Mojow provides OEMs with an AI toolbox for autonomous navigation, path planning, and obstacle detection in agricultural machinery. Their technology stacks integrate hardware and software solutions to optimize on-farm operations. The company collaborates with machinery manufacturers to embed their autonomy packages throughout the product development lifecycle.
Funding
$680K raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
Founders
Product
Problem
Farmers face a shortage of skilled labor to execute time-sensitive operations, impacting farming outcomes. The seasonal nature of farm work, the increasing size of farms, and limitations on equipment size due to existing roadways exacerbate these challenges. Human labor costs also contribute to the economic pressures on farms.
Solution
Mojow Autonomous Solutions develops the EYEBOX™ autonomous navigation kit, which retrofits onto existing agricultural machinery to enable unmanned operation. EYEBOX™ utilizes advanced sensor systems and computer vision to perceive the environment, plan efficient routes, and control the tractor and its implements. This technology automates broad acre applications, improving efficiency and productivity while addressing the labor shortage. The system creates a continuously updated digital twin of the farm, allowing for informed decision-making and task execution.
Target Audience
The primary customers are farmers seeking to improve operational efficiency, reduce labor costs, and automate time-sensitive tasks in broad acre farming applications.
Features
- Retrofit kit compatible with a range of existing tractor models
- Real-time perception using a suite of sensors providing a 360-degree view of the tractor's surroundings
- Advanced computer vision and machine learning algorithms for environment understanding and object detection
- Digital map creation and maintenance for autonomous navigation tasks
- Edge computing architecture for real-time decision-making and control
- Task planning and coverage mission execution
- As-applied mapping for implement and product applications
- Mobile phone application for remote monitoring, control, and task assignment
- Remote engine start/stop, steering and propulsion control, hydraulic and PTO control