Polymath Robotics develops sensor-agnostic, software-first autonomy modules for off-highway vehicle fleets. Their modular approach simplifies and accelerates the development of autonomous systems across diverse machinery. This on-board compute solution reduces operational complexity and data streaming costs for automation programs.
Funding
Funding not disclosed
Founders
Product
Problem
Many industrial vehicles operating in controlled environments lack autonomous navigation capabilities, requiring continuous manual operation. Retrofitting existing fleets with autonomous systems can be complex, time-consuming, and require specialized robotics expertise. This can delay deployment and increase costs for companies seeking to automate their vehicle operations.
Solution
Polymath Robotics offers a software-first platform designed to enable autonomous navigation for industrial vehicles in controlled environments. Their solution simplifies the process of automating existing vehicle fleets by providing a vehicle-agnostic system compatible with most sensors and commandable via API. By handling basic autonomy, Polymath allows companies to focus on high-value tasks and accelerate the development of revenue-generating behaviors. The platform's modular design allows users to select and integrate only the autonomy features they need, ensuring flexibility and seamless integration.
Target Audience
The primary target audience includes industrial operators and robotics teams looking to automate their existing fleets of off-highway vehicles, such as those used in agriculture, mining, and logistics.
Features
- Vehicle-agnostic design supports integration with a wide range of industrial vehicles.
- Compatibility with most sensor types enables customization for specific operating environments.
- API-first architecture allows for command and control via standard interfaces.
- Modular autonomy features allow users to select and integrate only the necessary functionalities.
- Built-in safety features ensure safe autonomous operation.
- Onboard compute capabilities reduce networking costs by processing autonomy intelligence directly on the vehicle.
- Support for various autonomy modules, including coverage mapping, behavior control, obstacle detection, and local planning.