforms.
05
We build with security-first practices, OAuth2, JWT, encryption, and OWASP compliance by default for all AR/VR app data and user interactions.
06
We deploy CI/CD pipelines for automated AR/VR app testing, staging, and platform production releases from day one of development.
07
We build and optimize your AR/VR app across Meta Quest, Apple Vision Pro, HoloLens, ARKit, ARCore, and WebXR platforms for maximum market reach.
08
We optimize every layer of your AR/VR app for maximum frame rates, minimal latency, and motion comfort to prevent user discomfort and maximize engagement.
09
We build and manage complete 3D asset pipelines, spatial content workflows, and immersive content delivery networks for scalable AR/VR experiences.
We have AR/VR engineering experience across sectors that demand immersive reliability, spatial computing compliance, and enterprise-grade scale.
From AR/VR idea validation to live immersive app, a structured, transparent process that delivers working spatial computing software at every stage.
AR/VR market research, user personas, spatial computing competitive analysis, and immersive MVP scope definition.
AR/VR tech stack selection, Unity/Unreal system design, backend architecture, and sprint planning.
Spatial wireframes, immersive prototypes, and high-fidelity AR/VR designs user-tested on real devices before development begins.
Sprint-based AR/VR engineering with weekly demos, code reviews, and continuous hardware integration.
Automated and manual testing across AR/VR performance, security, motion comfort, battery optimization, and user experience layers.
AR/VR platform deployment, performance monitoring setup, and ongoing immersive app iteration post-launch.
Shalehin Modasia
Marketing DirectorENGAGEMENT MODELS
Choose the collaboration structure that fits your AR/VR app stage, team size, and immersive delivery goals.
Best for defined AR/VR MVP scope. Predictable cost, fixed milestones, and on-time immersive app delivery guarantee.
Get a free consultationA full-time team of AR/VR engineers, spatial designers, and QA specialists assigned exclusively to your immersive app. Best for long-term builds.
Get a free consultationAdd senior AR/VR developers, Unity/Unreal architects, or spatial computing specialists to your existing team on demand.
Get a free consultationReal stories from real partners who experienced clarity, accountability, and measurable business growth.
We select the right AR/VR technology for your immersive requirements, not the most popular. Every stack choice is justified by rendering performance, spatial accuracy, and long-term AR/VR app maintainability.
Featured Technologies
OpenAi
Claude
Falcon
Gemini
Mistral
Grok
Meta
Every AR/VR app we build adheres to platform publishing guidelines, international data protection standards, spatial computing privacy requirements, and enterprise security best practices.
Meta Quest Guidelines
Apple Vision Pro Guidelines
GDPR
ISO 27001
OWASP Security Standards
CCPA Compliance
We do not just build AR/VR apps, we build immersive experiences that solve real business problems and generate measurable value. Our engineering teams combine spatial computing expertise, immersive UX design thinking, and hardware-optimized development to deliver AR/VR apps that users actually engage with and businesses depend on daily.
Every AR/VR project starts with a structured discovery phase, spatial computing research, competitive analysis, and platform technical feasibility before any code is written.
We design AR/VR systems that grow with your user base. No costly rebuilds when your immersive app hits 10x user growth.
Weekly sprint demos, working AR/VR builds every two weeks, and full visibility into development progress at every stage.
Testing is not an afterthought. Every AR/VR feature is tested on real devices as it is built, reducing bugs, motion sickness issues, and launch delays.
We stay with your AR/VR app after launch, monitoring device performance, shipping platform compatibility updates, and optimizing based on real user data.
You own 100% of the AR/VR app source code, IP, and product documentation from day one of engagement.

AR (Augmented Reality) overlays digital content onto the real world through a device camera, while VR (Virtual Reality) creates fully immersive digital environments via headsets. Junkies Coder develops AR/VR experiences for iOS (ARKit), Android (ARCore), Meta Quest, HTC Vive, Microsoft HoloLens, Apple Vision Pro, WebXR (browser-based), and cross-platform solutions using Unity and Unreal Engine.
AR/VR delivers measurable ROI across retail (virtual try-on, in-store navigation), real estate (virtual property tours), healthcare (surgical simulation, anatomy training), manufacturing & field service (AR-guided maintenance), education & e-learning (immersive classrooms), architecture & construction (BIM visualization), and enterprise training (safety drills, onboarding simulations). We help you identify the exact use case that delivers the fastest return for your industry.
AR (Augmented Reality) adds digital elements to the live real world — best for retail, navigation, and field service. VR (Virtual Reality) creates a fully digital environment requiring a headset — best for training simulations, virtual tours, and gaming. MR (Mixed Reality) blends digital and physical objects that interact with each other — best for enterprise collaboration and HoloLens applications. Our team will recommend the right approach based on your use case, target audience, and hardware constraints during a free discovery session.
Most of our AR projects are mobile-first — running directly on iPhone and Android cameras using ARKit and ARCore without any additional hardware. Users point their phone at a real-world surface and interact with 3D models, product visualizations, or spatial UI elements instantly. This is the most cost-effective AR delivery method and requires zero hardware investment from your users.
A mobile AR app (product visualizer, marker-based experience) typically takes 6–12 weeks. A full VR training simulation or immersive enterprise experience takes 3–8 months depending on 3D asset complexity, interaction design, and platform requirements. Apple Vision Pro apps currently follow a 10–20 week timeline due to visionOS's spatial computing requirements. We always provide a milestone-based project plan before any work begins.
Our AR/VR stack covers: ARKit (iOS), ARCore (Android), Apple Vision Pro (visionOS, RealityKit, SwiftUI), Unity 3D (cross-platform AR/VR), Unreal Engine (photorealistic VR), WebXR & Three.js (browser-based AR/VR), Meta XR SDK (Quest), OpenXR standard, MRTK for HoloLens/MR, and Blender/Maya for custom 3D asset creation and optimization.
Yes. Our developers regularly integrate AR/VR experiences with product databases, e-commerce platforms (Shopify, Magento, WooCommerce), ERP systems (SAP, Oracle), and custom backend APIs. For retail AR, this means your 3D models automatically update when your product catalog changes. For enterprise VR training, this means simulation content pulls from your live operational data.
AR/VR development at Junkies Coder starts from $12,000 for a focused mobile AR experience (product visualizer or marker-based app). Full VR training simulations or multi-platform immersive applications typically range from $30,000 to $100,000+ depending on 3D asset volume, interaction complexity, and platform count. We provide detailed scope-based estimates — no vague ranges without understanding your requirements first.
We handle both. Our in-house 3D artists create photorealistic models, environments, and character assets from reference images, CAD files, or product specifications. If you already have 3D assets, we optimize them for real-time AR/VR rendering (polygon reduction, texture compression, LOD setup) to ensure smooth performance on mobile and headset hardware.
Click "Start Your AR/VR Project," describe your idea — the platform, target audience, and the experience you want to create — in a 2-minute brief. Our AR/VR specialists will respond within 24 hours with a technical feasibility assessment and a scoped proposal. The first discovery call is completely free, with no commitment required.