What is Quantum Studio?

Quantum Studio is a digital factory and software house based in Gallarate (Varese, Italy) that builds custom software, web apps, UI/UX design, API integrations, IoT and AI solutions for SMEs and startups.

Where is Quantum Studio based?

Corso Sempione 13B, 21013 Gallarate (VA), Italy. We serve clients in Gallarate, Busto Arsizio, Legnano, Varese, Milano and Torino, and remotely throughout Italy.

What services does Quantum Studio offer?

Web (interfaces, server, sites, SEO), software (architecture, dashboards, API integration, desktop/mobile apps), hardware (prototyping, electronics, sensors, microcontrollers), interactive / IoT installations, and AI tools.

Does Quantum Studio do hardware, not just software?

Yes. Hardware design, prototyping, electronic integration and sensor/microcontroller configuration are part of our core offering. Recent examples: Junk Track (GPS sensors for microplastics in the Venetian Lagoon) and T-Prof (underwater temperature and pressure sensor).

Does Quantum Studio work with AI?

Yes. AI is integrated into projects like AI Garage (interactive totem at MAUTO Turin) and Epona (real-estate valuation tool). We build custom AI tools for automation, data analysis and recognition.

What is the working method?

Observe, understand, transform. We work in two complementary spaces: the Studio (where design meets development) and the Lab (where we experiment with prototypes and new technologies).

How long does Quantum Studio take to respond to inquiries?

We respond to contact requests within 24 hours.

Studio and Mission | Quantum Studio

Human

With the goal of innovating

We don't stop at the project: we experiment. We build prototypes, we test them, we rebuild them from scratch.

Atoms

Everything we create starts from structures that are tiny yet solid. Details are what hold a system together: invisible to those who look, essential to those who understand.

Molecules

Our work grows from relationships, not from accumulation. Bringing things together means choosing what can coexist and what cannot, without forcing it.

Organisms

We think in terms of systems, not isolated parts. Every project is alive and interdependent: if a choice is wrong, it will eventually reveal itself.

Principles

We move according to rules that do not change with trends. We do not look for shortcuts: we have principles, and we stay true to them.

Prototypes

Building helps us understand what truly works. Testing, failing, and rebuilding are part of the way we think.

Atoms

Everything we create starts from structures that are tiny yet solid. Details are what hold a system together: invisible to those who look, essential to those who understand.

Molecules

Our work grows from relationships, not from accumulation. Bringing things together means choosing what can coexist and what cannot, without forcing it.

Organisms

We think in terms of systems, not isolated parts. Every project is alive and interdependent: if a choice is wrong, it will eventually reveal itself.

Principles

We move according to rules that do not change with trends. We do not look for shortcuts: we have principles, and we stay true to them.

Prototypes

Building helps us understand what truly works. Testing, failing, and rebuilding are part of the way we think.

Atoms

Everything we create starts from structures that are tiny yet solid. Details are what hold a system together: invisible to those who look, essential to those who understand.

Molecules

Our work grows from relationships, not from accumulation. Bringing things together means choosing what can coexist and what cannot, without forcing it.

Organisms

We think in terms of systems, not isolated parts. Every project is alive and interdependent: if a choice is wrong, it will eventually reveal itself.

Principles

We move according to rules that do not change with trends. We do not look for shortcuts: we have principles, and we stay true to them.

Prototypes

Building helps us understand what truly works. Testing, failing, and rebuilding are part of the way we think.

Atoms

Everything we create starts from structures that are tiny yet solid. Details are what hold a system together: invisible to those who look, essential to those who understand.

Molecules

Our work grows from relationships, not from accumulation. Bringing things together means choosing what can coexist and what cannot, without forcing it.

Organisms

We think in terms of systems, not isolated parts. Every project is alive and interdependent: if a choice is wrong, it will eventually reveal itself.

Principles

We move according to rules that do not change with trends. We do not look for shortcuts: we have principles, and we stay true to them.

Prototypes

Building helps us understand what truly works. Testing, failing, and rebuilding are part of the way we think.

Atoms

Everything we create starts from structures that are tiny yet solid. Details are what hold a system together: invisible to those who look, essential to those who understand.

Molecules

Our work grows from relationships, not from accumulation. Bringing things together means choosing what can coexist and what cannot, without forcing it.

Organisms

We think in terms of systems, not isolated parts. Every project is alive and interdependent: if a choice is wrong, it will eventually reveal itself.

Principles

We move according to rules that do not change with trends. We do not look for shortcuts: we have principles, and we stay true to them.

Prototypes

Building helps us understand what truly works. Testing, failing, and rebuilding are part of the way we think.

Atoms

Everything we create starts from structures that are tiny yet solid. Details are what hold a system together: invisible to those who look, essential to those who understand.

Molecules

Our work grows from relationships, not from accumulation. Bringing things together means choosing what can coexist and what cannot, without forcing it.

Organisms

We think in terms of systems, not isolated parts. Every project is alive and interdependent: if a choice is wrong, it will eventually reveal itself.

Principles

We move according to rules that do not change with trends. We do not look for shortcuts: we have principles, and we stay true to them.

Prototypes

Building helps us understand what truly works. Testing, failing, and rebuilding are part of the way we think.

Atoms

Everything we create starts from structures that are tiny yet solid. Details are what hold a system together: invisible to those who look, essential to those who understand.

Molecules

Our work grows from relationships, not from accumulation. Bringing things together means choosing what can coexist and what cannot, without forcing it.

Organisms

We think in terms of systems, not isolated parts. Every project is alive and interdependent: if a choice is wrong, it will eventually reveal itself.

Principles

We move according to rules that do not change with trends. We do not look for shortcuts: we have principles, and we stay true to them.

Prototypes

Building helps us understand what truly works. Testing, failing, and rebuilding are part of the way we think.

Atoms

Everything we create starts from structures that are tiny yet solid. Details are what hold a system together: invisible to those who look, essential to those who understand.

Molecules

Our work grows from relationships, not from accumulation. Bringing things together means choosing what can coexist and what cannot, without forcing it.

Organisms

We think in terms of systems, not isolated parts. Every project is alive and interdependent: if a choice is wrong, it will eventually reveal itself.

Principles

We move according to rules that do not change with trends. We do not look for shortcuts: we have principles, and we stay true to them.

Prototypes

Building helps us understand what truly works. Testing, failing, and rebuilding are part of the way we think.

Atoms

Everything we create starts from structures that are tiny yet solid. Details are what hold a system together: invisible to those who look, essential to those who understand.

Molecules

Our work grows from relationships, not from accumulation. Bringing things together means choosing what can coexist and what cannot, without forcing it.

Organisms

We think in terms of systems, not isolated parts. Every project is alive and interdependent: if a choice is wrong, it will eventually reveal itself.

Principles

We move according to rules that do not change with trends. We do not look for shortcuts: we have principles, and we stay true to them.

Prototypes

Building helps us understand what truly works. Testing, failing, and rebuilding are part of the way we think.

Atoms

Everything we create starts from structures that are tiny yet solid. Details are what hold a system together: invisible to those who look, essential to those who understand.

Molecules

Our work grows from relationships, not from accumulation. Bringing things together means choosing what can coexist and what cannot, without forcing it.

Organisms

We think in terms of systems, not isolated parts. Every project is alive and interdependent: if a choice is wrong, it will eventually reveal itself.

Principles

We move according to rules that do not change with trends. We do not look for shortcuts: we have principles, and we stay true to them.

Prototypes

Building helps us understand what truly works. Testing, failing, and rebuilding are part of the way we think.

We play to create, we study to innovate.

Studio and Lab work together: method and experimentation become concrete solutions.

Q_Studio

Here we build together. From the first meeting to the code, we transform needs into concrete solutions, made to work seamlessly. It's our shared workspace, where every project comes to life step by step.

Q_Lab

Here we experiment without constraints: we test ideas and prototypes to push ourselves beyond the boundaries we know. Not everything becomes a finished project, but every experiment helps us find useful solutions for clients too.

Our services adapt to existing processes: they simplify, strengthen them, without adding unnecessary complexity.

Web

Interface Design
Server configuration and development
Website creation
SEO optimization

Software

Architectural design
Interface and dashboard development
Integration with external services and APIs
Desktop and mobile applications

Hardware

Product design and prototyping
Electronic integration
Sensor and microcontroller configuration
Testing and validation

Interaction

Installations
Device connectivity
Real-time data management
Remote monitoring and control

With the goal of innovating

Atoms

Molecules

Organisms

Principles

Prototypes

Atoms

Molecules

Organisms

Principles

Prototypes

Atoms

Molecules

Organisms

Principles

Prototypes

Atoms

Molecules

Organisms

Principles

Prototypes

Atoms

Molecules

Organisms

Principles

Prototypes

Atoms

Molecules

Organisms

Principles

Prototypes

Atoms

Molecules

Organisms

Principles

Prototypes

Atoms

Molecules

Organisms

Principles

Prototypes

Atoms

Molecules

Organisms

Principles

Prototypes

Atoms

Molecules

Organisms

Principles

Prototypes

We play to create, we study to innovate.

Q_Studio

Q_Lab

Web

Software

Hardware

Interaction

Have an idea? Let's build it together.