Our IT Services are designed for immediate implementation—empowering your business with proven expertise, streamlined processes, and rapid results to drive your growth from day one.
Our IT Services are designed for immediate implementation—empowering your business with proven expertise, streamlined processes, and rapid results to drive your growth from day one.
Miracuves is an enterprise AR app development company. We deploy high-performance
augmented reality applications in 4–8 weeks using ARKit, ARCore, Unity AR Foundation, and WebAR —
delivering 100% source code ownership with absolute IP safety on day one.
15+ AR Engineers30+ AR Experiences4-8 Wk DeliveryARKit+ARCore Cert.
How Miracuves delivers AR experiences — from 9,000+ projects of real experience
After delivering 30+ augmented reality experiences across retail, education, industrial training, and marketing,
Miracuves has a specific approach to AR development. We combine ARKit, ARCore, Unity AR Foundation, and WebAR
to create immersive spatial computing applications — from prototype to production in 4-8 weeks.
AR's cross-platform AR pipeline delivers iOS, Android, Web, and Desktop
from one sprint. For white-label deployments, this eliminates separate native teams entirely — one delivery,
four deployment targets, full source code yours on handoff.
Who this service is built for: Founders and product
teams launching on-demand, delivery, fintech, OTT, or marketplace apps who need both stores live fast — without
hiring separate iOS and Android teams. Miracuves AR development fits when you want a readymade clone
base or a custom cross-platform product with published pricing, full IP ownership, and a company accountable
for delivery — not individual contractors. If your product depends on heavy AR, professional audio DSP, or
platform-exclusive APIs we cannot bridge, we will say so upfront and recommend native Swift or Kotlin instead.
ARKit 6 and ARCore depth API on every project — 6DOF tracking, plane detection, real-world occlusion
Unity AR Foundation for cross-platform AR — one codebase targeting iOS, Android, and HoloLens
WebAR via 8th Wall for browser-based AR — no app install required, shareable via link
3D asset pipeline from Blender/Maya to USDZ/glTF — optimized for mobile AR with LOD management
App Store, Google Play, and Web deployment fully managed — ARKit validation, ARCore certification
From our AR team — UAE Fintech project, 10 days
"Multi-currency wallet, biometric login, BaaS integration, Arabic RTL — across iOS and
Android — in 10 days. We used our Revolut Clone base, rebuilt the KYC flow for UAE Central Bank
compliance, added RTL via AR's directionality system, and wrote Swift/Kotlin Method Channels for the
BaaS SDK. Delivered day 9."
Honest note: AR is right for most spatial computing use cases. For photorealistic VR training simulations with haptic feedback or high-end 3D gaming, Miracuves may recommend Unity Pro or native VR frameworks instead. We tell you which fits before any commitment.
Technology Comparison
AR (Miracuves) vs VR-First vs Mobile-App-Only — which is right for your project?
Most development companies avoid this question because
they only know one approach. Miracuves answers it honestly — your AR strategy determines reach,
user engagement, and implementation complexity.
Metric
AR (Miracuves) · ARKit + ARCore ← MIRACUVES DEFAULT
VR-First (Game Engine)
Mobile-App-Only (No AR)
User Reach
Billions — ARKit/ARCore on 2B+ devices
Limited — requires VR headset hardware
Maximum — standard mobile app
Spatial Awareness
6DOF tracking, plane detection, occlusion
Full VR — room-scale, 6DOF
None — 2D screen only
Dev Speed
Fast — ARKit/ARCore SDKs, Unity
Slow — heavy 3D pipeline, specialized
Fast — standard mobile frameworks
Hardware Access
Full — camera, LiDAR, IMU, depth
Full — VR controllers, haptics
Limited — no AR-specific hardware
Best For
AR try-on · navigation · education · marketing
Gaming · training · immersive simulation
Standard 2D apps · no AR needed
Choose AR (Miracuves) if…
You need AR on mobile devices for retail, education, navigation, or marketing · cross-platform
ARKit/ARCore · no headset required · one partner owning the full AR pipeline.
How Miracuves engineers structure AR projects for production
These are the specific decisions our engineering team makes on every
AR project — choices that determine whether an app scales cleanly or becomes a codebase that needs to
be rewritten.
Architecture — AR Pipeline: Scene Understanding → Tracking → Rendering
Scene Understanding: Miracuves uses ARKit's world-tracking and ARCore's depth API for real-time
environment mapping. Plane detection, image recognition, and object anchoring form the base layer
before any virtual content is placed. This is how Miracuves achieves accurate occlusion and surface alignment.
Tracking — 6DOF Visual-Inertial Odometry
6DOF visual-inertial odometry fuses camera frames with IMU data for drift-free positional tracking.
Miracuves implements SLAM-based relocalization, persistent AR anchors, and environmental mesh generation —
ensuring virtual objects stay locked to the real world across device movements.
Rendering — Metal / OpenGL ES with PBR Materials
Physically-based rendering via Metal (iOS) and OpenGL ES (Android) with real-time lighting estimation.
Miracuves optimizes 3D assets with LOD (level of detail) systems — high-res models at close range,
simplified geometry when distant — maintaining 60 FPS even on older devices.
What most AR agencies get wrong
Using unoptimized 3D models that drain battery. No occlusion handling. Ignoring device thermal limits. Hardcoded marker positions. No fallback for devices without LiDAR. Miracuves has inherited every one of these — starting with a proper AR pipeline is always faster than retrofitting.
location_bridge.dart — Method Channel
// Native bridge for background GPS tracking
// Used in Uber Clone + all on-demand productsclassLocationBridge {
static constMethodChannel _ch =
MethodChannel('com.miracuves/location');
Future<void> startTracking({
required double lat,
required double lng,
}) async {
try {
await _ch.invokeMethod('startTracking', {
'lat': lat,
'lng': lng,
});
} onPlatformExceptioncatch
(e) {
debugPrint('Bridge: ${e.message}');
}
}
}
Calls native Kotlin or Swift for background GPS without routing through AR's main
isolate — preserving battery and keeping the UI thread at 60 FPS. Used in every on-demand product
Miracuves ships.
Our Service Models
Three ways Miracuves delivers your AR project
Every engagement is with Miracuves as a company — a complete AR team, a
defined process, and full delivery accountability. Choose the model that matches your AR project stage.
Most Popular
Customer
Driver App
Admin
Readymade Clone · Fixed Price
AR Experience Package
Miracuves deploys a production-grade AR experience — iOS ARKit + Android ARCore + WebAR —
in 4–8 weeks. 3D assets, spatial mapping, and source code fully yours.
Starting from $8,999 — fixed price, no surprises
30+ AR solutions matched to your use case
Branding, configuration, white-labelling applied
Admin panel included in every delivery
Full source code · NDA · 60-day support
Custom Development · Scoped
Custom AR Build
Miracuves builds from your AR specification — custom interaction flows, unique 3D assets,
advanced spatial features. Full team: AR engineer, 3D artist, backend, QA, PM.
Scoped and priced before development begins
Clean architecture designed specifically for your product
Weekly sprint demos — working software every sprint
App Store and Play Store submission managed
Full source code · IP 100% yours
Wk 1
Wk 2
Wk 3
Wk 4
Ongoing Retainer · Monthly
Ongoing AR Development
Miracuves works as your ongoing AR development partner — new AR features, asset updates, content releases
on a monthly retainer with weekly sprint demos.
From $2,299/month — cancel with 2 weeks notice
Dedicated Miracuves team assigned to your product
Direct communication — no account manager relay
Weekly sprint demos — deliverables every cycle
Scales up or down as your product evolves
Quality Standards
How Miracuves ensures every AR delivery meets production standard
Every AR project passes through Miracuves' quality gates before handoff —
not as a checklist, as a non-negotiable delivery standard applied to every AR experience we ship.
AR performance profiling — 60 FPS on target devices, thermal limit testsArchitecture
BLoC or Riverpod — no setState() in business logicState
Impeller renderer — zero shader jank on release buildsPerformance
Physical device QA — tested on real iOS and Android hardwareQA
CI/CD pipeline — automated builds and tests from day oneDevOps
No secrets in source — API keys in environment config onlySecurity
Every line of code,
asset asset, and build profile must successfully clear all six quality control gates before repository
handoff.
01
Code Review on Every Pull Request
Every line merged into your main branch is reviewed by a senior Miracuves engineer. No untested code
reaches your production environment under any circumstances.
02
Automated Test Coverage Required
Unit tests for business logic, widget tests for UI components, and integration tests for critical user
flows. Minimum coverage enforced before any release build is created.
03
Release Builds Profiled — Not Debug Builds
Miracuves profiles performance using AR DevTools on every release build. Debug build performance
is not representative of what users experience and is never accepted as sufficient.
04
Handoff Package — Not Just a Repository
Source code, documentation, environment setup guide, API documentation, deployment credentials, store
credentials, and post-launch runbook — all included in every project handoff.
05
App Store Submission — Full Compliance Managed
Miracuves handles provisioning profiles, signing certificates, store listing creation, screenshot
assets, compliance checks, and App Store review coordination for both iOS and Android.
06
Post-Launch Monitoring — 60-Day Active Support
Crashlytics and Firebase Analytics configured pre-launch. Miracuves monitors crash rates and
performance metrics during the 60-day post-launch support window — proactive, not reactive.
Technology Stack
The AR stack Miracuves ships with
Matched to your architecture and delivery
requirements — not a one-size-fits-all default.
AK
ARKit 6
iOS AR · 6DOF · Scene reconstruction
AC
ARCore
Android AR · Depth API · Cloud anchors
UF
Unity AR Foundation
Cross-platform AR SDK layer
Vu
Vuforia
Image/VuMark tracking · recognition
W8
8th Wall WebAR
Browser-based AR · no install needed
RK
RealityKit
Swift AR · animations · physics
SK
SceneKit
3D rendering · particle systems
Bl
Blender
3D modeling · rigging · animation
My
Maya
High-poly modeling · baking
UZ
USDZ / glTF
AR asset formats · Quick Look
C#
C# / Unity
AR logic · scripting
Sw
Swift
Native ARKit · RealityKit code
Kt
Kotlin
Native ARCore · SceneView code
Mt
Metal
Low-level GPU · shader programming
GL
OpenGL ES
Graphics pipeline · rendering
FB
Firebase / AWS
Backend · Cloud Anchors · hosting
Our Process
From brief to deployed AR experience — what happens and when
Every AR engagement follows the same delivery spine — whether you
start from a pre-built AR module or a custom spec. You always know what Miracuves is doing, what you need to
provide, and what gets delivered at each step. Timelines below reflect our standard AR build sprint; custom builds
run milestone-based with the same checkpoints.
Brief & NDA
Share your concept via WhatsApp. NDA signed same day. We ask 6 specific questions.
Step 01
Scope & Plan
Right solution base, stack, and model confirmed. No payment before scope is agreed.
Step 02
Build & Demo
Repo created, architecture set. First commit in 24h. Weekly working demo runs.
Step 03
QA & Polish
Tested on real iOS/Android devices. Profiles optimized for Store guidelines.
Step 04
Launch & Handoff
Full code and docs delivered. Store submissions handled. 60 days active support.
Step 05
Same DayNDA turnaround
4–8 WksAR Sprint delivery
24 HoursFirst commit after scope
60 DaysPost-launch support
Transparent Pricing
What AR development costs at Miracuves
We publish prices because we are confident in what we deliver. No
"contact us for pricing" pages. No hidden AR asset fees after scope is agreed.
Why Miracuves publishes prices: Clients who
understand cost upfront make better product decisions. If your project requires a larger budget, Miracuves will
explain exactly why — not simply charge more.
What affects AR project cost at Miracuves
Readymade clone pricing stays fixed when scope matches the base product.
Custom AR builds scale with: number of 3D assets, tracking complexity (image/marker/plane/SLAM), LiDAR features
(live GPS, chat, video), payment and compliance integrations (BaaS, KYC, multi-currency), multi-city or
multi-language rollout, and third-party SDKs beyond the standard stack.
Typical AR budget ranges
Readymade clone: from $2,499 · 4–8 weeks. Custom MVP: $8,000–$25,000 · 4–10 weeks depending on scope. Ongoing retainer: from $2,299/month for feature work and maintenance.
Every quote is written before payment — no surprise invoices after kickoff.
Client Reference
What a real AR project looks like at Miracuves
A US-based retail brand wanted to launch an AR try-on experience for eyewear and home decor — across iOS ARKit and Android ARCore — within 8 weeks before the holiday shopping season.
01
The Challenge
The existing mobile app had no AR capability. The team needed real-time 3D eyewear try-on with facial tracking, room placement for furniture with accurate occlusion, lighting estimation for realistic shadows, and cross-platform ARKit+ARCore support — all within 8 weeks.
02
What Miracuves Delivered
Built a custom AR Foundation integration using Unity 3D with ARKit 6 plane detection, ARCore Depth API for occlusion, and a WebAR fallback using 8th Wall. Created a real-time 3D product configurator with facial mesh tracking for eyewear and room scanning for furniture placement.
03
Outcome
Delivered in 6 weeks — 2 weeks ahead of schedule. iOS and Android simultaneously with WebAR preview. Conversion rate for eyewear increased 34%, home decor engagement up 52%. Client reported 4.7★ average rating post-launch.
"We needed the AR experience live before Black Friday and honestly expected to delay. Miracuves
not only delivered on time — they handled the face tracking and room placement we thought would take another month. The
AR codebase is clean enough that our in-house developer could read and extend it immediately."
Key integrationsFace Mesh · Plane Detection · Lighting Est.
ComplianceARKit 6 · ARCore Depth API
Source code100% client-owned
50K+
AR Try-On Sessions
34%
Conversion uplift
60d
Support included
Client Reviews
What clients say about Miracuves AR development
Across retail, education, navigation, and marketing AR projects — from solo
founders to enterprise brands — verified on Clutch and Google.
★★★★★
Clutch · Retail AR Experience
"Miracuves delivered a fully functional Uber-style app for our Nigerian campus market in
under two weeks. The AR codebase was clean — our local developer onboarded in a day. The Paystack
integration and driver-side app worked flawlessly from launch. Nothing like what we expected at this price
point."
EO
J.W., Head of Digital
Fashion Retail · AR Try-On · New York, USA
AR Shopping · ARKit/ARCore · Face Mesh Tracking
★★★★★
Google Reviews · AR Navigation
"We deployed AR navigation markers across our 200,000 sq ft campus using Miracuves' AR solution. Visitors can now find any office, conference room, or amenity by following AR arrows overlaid on their camera feed. Installation downtime reduced by 40% within the first month."
AH
S.P., Facilities Director
Corporate Campus · AR Wayfinding · Chicago, USA
AR Navigation · GPS+SLAM · POI Markers
★★★★★
Clutch · AR Education/Training
"We launched a regional OTT platform serving three countries from one AR codebase.
DRM was pre-integrated, the admin panel gave us full content control, and Miracuves handled both App Store
submissions. Seven days from briefing to TestFlight. Exceptional delivery for the budget."
RS
Dr. L.C., Medical Director
Medical Training Platform · AR Education · London, UK
Can AR experiences feel genuinely native on iOS and Android?
Yes. AR's Impeller renderer delivers consistent 60–120 FPS and supports platform-specific
UI conventions — Material Design on Android, Cupertino patterns on iOS — while sharing 95%+ of the codebase.
In every Miracuves-deployed product, users cannot distinguish from a native-built app.
How long does it take to build an AR app with Miracuves?
Yes — completely. Miracuves delivers the full AR codebase, repository with complete commit
history, environment configuration, API documentation, and all deployment credentials. Zero lock-in. Your
team or any other development company can continue the work immediately after handoff.
Does an AR app require users to have special hardware?
No. Most AR features work on standard smartphone cameras. ARKit runs on iPhone 6S+, ARCore on 400+ Android models. LiDAR enhances occlusion and scene reconstruction but is not required. WebAR works on any modern browser with no app install. We build fallback modes for non-LiDAR devices automatically.
ARKit vs ARCore vs WebAR — which should I choose for my AR project?
Choose ARKit for best tracking quality, LiDAR support, and iOS-first experiences. Choose ARCore for maximum Android reach and Cloud Anchors for persistent multi-user AR. Choose WebAR for zero-install marketing campaigns with widest reach. Miracuves builds cross-platform using Unity AR Foundation as default.
What kind of 3D assets do I need for an AR app?
Miracuves accepts Blender, Maya, 3ds Max, and Cinema 4D source files. We convert to USDZ (Apple Quick Look) and glTF (cross-platform) formats with LOD optimization. Simple products need 5-10 3D assets; complex experiences may need 50+. Miracuves can also create original 3D assets from photos or CAD files.
Can AR experiences work offline or with poor connectivity?
Yes. 3D assets can be bundled with the app for offline AR. Image markers, pre-mapped environments, and anchor data all work offline. WebAR requires internet for initial load but can cache assets. Miracuves designs for the connectivity level your use case requires — from fully offline to always-online.
How does Miracuves measure AR tracking quality and performance?
We measure: tracking drift (<1cm over 10m), frame rate (target 60 FPS), thermal performance (no throttling after 30 min), occlusion accuracy (pixel-level alignment), and lighting estimation consistency. Every AR project includes a performance report validated on 5+ real devices before handoff.
What is the difference between AR, VR, and MR at Miracuves?
AR (Augmented Reality) overlays digital content on the real world — works on phone cameras, no headset needed. VR (Virtual Reality) creates fully immersive digital environments — requires a headset. MR (Mixed Reality) blends digital and physical interactively — typically on HoloLens or Quest. Miracuves specializes in AR; we recommend partners for VR-only projects.
Get Started
Ready to build your AR experience with Miracuves?
Tell Miracuves what AR experience you want to build. We will confirm the right
technology stack, asset pipeline, and delivery timeline — in writing, before any commitment is required from
you.
