Intelivita is an augmented reality app development company in London, UK. We build interactive AR experiences for iOS, Android and web platforms around your users, business goals and technical requirements.
Our AR development process covers consultation, UX/UI design, 3D modelling and animation, application development, deployment and ongoing support.
Give your customers a better way to see your products before they buy. With AR product visualisation, they can place a 3D version of your product in their own space, view it from different angles and see it at its intended scale.
For example, a furniture retailer can let customers place a virtual sofa in their living room to see how it looks and fits before ordering.
Use AR to guide your customers or employees through a task while they complete it. Instructions can appear alongside the product, equipment or component they are working with.
You could use AR to show someone how to assemble a product, operate equipment, carry out maintenance, identify components or diagnose a common problem step by step.
Virtual try-on experiences allow customers to preview products on themselves in real time through a supported device.
Depending on the product and technology, users can virtually try on glasses, makeup, clothing, jewellery and other accessories before purchasing them.
AR turns the world around your users into part of the experience. AR Games can place digital characters, objects and challenges within real locations or indoor spaces.
Pokémon GO is a familiar example of location-based AR, where physical locations become part of the gameplay.
Show clients a property or design before it exists in the real world. Prospective buyers can explore a development in 3D, view proposed interiors or see how planned changes would look within an existing property.
Architects and developers can also use AR to communicate designs more clearly to clients and stakeholders.
In a physical shop, AR can give customers useful information exactly where they need it. They can use their smartphone to view product details, prices, available options or interactive content linked to products, packaging and displays.
TECHNICAL FEASIBILITY • AR PROTOTYPING • PROOF OF CONCEPT
We assess your idea, business goals, target users and technical requirements to determine whether AR is right for your product.
Where needed, we create a prototype or proof of concept to test the proposed experience and technical approach before full development.
AR FUNCTIONALITY • APPLICATION LOGIC • BACKEND & APIS
We design and develop custom augmented reality applications around your requirements.
This includes the user interface, AR functionality, application logic, backend systems, APIs and other features needed to deliver your product across the agreed platforms.
AR FEATURE INTEGRATION • API INTEGRATION • BUSINESS SYSTEMS
You don't always need to build a new application to introduce AR. We can add AR features to your existing product and connect them with your current application, APIs, databases, product catalogue or other business systems.
3D MODELLING • 3D ANIMATION • REAL-TIME OPTIMISATION
AR applications often need 3D models, materials, textures and animations. Our 3D team creates and optimises these assets for real-time use while balancing visual quality and performance across supported devices.
BUG FIXES • DEVICE COMPATIBILITY • FRAMEWORK UPDATES
After launch, we support and maintain your AR application as operating systems, devices and AR technologies change.
This includes fixing bugs, resolving compatibility issues and keeping the application working across supported operating systems, devices and AR technologies.
Tell us about your AR idea, target users and the experience you want to create. We’ll review your requirements and recommend a practical approach, technology, scope, timeline and estimated cost.
Marker-based AR recognises a predefined visual marker, such as a QR code, illustration, product label or another distinct image. When the application detects the marker, it displays digital content linked to it.
For example, scanning a character in an interactive storybook could bring the character to life as an animated 3D model. Users could then rotate, resize or interact with the character.
Markerless AR works without a predefined visual marker. It uses environmental tracking technologies, including simultaneous localisation and mapping (SLAM), to understand the surrounding space and identify suitable surfaces.
This allows users to place digital objects within their environment. For example, someone planning a room could position a virtual chair in the available space, view it from different angles and arrange other furniture around it.
Location-based AR uses GPS coordinates, device orientation and geospatial positioning to connect digital experiences with specific real-world locations.
A virtual collectible could appear at a particular location, requiring users to visit that place before they can discover and interact with it. Location-based AR works well for games, tourism, navigation, events and other location-based experiences.
Object recognition allows an AR application to identify supported real-world objects and show relevant digital content alongside them.
Your application could recognise a piece of machinery or a specific component and show operating information, maintenance instructions or an interactive guide while the user is working with it.
We review your use case, target users and business goals before recommending AR. If another approach fits your requirements better, we’ll tell you and recommend it.
Product visualisation, Virtual try-on, Interactive shopping, 3D product experiences
Interactive learning, 3D models, AR simulations, Practical training
Property visualisation, 3D interiors, Interactive presentations, AR navigation
Medical training, 3D visualisation, Contextual guidance, AR simulations
Interactive campaigns, Product experiences, Branded AR, Location-based content
AR navigation, Interactive city guides, Landmark information, Location-based experiences
AR games, Location-based gaming, Interactive entertainment, Digital characters
Employee training, Assembly guidance, Maintenance support, Equipment information
Estimated cost
£10,000
Estimated timeline
6–8 weeks
Frameworks and technologies for building native, cross-platform and web-based AR experiences.
Tools for creating and optimising 3D models, textures, materials and animations for real-time AR experiences.
Support different ways of recognising real-world environments and positioning interactive digital content within them.
Connect AR applications with databases, product catalogues, user accounts and existing business systems.
Cloud technologies for application data, backend services and the delivery of 3D content and other digital assets.
Track application usage, crashes and performance to identify issues and support ongoing improvements.
“What stood out most about Intelivita was their ability to operate as a true delivery partner rather than just a development vendor. They combined strategic input with hands-on execution, helping shape the product while also building it.”
“Intelivita has developed an app that can dynamically display research questions and support a participant through all stages of their research journey.”
“What stood out most about Intelivita was the balance between professionalism and personal approach, which made the entire development process both efficient and enjoyable.”
WebAR delivers an augmented reality experience directly through a supported mobile browser. Users can access it through a link or QR code without downloading an app.
It works well for marketing campaigns, packaging, exhibitions and shorter experiences. A dedicated mobile app may provide better performance and more advanced functionality.
Tell us about your idea, existing product or next phase. We’ll review your goals, users and essential features, then outline a practical scope, delivery approach, timeline and expected cost with no obligation to proceed.