Reality-based optimization of virtual manufacturing

Manufacturing can't afford to experiment. Most ideas die before they're even tested. Not because they're bad, but because testing them is too risky.

How to do it

For manufacturing to succeed, it must innovate at the same pace as software companies

Not by changing the nature of production, but by changing the way we experiment.

For manufacturing to succeed, it must innovate at the same pace as software companies

Not by changing the nature of production, but by changing the way we experiment.

Our Principles

Global Innovation Pipeline

Real-Time Insights

We collaborate with leading technical universities to identify and develop deep-tech innovations in robotics, manufacturing systems, and industrial software.

Access blockchain data in real-time to make timely and informed decisions.

Global Innovation Pipeline

We collaborate with leading technical universities to identify and develop deep-tech innovations in robotics, manufacturing systems, and industrial software.

Standardization Over Custom Solutions

Instead of developing everything from scratch, we build systems from proven building blocks and adapt them to specific manufacturing needs.

Standardization Over Custom Solutions

Instead of developing everything from scratch, we build systems from proven building blocks and adapt them to specific manufacturing needs.

Vendor-neutral architecture

We select technologies based on their performance and economic value, not on a specific vendor.

Vendor-neutral architecture

We select technologies based on their performance and economic value, not on a specific vendor.

Virtual first, physical only after validation

Changes are first tested and verified in a virtual system model and only then deployed in production.

Virtual first, physical only after validation

Changes are first tested and verified in a virtual system model and only then deployed in production.

Solution

Innovation at the speed of software companies

If you want to stay ahead, you have to innovate quickly.

We don’t change the nature of manufacturing; we change the way you experiment.

Innovation at the speed of software companies

If you want to stay ahead, you have to innovate quickly.

We don’t change the nature of manufacturing; we change the way you experiment.

A digital twin of your factory

We provide a safe environment for experimentation in manufacturing, where ideas can be tested without real costs or risks.

A digital twin of your factory

We provide a safe environment for experimentation in manufacturing, where ideas can be tested without real costs or risks.

The latest AI solutions from leading Czech research institutions

AI technologies developed in collaboration with leading Czech universities. From the lab straight to production. We innovate together with experts from CTU and VŠB.

The latest AI solutions from leading Czech research institutions

AI technologies developed in collaboration with leading Czech universities. From the lab straight to production. We innovate together with experts from CTU and VŠB.

What are the benefits of this approach?

You can test ideas without disrupting the core system, learn from experience before committing, and correct mistakes at low cost.

What are the benefits of this approach?

You can test ideas without disrupting the core system, learn from experience before committing, and correct mistakes at low cost.

How we do it

Virtual-only, with no impact on production

Phase 1

1. Initial reality capture 2. Creation of a digital twin 3. Virtual optimization and testing

~12–14 weeks

Virtual-only, with no impact on production

Phase 1

1. Initial reality capture 2. Creation of a digital twin 3. Virtual optimization and testing

~12–14 weeks

From the virtual environment to production

Phase 2

We proceed only with scenarios validated in Phase 1 and supported by a return on investment. Using our library of cost-effective solutions, we model the selected scenario in detail, prepare a production design, and conduct virtual testing (capacity, space, interdependencies).

~depends on the specific project

From the virtual environment to production

Phase 2

~depends on the specific project

Production Orchestration and Optimization

Phase 3

1. Centralized production management 2. Real-time system visibility 3. Predictive optimization 4. Continuous improvement

Schedule a consultation

Production Orchestration and Optimization

Phase 3

1. Centralized production management 2. Real-time system visibility 3. Predictive optimization 4. Continuous improvement

Schedule a consultation

What Sets Us Apart

1

One team for both hardware and software

Integrated manufacturing, hardware, software, data, and robotics capabilities. No disconnect between digital decisions and physical execution.

2

A different cost logic

Focus on reducing the cost of the entire system, not on component margins. Use of available and proven technologies, including refurbished equipment.

3

An approach beyond typical suppliers

Direct partnerships with universities and global technology partners. Architecture independent of specific suppliers.

4

Built on implementation

Proven ability to transition from virtual models to actual production. Hands-on implementation teams with deep technological expertise. Technological roots at the Technical University of Ostrava.

Innovate without risk. Test without interrupting production.

We combine virtual optimization with reality. We’ll start the first phase of mapping today.

I want an initial analysis

Innovate without risk. Test without interrupting production.

We combine virtual optimization with reality. We’ll start the first phase of mapping today.

I want an initial analysis

Innovate without risk. Test without interrupting production.

We combine virtual optimization with reality. We’ll start the first phase of mapping today.

I want an initial analysis