Polymath Robotics

Q&A

What is Polymath Robotics?

Polymath Robotics is a tool that simplifies the process of adding autonomy to large industrial vehicles. It is compatible with most sensors and lets users control their vehicles through an API. Polymath Robotics eliminates the typical time-consuming process of automating vehicles by allowing users to execute their first vehicle commands in simulation in their preferred coding language in just 40 minutes.

What industrial vehicles can I automate with Polymath Robotics?

Polymath Robotics is suitable for a wide range of industrial vehicles including agricultural vehicles, mining equipment, ground support equipment, yard trucks, forestry equipment, and earth moving equipment.

How long does it take to add autonomy to my industrial vehicle with Polymath Robotics?

Polymath Robotics allows you to add autonomy to your industrial equipment in weeks instead of months, thus significantly reducing the timeline for such projects.

What does vehicle-agnostic mean in the context of Polymath Robotics?

In the context of Polymath Robotics, vehicle-agnostic refers to the system's capability to work with any type of industrial vehicle, meaning it is not restricted to a particular model or brand.

Is Polymath Robotics compatible with all sensors?

Polymath Robotics is compatible with most sensors. Though the specific sensors aren't mentioned, the phrase 'most sensors' indicates broad compatibility.

How does the API integration work with Polymath Robotics?

Polymath Robotics offers API integration which means you can interface and control your industrial vehicles through programming commands. This enables users to execute commands and control the autonomous functions of the vehicles effectively.

How does Polymath Robotics work with off-road environments?

Polymath Robotics is designed to support large industrial vehicles that operate in contained, off-road environments. Details about the specific functions or adjustments Polymath provides for off-road environments aren't given on their website.

Can I automate my existing fleet using Polymath Robotics?

Yes, Polymath Robotics offers done-for-you options for operators who want to automate their existing fleets.

Who are the founders of Polymath Robotics?

The team behind Polymath Robotics includes engineers from renowned institutions and companies such as Clearpath Robotics, NASA, Google X, Amazon Lab 126, and Hyperloop. The specific founders' names are not mentioned on their website.

Is there a free trial for Polymath Robotics?

Yes, there is an offer to start developing on the Polymath Robotics autonomy engine in simulation for free. No credit card information is required.

What coding languages can I use with Polymath Robotics?

You can use your preferred coding language with Polymath Robotics. The languages are not specified on their website.

What is the monthly pricing for Polymath Robotics?

The exact details of monthly pricing for Polymath Robotics aren't provided on their website.

What kind of customer support does Polymath Robotics offer?

Polymath Robotics provides community support for its users, connecting them with fellow autonomous vehicle builders.

What safety features does Polymath Robotics have?

Details about specific safety features of Polymath Robotics aren't provided on their website, but it does suggest that safety is built into the system from the start, allowing users to focus on other tasks.

Is Polymath Robotics also compute-agnostic?

Yes, indeed. Polymath Robotics is not only vehicle-agnostic, but also compute-agnostic, illustrating its high level of compatibility and flexibility.

Can I integrate Polymath Robotics with my existing software?

Yes, Polymath Robotics can be integrated with your existing software via its API.

What kind of tasks can my vehicle perform once it's autonomous with Polymath Robotics?

The functions or tasks that autonomous vehicles can perform after using Polymath Robotics aren't specifically listed on their website. However, the platform lets users build behaviors in their preferred coding language, suggesting that the range of tasks is likely limited only by the software user's programming capabilities.

Are there any specific use cases for using Polymath Robotics?

The website doesn't give specific use cases. However, Polymath Robotics is designed to work with agricultural vehicles, mining equipment, ground support equipment, yard trucks, forestry equipment, and earth moving equipment, so use cases would likely be found within these categories of vehicles.

How does Polymath Robotics handle basic autonomy?

Polymath Robotics handles basic vehicle autonomy, allowing the users to focus more on creating tasks for the vehicle. Further details about how Polymath handles basic autonomy aren't specified on their website.

Why should I use Polymath Robotics instead of other autonomy solutions?

Polymath Robotics could be preferred over other autonomy solutions due to its flexibility (vehicle-agnostic and compatible with most sensors), quick autonomy addition timeframe, its API control capability, the team of engineers from prestigious institutions behind it, and the option to start developing for free in a simulated environment.

Would you recommend Polymath Robotics?

Feature requests

Most impacted jobs

Pros and Cons

Pros

Cons

Q&A

If you liked Polymath Robotics

People also searched

Help

Choose listing type: