Bring Autonomy to Your Machines & Boost Efficiency

SMAUT powers certified autonomous mowing and green care systems used across the world – from solar parks and vineyards to railways, substations, airports, and forest nurseries. Our modular control platform helps OEMs automate machines quickly and safely.

How it works

40 000+ Hours

in Real-World Operation

5+ Years

of Development and Testing

Certified Technology

Proven Safe

6 Months

OEM Integration

Partners Who Trust Our Technology

How It Works in Practice?

SMAUT delivers autonomy to you through a modular system of hardware, software
and AI – tailored for professional green care machines and tough outdoor terrain.

4 Levels of Autonomy

SMAUT defines autonomy in clear, practical levels – from basic GPS-guided mowing to full AI-driven operation with obstacle avoidance.

4 levels tailored for real-world green care scenarios

From assisted driving to fully autonomous missions

Scalable approach to match your machine and environment

Learn About Levels

Modular Product Stack

Each autonomy level is powered by a robust combination of in-house developed hardware and software components – products.

E.g. Control Unit, GNSS RTK Module, Navigation Unit

Expansion Kits: Lidar, Radar, Camera, Cloud Platform

Designed for tough, off-road and outdoor environments

Learn About Levels

Go to How it works

SMAUT Steps to Autonomy

Choose Autonomy and Boost Your Efficiency
in Just 6 Months

With 10+ years of experience and a field-proven platform, SMAUT helps bring autonomy to your machines really fast. Our streamlined process enables full integration, testing, and go-to-market readiness in as little as six months.

Assessment

Evaluation of the machine and its intended use case for autonomy.

Duration: 1 week

Integration Plan & Quotation

Technical design, project timeline and pricing proposal.

Duration: 2 weeks

Autonomy Integration

Installation and software/hardware adaptation to the target machine.

Duration: 2 months

Testing & Validation

Operational testing of the autonomous system in real conditions.

Duration: 2 months

Go-to-Market!

Total time from start:

Up to 6 months

The autonomous machine is ready for commercial use or production.

Case Study

Experts in Green Care

Our engineers and technicians have built one of the most advanced and field-proven autonomous mowing systems in Europe.

Spider Autonomous 2.0

Already in operation across solar parks and infrastructure sites in 6 countries, it proves that real autonomy is here – tested, certified and working.

Spider Autonomous 2.0 is already operating in real conditions across Spain, the United Kingdom, Italy, the Czech Republic, Switzerland, and Austria.

80 000 + ha covered in solar parks

8,500 m²/hour productivity

CE-certified and safety tested

GPS-RTK with centimeter-level accuracy

Designed for sloped, uneven, and complex terrain

More about Spider mower

Go to How it works

About Smaut

Built for OEMs. Proven in the Field.

Since 2000, SMAUT’s team has delivered over 90,000 control units and built deep autonomy know-how. We now enable professional mowing machines to operate autonomously across solar parks, vineyards, airports and more.

Lower Operating Costs

Cut labor needs and boost machine productivity.

Safer Terrain Operation

Reduce risk for operators in slopes and restricted zones.

OEM-Ready Platform

Fast integration, scalable design, and CE certification support.

More About Successful Implementation of SMAUT Technology

5,000 ha/year

in Maintained with autonomous systems

10 Years

in Maintained with autonomous systems

40,000+ Hours

Of real-world autonomous operation

5+ Years

Of hands-on R&D and testing

4 Autonomy Levels

From basic GPS to full AI control

Good autonomy starts where the terrain gets tough.

Vincenc Šopík is the Co-founder of SMAUT Technology and leads its R&D. With a background in electrical engineering, he has worked on autonomous systems since the early 2000s – especially in demanding green care environments.

 He combines real-world mowing experience with deep technical insight. Known for his hands-on approach, he built the engineering team from scratch and helped turn SMAUT’s field-tested solutions into scalable autonomous technology.

About Smaut history