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Augmented Reality App Development Company

Build custom augmented reality apps for iOS, Android, WebAR, and smart glasses with one product team. As an AR app development company, Purrweb scopes the experience from discovery and UX through 3D asset integration, engineering, testing, and post-launch support. We start by mapping the user workflow, target devices, data needs, and delivery risks. These custom AR apps are planned as immersive experiences around a defined task. The scope can cover product visualization, interactive training, remote assistance, and guided work. Platform, 3D pipeline, and backend integrations follow the target workflow and device requirements.

550+ projects delivered10 years building apps for startups and businesses

Some facts about us

550+
projects delivered
10 years
building apps for startups and businesses
4 platforms
iOS, Android, WebAR, and smart glasses

Augmented Reality App Development Services and Capabilities

Augmented reality development services begin with the user workflow, device, content pipeline, and integrations.

Custom Mobile AR App Development

Native iOS or Android apps can use cameras, sensors, and AR frameworks for guided tasks or visualization. Device testing remains necessary across target hardware.

WebAR Development

WebAR can create interactive AR experiences through a browser link for product views or campaigns. Browser reach trades tracking precision, rendering performance, and device control for simpler access.

AR Product Visualization and Configurators

A configurator can place 3D products in context or change options. Asset quality, file size, and a repeatable pipeline determine usability on target devices.

Image, Object and Gesture Recognition

Recognition can trigger content from a marker, object, or gesture. Lighting, movement, occlusion, and camera quality affect reliability.

Smart Glasses and Remote Assistance

Smart glasses can support hands-free instructions or remote assistance. Hardware, battery, network conditions, and workplace policies limit the first release.

AR Integration, Support and Maintenance

AR apps can connect to CMS, catalog, analytics, or internal systems. Post-launch maintenance is scoped separately around devices, releases, monitoring, and support responsibilities.

AR Solutions We Can Scope

Use the task, device, and measurement category to define an AR application scope and use case without promising a business outcome.
Business taskAR interactionLikely deviceMeasurement category
Explore a product at homePlacement and configurationSmartphone or tabletProduct interaction
Practice a critical taskStep-by-step overlayTablet or smartphoneTask completion and error rate
Assist a field workerLive view and annotationsSmart glasses or mobile deviceResolution time
Find a location indoorsDirectional overlaySmartphoneNavigation success
Launch a campaignShareable interactive effectMobile browserEngagement and share rate
Play or learn through spaceSpatial objects and controlsSmartphone or tabletSession completion

Virtual Try-On and Product Placement

Show scale, placement, or options from reliable catalog data and 3D assets.

Training and Simulation

Use overlays for practice or inspection with clear completion and fallback conditions.

Remote Assistance and Guided Workflows

Connect a worker and specialist through real-time camera views and annotations, with defined permissions and connectivity.

Indoor Navigation and Location-Based AR

Guide people through a site using positioning that fits the environment and map data.

Interactive Marketing and Brand Experiences

Use a focused browser or app interaction with lightweight assets.

AR Games and Entertainment

Define spatial objects, gestures, and platform performance around the core game or story.

AR Technology Stack and Platform Choice

TechnologyPlatformTracking capabilityBest fitScope note and limitation
ARKitiOSPlanes, images, facesNative Apple appsStrong device access. Apple only, with iOS testing required.
ARCoreAndroidPlanes, images, motionNative Android appsNative AR support. Hardware coverage varies by device.
RealityKitApple devices3D scenes and spatial contentApple 3D experiencesApple-focused 3D content only.
UnityiOS, Android, selected mixed reality headsets3D interaction through AR pluginsContent-rich cross-platform appsShared 3D application. Engine overhead and native plugin testing add work.
WebXRSupporting browsersBrowser-based ARLinks and lightweight campaignsBrowser link delivery. Tracking and rendering vary by device.
VuforiaiOS and AndroidImage and object recognitionMarker-led workflowsRecognition-led workflows. Test markers on target devices.

AR Privacy, Performance, and Device Fragmentation

AR scope needs explicit permissions, minimal retention, device testing, and optimized 3D assets. Software development and user experience decisions must reflect those device constraints. Early scope decisions identify where target devices, lighting, connectivity, or hardware performance require lower-fidelity fallbacks. This keeps acceptance criteria traceable from discovery through testing and release planning. It also clarifies release readiness and support ownership.

Camera, Location, and IP Protection

Request access only when needed. Define data flow, retention, access controls, and ownership for camera, location, and proprietary 3D data.

3D Asset and Rendering Performance

Set polygon, texture, and loading budgets, then test under real-world lighting, surfaces, and motion. Plan lighter fallbacks for constrained devices.

Real-Device QA

Test permissions, tracking, rendering, network changes, and AR SDK updates across the agreed device matrix. These are planning requirements, not claims about a deployed architecture.

Industry Scenarios for Augmented Reality

Retail and Ecommerce

Place products, show scale, or switch options before checkout through retail app development linked to catalog data.

Manufacturing and Field Service

Support hands-free steps, component identification, or remote views. Wearable app development adds device considerations for field work.

Healthcare

Visualize anatomy, support training, or guide approved workflows with defined access and data requirements. See AR and VR in healthcare.

Education and Training

Turn procedures, objects, or environments into interactive lessons with defined assessment and content updates.

Real Estate and Interior Design

Place furniture or finishes in a room, using 3D assets and lighting assumptions suited to target devices.

Entertainment and Games

For augmented reality gaming, game development scope can center on spatial objects, gestures, or location rules, prioritizing the core interaction and performance budget.

Why Purrweb for AR App Development

Full-Cycle Product Team
A team of AR app developers, UX, and 3D specialists can keep discovery, development, QA, and post-launch planning within one delivery scope.
550+ Delivered Projects
Purrweb has delivered 550+ mobile and digital projects.
10 Years Building Apps
Ten years of app development supports practical release, integration, testing, and support planning.
Demos Every Two Weeks
Demos every two weeks align workflow decisions and implementation progress with the agreed scope.
AR-Adjacent Product Experience
Mobile, 3D, and computer vision work can inform AR scoping. It is not presented as a public AR case study.

Discuss your AR project

Share your workflow, target devices, integration constraints, and 3D assets for a technical scope and estimate.
Discuss your AR project
Discuss your AR project

Our AR App Development Process

Our AR app development process moves from use-case decisions and design to development, testing, and release. Timings are planning benchmarks, and QA runs in parallel.
1

Discovery and System Analysis

Allow 2 weeks to define workflow, devices, tracking, integrations, data, and risks through mobile app consulting.
What you get:
MVP boundary, integration requirements, and risk list.
2

AR UX and Prototype

Map the physical and screen-based user experience, then prototype key interactions with UI/UX design for spatial interactions.
What you get:
Prototype for review before production.
3

UI and 3D Content Preparation

Plan about 1.5 months for an MVP and 2 months for a full product.
What you get:
UI states, 3D requirements, rendering budgets, and update pipeline.
4

Development and Integrations

Plan about 2.5 months for an MVP and 5 months for a full product.
What you get:
AR interface, SDK, backend, content, and analytics integration ready for device testing.
5

Real-Device Testing

Test tracking, permissions, rendering, network changes, and workflow across the device matrix.
What you get:
Findings, fallbacks, and release criteria.
6

Release, Analytics, and Support

Prepare release, deployment, event tracking, and content-update ownership.
What you get:
Release plan and separately scoped maintenance option.

AR App Development Cost and Timeline

Purrweb prepares a custom estimate after reviewing tracking, devices, 3D content, integrations, backend, and data requirements.
ScopePriceWorking timeline benchmark
AR MVPCustom estimate after system analysis2 weeks analysis, ~1.5 months design, ~2.5 months development, QA in parallel
Full AR productCustom estimate after scope and device audit2 weeks analysis, ~2 months design, ~5 months development, QA in parallel
AR module for an existing appCustom estimate after code and SDK auditDepends on tracking, 3D assets, backend, and supported devices

What Changes the Estimate

Tracking, device coverage, 3D assets, recognition, integrations, backend work, analytics, and data controls determine the estimate.

How to Reduce Delivery Risk

Start with an AR application proof of concept for the key interaction. Prioritize one platform, agree the device matrix early, and review working increments in demos.
Get a free AR project estimate
Share your target devices, user workflow, integrations, and available 3D assets. We will review the technical scope, identify priority decisions, and prepare a custom estimate for the AR experience your team needs to release with confidence.
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Get a free AR project estimate
Get a free AR project estimate
Get a free AR project estimate
Share your target devices, user workflow, integrations, and available 3D assets. We will review the technical scope, identify priority decisions, and prepare a custom estimate for the AR experience your team needs to release with confidence.
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FAQ

How much does it cost to develop an AR app?

AR app cost is estimated after system analysis, not set by a public rate card. The estimate depends on six main drivers: tracking type, target devices, 3D asset scope, integrations, backend work, and data or privacy requirements. A browser product view, a native mobile experience, and a smart-glasses workflow involve different architecture, testing, and delivery effort.

How long does it take to build an AR app?

An AR app is planned in stages rather than one fixed duration. Allow 2 weeks for analysis, about 1.5 months for MVP design or 2 months for a full product, then about 2.5 months for MVP development or 5 months for a full product. QA runs in parallel and covers the agreed device matrix and release requirements.

What AR app development services does Purrweb provide?

Purrweb can scope augmented reality app development services: discovery, AR UX, 3D integration, native mobile or WebAR development, backend connections, QA, and post-launch maintenance. These augmented reality services follow the intended workflow, device coverage, tracking method, content pipeline, and data requirements. Maintenance is defined separately around the devices, release cadence, monitoring, and support responsibilities that a product needs.

Which technologies and SDKs do you use for AR development?

Technology selection follows the user task and target devices. ARKit and RealityKit suit Apple platforms, ARCore supports Android, Unity can support shared 3D work, WebXR enables browser delivery, and Vuforia fits image or object recognition. The team confirms the right SDK after reviewing tracking needs, content complexity, integrations, and device constraints.

What is the difference between AR and VR app development?

Augmented and virtual reality use different interaction models. AR adds digital elements to the user’s real environment through a camera or wearable device. VR replaces the environment with a fully virtual one, usually through a headset. This changes the hardware, interaction model, content, and testing needs. For the related VR cost model, see VR app development cost.

Should we choose native AR or WebAR?

Choose native AR when the product needs stronger camera and sensor access, deeper tracking, or richer rendering on known devices. Choose WebAR when a browser link and lower installation friction matter more. WebAR can reach users quickly, but browser and device differences limit tracking precision, rendering performance, and the degree of platform control.

Can you add AR features to an existing mobile app?

Yes, AR features can be added after the existing codebase, SDK compatibility, backend dependencies, and release process are reviewed. The scope then covers the selected AR interaction, permissions, data flow, content assets, and regression testing. The estimate depends on the app architecture, supported devices, tracking needs, and changes required around the current workflow.

Do you create 3D models and AR content?

The project can define the 3D model requirements, asset formats, rendering budgets, and integration pipeline needed for the AR experience. Content production should be agreed separately because model quality, optimization, ownership, and update needs affect the scope. Your team can provide existing assets, or the production approach can be agreed for the specific project.

How do you protect camera, location, and proprietary 3D data?

Protection begins with explicit permissions, data minimization, and a documented data flow. Retention periods, encryption, access controls, and on-device or server processing should match the approved architecture and applicable requirements. Raw camera feeds, location data, and proprietary 3D assets should not be retained or shared beyond what the product workflow and access rules require.

How do I choose an AR app development company?

When comparing AR app development companies, ask whether the application development company can explain how it would handle your workflow, device constraints, prototype, 3D asset pipeline, and real-device QA matrix. Confirm who owns the source code, content assets, release accounts, and support responsibilities. A useful estimate should state the assumptions behind tracking, integrations, privacy, and device coverage instead of presenting an unexplained fixed price.