OpenField Nav

The Operating System that powers the next generation of AI-based Autonomous Farming

We provide agricultural machinery with modular autonomy solutions — enabling autonomous operation from simple open fields through orchards and vineyards to complex regenerative farming, even in GPS-denied environments.

One OS, endless Possibilities

Autonomy tailored to your machine.

From tractors, harvesters, and sprayers to mowers, weeding robots and fruit-picking systems — our AI-driven operating system can be used for agricultural machinery in any environment, ranging from open fields to vineyard and other complex environments.

OpenField Nav

A navigation solution designed specifically for open-field applications like plowing, seeding or harvesting. Using smart field layouting and advanced vehicle route optimization, the NR field coverage planner helps to reduce overlap and maximize vehicle operation efficiency. With the dynamic headland depth feature, the farmer is able to customize the field layout to his preferences

Field Covergae Planning

Variable Headland Depth

Natural Field Boundary

Optimized Headland Routing

Open Field Feature Store

In our Feature Store, you can choose additional features to be added to your machine. Consider this as feature extensions that help you to overcome challenges during daily operation of your machinery. We do not want to make you pay for features that you are not using.

Precise Tool Control

Smart Turn Planning

Infield No-Go Zones

Obstacle Avoidance and Replanning

Wet Spot Detection

Remote Robot Monitoring

Smart Turn Planning

Too Small Headland

Smart turn planning helps to minimize turning time increasing efficiency. Further, by using smart turn planning, robots are able to navigate even in the tightest spaces without leaving the field or entering already cultivated areas.

Three Point

Omega Turn

Second Row

Precise Tool Control

Dynamic and reactive tool preparation and hitch control increases work accuracies to reduce overlap and avoid unmanaged areas.

Before

After

Precise tool control - after

How it Works

Setup API

We have a clear API, that enables your machine to get into the field ASAP.

Install and tune OS

Configure how the machine should behave in the field and make everything work in harmony.

Deploy Vehicle

Watch your machine take control while you can focus on other more important tasks.

Frequently Asked Questions (FAQ)

Here, you’ll find answers to common questions about our products, services, and technology. If you don’t see your question listed, don’t hesitate to reach out—we’re happy to help!

The existing market usually offers assisted guidance systems, while Nature Robots offers a fully autonomous navigation Operating System (OS) - including planning, control and observation. We also offer the option to use modules like GPS independent navigation (for GPS-denied environments), context awareness and much more. Get in touch with us to find out more!

All you need to do is to implement a hardware abstraction with our interfaces for your machine. This process usually takes 1-2 weeks. Afterwards you just need to install and configute our Autonomy OS to your likings.

Yes, we are already working with customers and have accumulated more than 500 machine hours for the autonomous operation of our software in various environments.

We mainly aim to implement our software on new machines, but our OS can also be used and adapted for retrofitting. Get in touch with us for more information.

With regards to the computation: We can provide you with a Development Kit (DevKit) that contains all computation hardware and interfaces for sensors and actuators. For roduction-ready machines, we would be happy to discuss this topic with you in detail. The choice of sensors depends on your individual needs. For reactive navigation or obstacle avoidance, our OS requires to have some sort of environment perception. Usually, we use a LiDAR system for this purpose. Further, this LiDAR system can also be used for localization and environment mapping with our hybrid localization module.

We worked hard to be able to support all different types of kinematics, from the common ackermann steering, all wheel steering to holonomic all-wheel-steered platforms which can be reconfigured to other moving directions.

You can. However, there are different reasons to rely on our robust Autonomy OS. Especially as a hardware driven machinery manufacturer, building reliable hardware is already very complex. Strong partnerships can be a key asset here, as we work very hard to be at the forefront of autonomous farming. We are experts in this domain and have more than 10 years of experience in developing autonomous software solutions. Also, developing the necessary software components for your machinery is very time consuming and might set you back in your development for years. Moreover, you will need to have profound experience in robotics and AI, which might require the build-up of new departments for this within your organization. Feel free to contact our sales team for more information!

We offer a yearly recurring license model for every machine in the field. The exact pricing depends on several factors, such as the planned machines in the field, the environment in which the machinery operates and thus the features that you need for your machines to operate reliably and safely. For example, a machine license operating in the Open Field domain without the need to navigate around In-field No-Go zones costs less than a machine that has to avoid such No-Go zones. The extent of features needed in operation can be initially customized and tailored to the specific use case. Please talk to our sales team for more information.