HoloLens 2 Development
Enterprise-grade mixed reality apps for Microsoft HoloLens 2 — using Mixed Reality Toolkit (MRTK), Unity, and Azure Spatial Anchors for persistent, shared AR experiences.
Hands-free AR for manufacturing and field service — work instructions, remote assist and ERP-connected asset overlays.
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Industrial AR development delivers hands-free augmented reality for manufacturing, field service and warehouse operations — work instructions, remote expert assist and asset overlay on HoloLens and RealWear devices. Codazz builds enterprise AR with MDM deployment, offline mode and integration to CMMS and ERP systems.
Enterprise-grade mixed reality apps for Microsoft HoloLens 2 — using Mixed Reality Toolkit (MRTK), Unity, and Azure Spatial Anchors for persistent, shared AR experiences.
AR-powered remote support tools — field workers see live expert annotations overlaid on equipment, reducing downtime and eliminating the need for on-site specialists.
Step-by-step AR work instructions overlaid directly on machinery and components. Reduce training time, eliminate paper manuals, and cut assembly errors by up to 40%.
Live 3D digital twin overlays on physical assets — visualise sensor data, component status, and maintenance history spatially anchored to real equipment.
Real-time IoT telemetry — temperature, pressure, vibration, throughput — displayed as spatial AR overlays directly on the machines generating that data.
Hazard zone visualisation, PPE compliance checking, safety procedure guidance, and emergency exit wayfinding — AR applications that protect your workforce on the floor.
Our Work
200+ products shipped across fintech, healthcare, e-commerce, and SaaS — built to scale, designed to convert.

Web Design
A marketing site for an interior design studio, rebuilt on Next.js to load fast on mobile and convert visitors into enquiries.

Healthcare
A patient management platform handling scheduling, records and clinician-patient messaging for a healthcare provider.

E-Commerce
A fitness e-commerce storefront built on Next.js with Shopify as the commerce backend and Stripe handling payments.

Logistics
A delivery management platform with live vehicle tracking, route planning and customer-facing shipment status.

Logistics
A freight management platform for an established trucking operator, covering load tracking and job records.

SaaS
A multi-tenant SaaS platform that aggregates business reviews across sources and surfaces them in one dashboard.
Our team embeds with your operations team to map current workflows, identify pain points, and quantify the time and error costs that industrial AR can address.
We prioritise the highest-ROI use case for a focused pilot — assembly guidance, remote support, or IoT overlay — and define measurable success metrics.
A working AR pilot is built and deployed in the actual factory environment. Real workers, real equipment, real conditions — tested iteratively until the use case is validated.
Validated pilots scale to full deployment — device fleet management, MDM integration, training programs, and ongoing support to ensure enterprise-wide adoption.
Everything you need to know about our industrial AR development services.
Ask our teamHoloLens 2 wins when workers need both hands free — assembly, maintenance, surgery, and any task where holding a tablet is impractical. It's more expensive ($3,500/unit) but delivers true hands-free AR. Tablet-based AR (iPad with ARCore/ARKit) is lower cost, easier to deploy, and sufficient for inspection, training, and reference use cases where the worker can hold a device. We'll recommend the right hardware for your specific workflow.
We connect to your existing IoT infrastructure via REST APIs, MQTT, or OPC-UA. The AR app polls or subscribes to live data streams and renders them as spatial overlays anchored to physical asset locations using Azure Spatial Anchors or Vuforia Object Targets. Data refreshes at configurable intervals — typically 1–5 seconds for operational metrics, real-time for safety-critical alerts.
We establish baseline metrics before the pilot: average task completion time, error rate, rework hours, and training time per new employee. Post-deployment, we measure the same KPIs. Our clients typically see 25–45% reduction in task time, 30–60% reduction in errors, and 50%+ reduction in training time. These translate directly to cost savings that we document in a post-pilot ROI report.
Industrial environments often have patchy Wi-Fi and no cellular signal. We design AR apps to function offline-first — all work instructions and 3D content are cached on-device. IoT data overlays and remote expert features require connectivity, which we handle through Wi-Fi dead zone mapping and optional private 5G or LTE network integration. Azure Edge and on-premise server options are available for air-gapped facilities.
We design AR tools to be intuitive enough that formal training is minimal — the AR guidance itself is the training. For initial rollout, we provide train-the-trainer sessions, in-app onboarding flows, and video tutorial content. We also build AR-based training modules for the tools themselves, so workers learn the system in the same medium they'll use it. Adoption is tracked through usage analytics built into every deployment.
Let's discuss your industrial AR project. Free consultation, NDA on Day 1, and a detailed proposal within 48 hours.