Lifeguard
Essential Designs was able to create a cutting edge application that will save lives, they always say "Anything can be done" and are definitely able to deliver on that promise.
Jeff Hardy, Founder
Augmented Reality App Development
For Practical Mobile AR Products
Augmented reality can be useful when it helps people understand a product, place, workflow, or object in the context where they actually use it.
Essential Designs helps teams plan AR app ideas carefully, compare native ARKit, ARCore, cross-platform, and web options, then scope the mobile experience, backend needs, content pipeline, testing, launch, and support.
★★★★★ 5.0 average rating from 100+ reviews
Google
5.0 ★★★★★
46 reviews
Clutch
5.0 ★★★★★
34 reviews
DesignRush
5.0 ★★★★★
30 reviews
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Our Clients
Making hundreds of businesses
better, big or small.
Teck Resources
We've been engaged with Essential Designs for several years now and we've found that the value they deliver is significantly above everyone else that we deal with.
Rick Twaddle, SBA
Schneider Electric
We are a company present in more than 150 countries. I was very happy with their efficiency. They were responsive and happy to make any changes that we required.
Kirill Kudymov, Product Manager
Handld
I had a lot of trust in them, everyone knew their job, and they worked very efficiently. The trust and communication skills were what distinguished them from their competitors.
Cristen Phipps, Owner
Process
The Essential Augmented Reality App Development Process
A practical process for validating AR fit, defining the mobile experience, building the product, testing real-world behavior, and supporting future releases.
01
Fit Review
We review users, devices, environment, product goal, camera and sensor needs, content requirements, ARKit, ARCore, web AR, budget, and technical risk.
02
Scope
We define the first release, core AR moments, screens, user roles, data flows, integrations, assumptions, milestones, QA needs, and support expectations.
03
UX and Interaction Planning
We map onboarding, permissions, marker-based or markerless scanning, object placement, controls, empty states, error states, and fallback paths before development begins.
04
Prototype or Build
Senior developers create the prototype or production app, connect backend systems, prepare content workflows, and build the mobile experience in focused stages.
05
Testing
We test devices, camera permissions, lighting conditions, content loading, integrations, poor-network behavior, performance, and edge cases.
06
Launch and Support
We support release, monitoring, updates, dependency changes, content changes, bug fixes, and future AR or mobile app improvements after launch.
Planning an AR app? Let's prove the product fit before the full build.
Augmented reality adds value only when it improves the user task. We help clarify the use case, content needs, technical constraints, budget, timeline, and support plan before development starts.
Plan Your AR App
Augmented reality app development services
AR App Development Decisions We Help You Make
Teams searching for augmented reality app development are usually comparing product value, technical risk, platform fit, content cost, and device support. We help clarify the decisions that determine whether AR becomes a useful product feature or an expensive experiment.
01
Use Case First
We review the real task, environment, user expectations, device needs, and business goal before recommending AR as the right experience.
02
ARKit, ARCore, or Web AR
We compare native iOS ARKit, Android ARCore, cross-platform mobile, and browser-based AR options against the product goal, audience, budget, and maintenance plan.
03
Marker-Based or Markerless AR
We define whether the app needs printed markers, image recognition, surface detection, object placement, guided overlays, or a simpler visual product experience.
04
3D Content Workflow
We plan how models, images, labels, instructions, metadata, product data, approvals, and updates will move from the business into the app.
05
Backend and Analytics
Most AR apps still need APIs, accounts, content management, admin tools, analytics, reporting, ecommerce connections, or CRM handoffs behind the camera experience.
06
Real-World QA
We plan testing around devices, permissions, lighting, movement, content loading, network conditions, integrations, and release paths.
Why Essential Designs
AR App Development With Mobile Scope and Real-World QA
An AR app should make a specific task clearer, faster, or more useful. These answers explain how we compare options, plan the product, and reduce delivery risk.
Fit first
AR, native mobile, cross-platform, PWA, and web options compared
ARKit/ARCore
Platform fit, device support, and mobile framework decisions scoped
3D workflow
Models, labels, metadata, content updates, and approvals planned early
Device QA
Permissions, lighting, tracking, performance, content loading, and release checks
When is augmented reality a good choice for an app?
AR can be a good choice when spatial context, camera interaction, object placement, or visual guidance makes the user task clearer than a standard screen-based experience.
Should an AR app start with a prototype?
Often, yes. A prototype can test user value, device behavior, content needs, interaction design, and technical risk before committing to a broader production build.
Can an AR app connect to product data or business systems?
Yes. We can plan AR apps that connect to APIs, product catalogs, admin tools, accounts, analytics, ecommerce systems, CRMs, or other business platforms.
Should an AR app use ARKit, ARCore, or web AR?
It depends on the product goal, required device features, audience, content complexity, budget, and maintenance plan. Native ARKit or ARCore may fit deeper mobile AR features, while web AR can fit simpler browser-based product or marketing experiences.
What is the difference between marker-based and markerless AR?
Marker-based AR uses a known image or printed marker to trigger the experience. Markerless AR relies more on surface detection, object placement, or environmental understanding, which can create more flexible experiences but usually needs more careful testing.
What content does an AR app need?
AR apps may need 3D models, product images, labels, videos, instructions, metadata, product data, admin tools, and update workflows. Content ownership and approval rules should be planned before development starts.
How do you measure whether an AR app is working?
Measurement can include scans, placements, object views, completion events, product interactions, account actions, conversions, support requests, device performance, and user feedback.
Do AR apps need special testing?
Yes. AR app testing should cover devices, camera permissions, lighting conditions, tracking behavior, movement, content loading, network behavior, and performance.
Can you help decide between AR, native mobile, and web?
Yes. We compare the user task, device needs, budget, timeline, content requirements, backend systems, and maintenance plan before recommending a build path.
Selected Work
See the kind of apps and platforms we build.
A quick look at real mobile apps, web platforms, SaaS portals, and business systems from the Essential Designs portfolio.
Emerson Electric
Mobile AppModernized field operations app with dashboards, alerts, reporting, and low-data workflows.
Field operations modernization
Teck Resources
Web AppResponsive EHSC application for on-site safety checks and reporting.
Enterprise safety software
Lifeguard
Mobile AppGroundbreaking safe-consumption platform with emergency response workflows.
Life-saving mobile app
Good Roads
Web PlatformVendor database and technical-services portal for government procurement workflows.
Procurement SaaS portal
Honeywell
Web AppGlobal license-key management software for a complex enterprise workflow.
License management system
All Skin
Mobile AppPersonalized skincare app using product data, surveys, and routine analysis.
Personalized product matching
What We Build for Augmented Reality App Development
Mobile AR Apps
We help plan and build iOS ARKit, Android ARCore, and cross-platform mobile AR experiences when device fit, user context, and first-release scope are clear.
AR Prototypes
We turn early AR ideas into practical prototypes that test interaction, content, device behavior, technical risk, and product value before a larger build.
Backend and Content Workflows
We connect AR experiences to APIs, accounts, product data, 3D assets, admin tools, analytics, content updates, and the systems needed behind the mobile interface.
Testing and Support
We test device behavior, lighting conditions, permissions, performance, content loading, account states, integrations, and release readiness.
Helpful resources
Helpful AR and Mobile App Planning Guides
These related resources can help teams think through mobile scope, product fit, testing, requirements, and support before starting an augmented reality app build.
Read the guides
Mobile App Development Timeline What teams should expect when planning a mobile app from scope through launch. Hybrid vs Native App Development How to compare native, hybrid, responsive, and web-based approaches for a mobile product. What Is An FSD? How a functional specification document clarifies app scope, states, and backend needs. Testing Apps In Poor Networks Why mobile apps should be tested in realistic connection conditions before release. Choosing A Software Partner Questions to ask before choosing the team that will plan, build, and support your software.
The Essentials of Augmented Reality App Development
Augmented reality app development should start with a clear reason for using AR. If the camera view, spatial context, or object placement does not make the task easier, a standard mobile app or web app may be the better choice.
A useful AR app needs a real user context. Teams should define where the app will be used, which devices are expected, how much time users have, what lighting or space conditions matter, and what should happen when AR tracking is imperfect.
Content planning is part of the software plan. Product models, images, labels, instructions, metadata, videos, or 3D assets need ownership, update rules, approval steps, and a way to reach the app reliably.
Platform choice should be deliberate. Native ARKit and ARCore can be strong fits for deeper mobile AR features, while cross-platform or web AR may fit lighter product visualization, sales, marketing, or education experiences.
The AR interaction model should be defined early. Marker-based AR, markerless AR, image recognition, surface detection, object placement, guided overlays, and 3D product views each create different design, content, device, and testing requirements.
The first release should be focused. A smaller AR prototype or narrow production feature can validate the experience, device behavior, and user value before the project expands into a broader mobile product.
Backend planning still matters. Many AR apps need accounts, product catalogs, admin tools, APIs, analytics, reporting, ecommerce connections, CRM handoffs, or content management behind the mobile interface.
Measurement should be part of the build plan. Teams may need to track scans, placements, object views, completion events, product interactions, account actions, conversion paths, support requests, or usage by device type.
Common AR app use cases include product visualization, training, field support, customer education, sales tools, inspection workflows, installation guidance, and interactive demonstrations.
Testing should happen in realistic conditions. Device model, operating system, camera permission, lighting, movement, poor-network behavior, and performance can all affect whether the AR experience feels useful.
Long-term support should be planned early because mobile operating systems, AR frameworks, devices, dependencies, and content needs change. A good AR roadmap includes maintenance, updates, and future product improvements.
AR fit review, mobile UX, backend planning, content workflow, QA, launch, and support in one roadmap.
We help teams decide when augmented reality is useful and build the product foundations that make the app easier to maintain.
