• Intelligence for the physical world

    We measure, simulate and optimize real systems — from the molecule to the infrastructure.

    Explore the Technologies
  • From physical signal to decision

    Intelligent sensing, applied AI and quantum simulation in a single R&D method.

    Our Method
  • Quantum-ready, today

    Quantum-inspired algorithms today, ready for tomorrow’s quantum hardware.

    Let’s co-develop

A deep-tech laboratory that fuses the physical and the computational

Inovantia fuses intelligent sensing, artificial intelligence and quantum simulation to measure, predict and optimize real systems — from the molecule to the infrastructure.

We don’t sell technology. We co-create the next generation of intelligent physical systems, with the rigor of an R&D center and the speed of a startup.

  • Intelligent sensing
  • Artificial intelligence
  • Quantum simulation
Researcher measuring an electronic circuit on a laboratory bench

Technology Cores

Four R&D fronts that converge into a single method: measure, simulate and optimize.

Sensing & Physical AI

Intelligent instrumentation and embedded AI (edge AI) that turn real-world signals into structured data, at the point of decision.

Quantum Simulation

Materials simulation, computational chemistry and combinatorial optimization — exploring spaces that are intractable for classical computing.

Digital Twins

Living digital replicas of physical systems: we anticipate failures and calibrate scenarios in the virtual before the real.

Decision Optimization

Decision engines that convert complexity into action: resource allocation, design of experiments and process control.

The Inovantia Loop: from reality to decision

Measure

Sensors capture physical reality in real time.

Interpret

Artificial intelligence structures the signals and gives them meaning.

Simulate

Quantum simulation explores scenarios inaccessible to classical computing.

Optimize & Act

Decision engines turn complexity into action on the real world.

A deep-tech ecosystem

We build bridges between talent, capital and markets — from Brazil to the Iberian Peninsula.

Do you have a physical-world problem that traditional computing can’t solve?

That is exactly where we start. Let’s co-develop the next generation of intelligent physical systems.