Polymath Robotics is an artificial intelligence (AI) tool designed to simplify the process of adding autonomy to industrial vehicles. It is vehicle-agnostic and sensor-compatible, allowing for the induction of autonomous operations into various heavy machinery used in sectors such as agriculture, mining, ground support, yard management, forestry, and earth-moving equipment.
The platform simplifies the process by being versatile and adaptable to different operational needs, integrating seamlessly with existing hardware and enabling control through an API in the user's preferred coding language. Polymath Robotics can be utilized for all types of industrial vehicles and is compatible with most sensors, making it a flexible and adaptable tool for automating machinery.
Furthermore, the system is designed for large industrial vehicles operating in off-road environments and features a mature vehicle dynamics model, low network bandwidth overhead, and adaptability to operational needs. It includes safety features for autonomous operations and allows integration with software via its API, supporting various coding languages for a smoother development process. The platform offers a service for fleet automation and can automate a wide variety of heavy machinery, boasting quick automation implementation and compute-agnostic modules for flexibility.
Polymath Robotics was founded by Stefan Seltz-Axmacher. The company was launched on June 14, 2024. Stefan Seltz-Axmacher, the CEO and Co-Founder of Polymath Robotics, previously co-founded Starsky Robotics, known for being the first company to drive an unmanned truck on a public highway.
To use Polymath Robotics, follow these steps:
Understand the Basics: Polymath Robotics is an AI tool designed to add autonomy to industrial vehicles like agricultural and mining machinery.
Compatibility: It is compatible with various sensors and can be integrated into different heavy machinery, making it suitable for diverse operational needs.
Implementation: Use the API to control your vehicles, allowing for a seamless integration process. You can code in your preferred language for configuration flexibility.
Application: Polymath Robotics works well in off-road environments such as construction sites and mining areas.
Pricing and Support: While specific costs are not disclosed, they offer monthly pricing and support for fleet automation and done-for-you options.
Safety and Efficiency: The system includes safety features for autonomous operations and has a low network bandwidth overhead for efficient performance.
Team and Features: The team comprises engineers from reputable organizations like Clearpath Robotics and NASA. The system is versatile, adaptable, and offers compute-agnostic modules for integration with different computing systems .
The flexibility in sensor compatibility is impressive, allowing us to automate a variety of vehicles with ease.
The documentation could be improved, as it sometimes lacks clarity for more complex integrations.
It has helped streamline our forestry operations by automating vehicle navigation, ultimately reducing labor costs and improving safety.
The automation capabilities are solid and definitely help in reducing manual work.
The initial learning curve is steep, and the documentation could use more clarity to assist users.
While it has automated some tasks in our operations, the setup process can be overly complex for new users.
I like the adaptability to different types of heavy machinery, which is essential for our operations.
However, the performance can be inconsistent, especially in high-demand situations.
It has automated some processes in our mining operations, but the inconsistencies can be a drawback.
