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AR Development Services

Engineer enterprise AR solutions that connect devices, spatial data, applications, and business systems to support visualization, guided workflows, remote assistance, and real-time operational decisions.

Talk to an AR Solutions Architect

AR Engineering Experience Built for Enterprise Environments

3+
Years of Engineering Expertise
50+
Enterprise Project Delivered
175+
Engineers & Technology Experts
10+
Countries Served
15+
Industries Served

End-to-End AR Development Services

AR Consulting & Strategy

Define high-value AR opportunities, assess technical feasibility, and establish an implementation roadmap aligned with business priorities.

  • Use-case discovery and prioritization
  • Solution architecture and technology planning
  • Device and platform assessment
  • Roadmap development and ROI modeling
Custom AR Platform Development

We design AR platforms for content management, session orchestration, and centralized operations, built around your specific device mix and requirements.

  • Content and 3D asset management systems
  • Multi-user session and state management
  • Rules engines and interaction logic
  • Administrative dashboards and API layers
AR Application Development

We build native, cross-platform, and web-based applications that turn spatial data into dashboards, guided workflows, and interactive experiences your teams actually use.

  • Native mobile AR applications (iOS/Android)
  • WebAR browser experiences
  • AR smart-glasses applications
  • Field and frontline worker applications
Industrial AR & Digital Twin Solutions

Connect physical assets, spatial data, and operational systems to support visualization, maintenance, remote assistance, training, and production intelligence.

  • Equipment and machine visualization
  • Digital twin modeling and simulation
  • Remote assistance and guided procedures
  • Maintenance and inspection workflows
  • Quality and compliance tracking
AR Integration & Connected Systems

Integrate AR applications and platforms with enterprise systems, devices, data sources, and operational workflows through APIs, event-driven architectures, and integration services.

  • ARKit and ARCore integration
  • API and middleware development
  • Event-driven integration
  • ERP, CRM, PLM, MES, BI, and analytics integration
  • Device and hardware integration
Edge, Cloud & AR Infrastructure

Engineer edge-to-cloud architectures that balance local processing, rendering, tracking, and centralized orchestration for responsive and reliable AR experiences.

  • On-device and edge processing
  • Cloud infrastructure and orchestration
  • Local tracking and sensor fusion
  • Cloud rendering and streaming
  • Hybrid architecture and failover design
AR Data, AI & Intelligent Experiences

Use spatial, visual, and interaction data to support recognition, analytics, prediction, contextual guidance, and operational decision-making.

  • Spatial and behavioral data pipelines
  • Object and scene recognition
  • Computer vision and machine learning
  • Predictive maintenance and optimization
  • Contextual guidance and intelligent recommendations
AR Modernization

Modernize existing AR applications, platforms, SDKs, infrastructure, and content pipelines while protecting existing investments and improving interoperability, performance, and device compatibility.

  • Platform and SDK modernization
  • API and content pipeline modernization
  • Cloud migration
  • Device compatibility improvements
  • Phased deployment and cutover planning

Business-Ready Digital Experiences With AR Services

Supercharge the business with immersive Augmented Reality Solutions tailored for your business for improved customer management, real-world workflows, product visualization, and differentiated experiences.

Explore AR Development Flows

Augmented Reality Across Industries

Xcelore applies AR engineering capabilities to industries where spatial information, operational context, and connected workflows can deliver measurable business value.

Manufacturing
  • Assembly and maintenance guidance
  • Digital twin production monitoring
  • Workforce training overlays
  • Quality inspection and visual workflows
Automotive
  • Vehicle visualization and configuration
  • AR showroom experiences
  • Connected product applications
  • AR-assisted maintenance and training
Logistics & Warehousing
  • Warehouse navigation
  • Picking and sorting workflows
  • Fleet and asset visualization
  • Operations and workforce training
Energy & Utilities
  • Infrastructure visualization
  • Equipment inspection
  • Remote operations support
  • Safety and workforce training
Aviation
  • Maintenance visualization
  • AR-assisted crew training
  • Operational planning
  • Ground and cabin operations support
Healthcare
  • Clinical and procedural guidance
  • Remote support
  • 3D visualization
  • Training and rehabilitation applications
Retail
  • Product visualization
  • AR-enabled customer experiences
  • In-store navigation
  • Interactive product applications

Unlock Industry-Specific Value With AR Development

Discover Tailored AR Solutions
  • Improve interactions with immersive visualization
  • Support remote help and guided processes
  • Boost employee productivity and training
  • AR to streamline complicated procedures
  • Expand AR to all aspects of business operations

How Xcelore Ensures AR Experiences Security, Privacy & Compliance

Xcelore considers device permissions, data minimization, secure APIs, content protection, and privacy-aware design. Xcelore considers privacy, accessibility, and sector requirements for the intended use.

Compliance

ISO/IEC 27001

DPDP Act

CCPA/CPRA

GDPR

PDPL

WCAG 2.2

HIPAA

The Architecture Behind Enterprise AR

A robust IoT ecosystem coordinates connected assets, data, applications, intelligence, and enterprise systems A robust AR environment connects devices, spatial data, applications, intelligence, and enterprise systems through an integrated architecture.

Device & Sensor Layer

Smartphones, tablets, AR smart glasses, cameras, and sensors capture spatial data and render AR experiences.

Tracking & Edge Layer

SLAM, sensor fusion, and edge processing support responsive tracking and local processing close to the source.

AR Platform Layer

Content management, session orchestration, rules engines, APIs, and device orchestration provide the operational foundation.

Data & Intelligence Layer

Streaming pipelines, storage, computer vision, machine learning, and analytics transform spatial and interaction data into insights.

Application Layer

Mobile applications, smart-glasses applications, WebAR experiences, dashboards, and operational interfaces expose AR capabilities to users.

Enterprise Integration Layer

ERP, CRM, PLM, MES, BI, analytics, and custom applications connect AR capabilities with existing business processes.

Integrate Your Ideas in the Real-World With AR

Build interactive augmented reality experiences in the real world with unified digital content for user engagement, product showcases, and to unlock new possibilities.

Technologies Behind Our AR Experiences Services

Edge AI ARKit

ARCore

Unity

Unreal Engine

OpenXR

Blender

Autodesk Maya

glTF

WebGL

OpenCV

PyTorch

TensorFlow

MediaPipe

SAM 3

AWS

Azure

Google Cloud

React Native

Swift

Kotlin

Edge AI ARKit

ARCore

Unity

Unreal Engine

OpenXR

Blender

Autodesk Maya

glTF

WebGL

OpenCV

PyTorch

TensorFlow

MediaPipe

SAM 3

AWS

Azure

Google Cloud

React Native

Swift

Kotlin

From Concept to Production: Our AR Development Process

Business & Use-Case Alignment

Identify high-value opportunities, assess operational requirements and existing technology environments, and establish measurable business and technology outcomes.

Architecture & Technology Blueprint

Define the AR environment across devices, tracking, edge, cloud, data, applications, integrations, security, and operational requirements.

Proof of Concept & Technical Validation

Validate critical assumptions through targeted prototypes covering tracking, spatial data flows, integrations, performance, and technical feasibility.

AR Solution Engineering

Engineer the required platforms, applications, content pipelines, APIs, data pipelines, analytics, and intelligence capabilities.

Enterprise Deployment & Operational Readiness

Move validated solutions into production through controlled deployment, integration, device onboarding, infrastructure configuration, monitoring, and operational preparation.

Continuous Optimization & Evolution

Improve performance, expand use cases, strengthen controls, and evolve the AR environment as business and operational requirements change.

Why Organisations Choose Xcelore for AR

Full-Stack AR Engineering

Combine AR, software engineering, cloud, data, AI, and enterprise integration capabilities across the solution lifecycle.

Enterprise Integration Expertise

Connect AR solutions with existing business systems, operational platforms, devices, and data environments.

Business-Aligned Architecture

Start with the business or operational outcome and align architecture and technology decisions to the defined use case.

Technology-Agnostic Approach

Select platforms, devices, cloud environments, and frameworks based on solution requirements rather than a predetermined technology stack.

Production-Ready Engineering

Move beyond prototypes with architecture, integration, security, deployment, monitoring, and operational readiness built into delivery.

Security by Design

Address identity, access, communication security, APIs, applications, infrastructure, and data protection as part of the architecture.

Let’s talk

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Frequently Asked Questions

Can Xcelore integrate AR with existing enterprise systems?

Yes. AR solutions can integrate with ERP, CRM, PLM, MES, BI, analytics, and custom applications through APIs, middleware, event-driven architectures, and data integration pipelines

Does Xcelore develop Industrial AR and digital twin solutions?

Yes. Industrial AR solutions can support equipment visualization, maintenance guidance, inspection workflows, digital twin applications, operational monitoring, and connected asset intelligence.

Which AR devices and platforms does Xcelore support?

The technology approach can include smartphones, tablets, AR smart glasses, ARKit, ARCore, Unity, WebAR, Vuforia, and related device and tracking technologies, based on the solution requirements.

Can Xcelore modernize an existing AR application?

Yes. Existing AR environments can be modernized across application architecture, SDKs, cloud infrastructure, APIs, data, content pipelines, security, and device compatibility while protecting valuable existing investments.

How does Xcelore validate an AR use case?

Xcelore uses targeted proofs of concept and technical validation to assess tracking, spatial data flows, integrations, performance, device requirements, and feasibility before full-scale engineering.

Start Your AR Initiative

Engineer AR solutions that connect spatial data, devices, applications, and enterprise systems to support measurable operational and business outcomes.