INDEPENDENT PROTOTYPING STUDIO · UK

Make the
idea real.

We turn ambitious ideas into things you can see, touch and test — from immersive AR and VR to interactive 3D cities, software and connected systems.

01QUESTION
02PROTOTYPE
03PROVE IT
ITS / FIELD NOTES 001IDEAS IN MOTION ↗
Augmented reality dinosaur experience shown on mobile devices
01 / AUGMENTED REALITY
Liverpool 3D city visualisation
02 / SPATIAL WORLDS
A desktop monitor showing a robotic arm simulation beside a small real robotic arm and conveyor
03 / ROBOTICS + DIGITAL TWINS
IDEA
→
REALITY
REAL PROJECTS. PRACTICAL EXPERIMENTS.53°24′N / 2°59′W
INTERACTIVE 3D ✳ AUGMENTED REALITY ✳ DIGITAL TWINS ✳ VIRTUAL REALITY ✳ SOFTWARE PROTOTYPES ✳ TECHNICAL FEASIBILITY ✳

SELECTED WORK / PROJECTS & EXPERIMENTS

Not just a pitch.
Something to explore.

Real project captures, technical experiments and clearly labelled concepts — from mobile AR and city-scale digital twins to 3D digitisation, VR training and practical software.

Three mobile views of an augmented reality dinosaur application01 / AR EXPERIENCE↗
ARMOBILE3D CONTENT

Bring the impossible
into the everyday.

A mobile augmented reality experience that places a dinosaur into the user’s surroundings. A useful example of how 3D content can turn a screen into a window onto another world.

Augmented reality vehicle maintenance guide with engine component labels and instructional interface panels02 / AR MAINTENANCE GUIDE↗
ARTECHNICAL TRAININGINTERACTIVE UI

Make technical
knowledge visible.

An augmented reality vehicle inspection concept that identifies engine-bay components with clear on-screen labels and guided maintenance steps. It illustrates how spatial interfaces can make complex information easier to understand.

04 / GEO-SPATIAL & DIGITAL TWINS

Places, seen
differently.

Six city visualisations show how built environments can become navigable 3D scenes. Switch between clean scene captures and interface views to compare the environment with its supporting UI.

Clean 3D visualisation of Manchester
MANCHESTER / CLEAN SCENE3D GEO VISUALISATION
An uncluttered view puts the 3D environment first.01 / 06
HyNet hydrogen and carbon dioxide infrastructure network visualisation showing Liverpool, Manchester, Chester, hydrogen production and pipeline routes05 / HYDROGEN NETWORK VISUALISATION↗
GEOSPATIALHYDROGENINFRASTRUCTURE

Make complex networks
easier to understand.

A HyNet network visualisation showing hydrogen production, pipelines, storage and connected industrial locations across the North West. It is a strong example of how spatial interfaces can communicate infrastructure relationships.

SUPPLIED PROJECT CAPTUREExplore a geospatial prototype ↗
Fleet management and daily vehicle inspection dashboard concept showing vehicle status, inspection records and defects05 / FLEET SOFTWARE CONCEPT↗
WEB APPFLEET MANAGEMENTINSPECTIONS

Make daily checks
part of the bigger picture.

A proposed fleet dashboard that brings vehicle readiness, daily inspection completion, defects and compliance into one view. The existing inspection screens are useful functional evidence, but this dashboard is a clearer portfolio visual for showing the wider product direction.

DASHBOARD CONCEPT · NOT A LIVE PRODUCTDiscuss a fleet software prototype ↗
Mia Stanza augmented reality furniture placement app interface captured during development06 / MIA STANZA · DEVELOPMENT CAPTURE↗
ARFURNITURE VISUALISATIONAPP DEVELOPMENT

Test a product
in the user's space.

Mia Stanza was captured while the app was still being developed. The interface shows a sofa model placed in a real room, with controls for choosing variants, rotating, scaling, changing colour and removing the object.

DEVELOPMENT-STAGE CAPTUREDiscuss an AR product viewer ↗
VisionGuard AI workplace monitoring dashboard concept with four camera panels07 / MONITORING UI CONCEPT↗
INTERFACE CONCEPTCOMPUTER VISIONMONITORING

Turn multiple feeds
into a clear picture.

A visual concept for a workplace monitoring dashboard, with a multi-camera layout, status metrics and alert categories. This image illustrates a possible interface, not a live monitoring system.

MORE PROJECTS / RESEARCH & DEVELOPMENT

Different problems.
Practical experiments.

Real project material wherever available. These examples show how we test physical systems, digitise heritage, develop immersive learning and turn digital models into tangible objects.

Desktop monitor showing a robotic arm simulation beside a small physical robotic arm and conveyorR&D / DIGITAL TWIN
UNITYROBOTICSSIMULATION

Connect a simulation to the real world.

Explore how a virtual robotic arm could mirror a physical prototype, with joint positions, control inputs and conveyor movement represented in a digital twin.

CONCEPT VISUAL · NOT A CLAIM OF A DEPLOYED SYSTEM
HYDROGEN / COMPONENT EXPLORER
VR TRAININGHYDROGEN3D SIMULATION

Make complex systems explorable.

This exploded-view animation shows the layers of a fuel-cell assembly separating and coming together. It provides a starting point for a VR learning experience about components, assembly and system operation.

ANIMATED MODEL REFERENCE · NOT A LIVE PHYSICAL TEST
A handheld 3D scanner being used to digitise an Egyptian relief at a museum3D DIGITISATION / MUSEUM
3D SCANNINGHERITAGEDIGITAL ASSETS

Bring physical heritage into 3D.

Documenting an Egyptian relief using a handheld scanner, alongside 3D digitisation work involving Norton Priory and objects at the Garstang Museum with the University of Liverpool.

ORIGINAL PROJECT PHOTOGRAPH

08 / WEB-BASED 3D + AR

Pick it up.
Turn it around.

Explore the Formula 1 car, Tokyo Tower and The Beatles statue in an interactive 3D viewer. Drag to rotate and pinch or scroll to zoom. On supported mobile devices, use the AR control to place the model in your surroundings.

Models are stored on this website. Please allow up to a minute for larger 3D files to load. AR availability depends on your device and browser.

ITS / FORMULA 1INTERACTIVE VIEWER ↗
DRAG TO ROTATE · SCROLL OR PINCH TO ZOOMGLB + USDZ

WHAT WE CAN HELP YOU PROVE

From “what if?”
to “it works”.

Focused technical experiments help teams answer important questions early, before committing to a full product build. We work with organisations across Liverpool, Manchester, Chester, Warrington, Runcorn, Daresbury and the wider North West.

A CLEAR WAY FORWARD

Start with the decision.
Not the technology.

01

Define what you need to find out

Who is it for? What must they be able to do? What uncertainty is blocking the next decision?

02

Choose one thing to prove

Test the riskiest assumption first: tracking, interaction, data flow, model quality, performance or usability.

03

Put it in front of the right people

Test the workflow in a realistic setting and record what works, what fails and what remains unknown.

04

Make the next decision with evidence

Use the results to refine the idea, estimate the next phase, change direction or stop before more is spent.

HAVE A QUESTION WORTH TESTING?

Let’s give your
idea something real.

Tell us what you are trying to prove. We can explore the technical route, the right prototype and the next decision it should help you make.

Start a conversation ↗ Your email application will open with a pre-filled enquiry template. Complete your details and project description before sending.

IMMERSIVE TECH SOLUTIONS / ENQUIRY

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