Our strength lies in translating technical depth into visual expression. Industrial software, AI flows, hardware acting in the background, processes that engineers understand but no one else sees — that's where we make the invisible understandable. Designers and engineers work in the same team so the expression is grounded in how the technology actually works.

We build pitch demos for investor and sales meetings, trade fair demos that draw people to the stand, and advanced prototypes that show new technology in industrial, medtech, or automotive contexts.

What we do

• Advanced 2D and 3D graphics: Three.js, WebGL, WebGPU, custom shaders, particle systems, and data visualisations that show technical depth in a way you can actually experience

• Visualisation of processes and systems: digital twins, real-time data, 3D models of products and processes that make the abstract visible

• Hardware integrations: sensors, physical products, real-time data from field units via BLE, MQTT, USB, or serial communication

• Interactive storytelling: demos where the viewer discovers the technology by exploring, not just watching

• AR and VR elements where they fit: WebXR experiences for showing something physical or spatial that doesn't fit on a screen

• Pitch and trade fair support: scripted demo flows, reset between users, performance on the hardware actually being used

• Demos built on a production-ready stack: when the idea gets the green light, the demo can evolve into a product without starting over

The industries we most often build tech demos for are industrial, automotive, medtech, IoT, and tech startups going to market.

Visualising technology that's otherwise invisible

At Intunio we build tech demos for technology that's hard to see, understand, or communicate without experiencing it. Industrial software deep in a process, AI flows where the complexity lives in a thousand small decisions, hardware acting in the background — things engineers understand but no one else sees.

Our strength is translating technical depth into a visual experience where the viewer actually feels what the technology does. Advanced 3D graphics, real-time data, and interactive flows aren't used as decoration but as a language for making the abstract tangible. That's where design and engineering meet for real: the designer understands what should be felt, the engineer understands what's actually happening, and together they build something neither would build alone.

Deep dive: Nira Dynamics

Nira Dynamics collects sensor data from millions of vehicles around the world and packages it into services about road conditions and tyre status. To showcase the services Road Surface Alerts and Road Roughness, we built a demo application for Android Automotive and Android tablets, with live data from Nira and GPS from the vehicle.

The biggest challenge was translating abstract sensor data into something a driver can feel and act on. We built a custom 3D visualisation of the Roughness data where procedurally generated graphics run directly on the device's GPU: each road segment gets a unique appearance where colour and height represent the level of roughness. The client app in Kotlin/Android, backend in Go, map integration via HERE Technologies — all on a stack built to hold up in demo mode at trade fairs and evolve into production.

See the full case: Nira Dynamics — tech demo for an innovative mobility company.

When a tech demo is the right tool

Three situations where a tech demo becomes relevant:

Before a pitch, investor meeting, or sales conversation

You have a complex idea or technology that's hard to explain in words. An interactive demo lets the listener see and feel the concept in minutes.

Before a trade fair or event

The stand needs something that draws people in and keeps them there. A well-built demo that runs a thousand times without breaking is the difference between a successful fair week and a stressful one.

When new technology needs to be visualised for stakeholders

Industrial or medtech technology that can't be shown in the field needs to be visualised digitally — for partners, customers, the board, or regulatory contexts.

How we work in a tech demo engagement

Three phases, often delivered in 2–6 weeks depending on scope:

Concept work

We understand what the demo needs to prove, for whom, and in what context. A workshop with your technology and product leadership, ideally with concrete examples from competitor or reference presentations. The result is a scoped demo concept — what's shown, what's not, how long a typical session lasts.

Design and technical prototyping

We design and build at the same time. Visual concepts (3D feel, interaction patterns, data visualisation) are developed in parallel with technical prototypes in Three.js, WebGL, or native, depending on what the demo requires. Early functional prototypes are tested against the demo goals.

Polish and expression

The chosen direction is developed into a demo-ready experience. The focus is on visual expression and storytelling flow — how the technology is portrayed so the viewer feels what we want to communicate. Resilience in trade fair or pitch mode (reset flows, performance, edge cases) is part of the work too, but it's not where the value is created.

For clients who want to evolve the demo into an actual product, we move into app development or web development engagements directly after demo delivery.

What we offer

Tech demos vary in scope depending on interaction depth, hardware integration, and visual complexity. Three common engagements:

• Pitch demo (40–80 hours, delivered in 1–2 weeks): a fast interactive demo for sales pitch or investor meeting. Focus on visual impact and a tightly scripted demo flow. Suitable when you're going into a meeting and need a concrete demo to show.

• Trade fair or event demo (80–160 hours, delivered in 3–5 weeks): a demo meant to run thousands of times on a stand or demo area. Includes reset flows, offline fallback, multi-touch or gesture support if relevant, and performance validation on the actual hardware.

• Advanced prototype or production-ready tech demo (from 160 hours, often 200–400 hours; delivered in 4–8 weeks): complex demo with 3D graphics, hardware integration, or AR/VR elements. Built on a stack that can evolve into a product. Suitable for new technology being shown to multiple stakeholders over time.

For clients who want to evolve the demo into an actual product, we move directly into app development or web development. Since the demo is built on a production-ready stack, the transition is smooth — nothing is discarded.

Pricing

995 SEK/hour (discounted rate with a monthly agreement).

We apply a discounted hourly rate for monthly agreements: you pay the month's estimated cost in advance, and get a price you can plan around. No commitment beyond the current month. The model fits tech demos well since engagements are often intensive but bounded in time.

Fixed price is often an option

Since the scope of a tech demo is clearly defined, we also offer fixed-price engagements. We discuss which model fits best once we see your demo goal.

AI tools are included in the rate

We use Claude, Cursor, and AI-based tools for 3D concept exploration, shader generation, and prototype iteration. That lets us explore more directions early and build faster once the concept is locked.

Common starting points

Three typical situations where a conversation with Intunio becomes relevant:

When new technology needs to be shown at a pitch or trade fair soon

You have a deadline, scope needs to land quickly, and the demo has to be ready on time without compromising on quality. We go from concept to demo in a few weeks.

When a technical proposition is hard to explain in words or images

Complex industrial software, a medtech application, or an AI product that needs to be felt before it can be understood. An interactive demo makes it tangible.

When a demo can become the foundation for an actual product

You want to show an idea to stakeholders and at the same time build something that can evolve once the idea gets the green light. We choose stack and architecture so nothing is discarded.