Source: https://broxme.com/about

# About Broxme

Broxme is a robotics software and embodied AI technology company. We’re starting with mobile robotics, where people can learn how a robot senses its surroundings, follows a program, and moves through a space.

[Read our mission](https://broxme.com/about#mission) [Contact Broxme](https://broxme.com/contact#write-to-us)

Our mission 

## Making robotics simple, affordable, and accessible to everyone.

Getting started in robotics often means learning several tools and finding hardware before you can run a simple program. A virtual project lets a learner, educator, or developer investigate a robot’s behavior before taking on those costs.

### Why start with mobile robots?

A small rover makes the connection between software and movement easy to see. A simple task, such as stopping at a barrier, introduces sensing, control, and testing in a form that carries over to more complex projects.

### Run a first experiment

Start the scripted rover in your browser and watch how its route changes at a barrier.

[Open the Robotics Lab](https://broxme.com/#robotics-lab-controls)

## What we’re building

Broxme Studio is our primary robotics product. It gives us a concrete workflow to build and learn from as we develop reusable software.

### Broxme Studio

Our development environment for building a virtual robot, writing its program, and examining the result in simulation.

[Explore Broxme Studio](https://broxme.com/studio)

### Reusable software

Studio’s internal project models and runtime inform Broxme Core. The Robotics SDK is our planned way for developers to extend and integrate workflows.

[Explore the technology](https://broxme.com/technology)

### Research directions

Our research questions cover robot perception, autonomous navigation, and what changes when behavior tested in simulation moves to a physical robot.

[Explore research](https://broxme.com/research)

## How we approach the work

### Make the first project approachable

Give people a way to observe and revise a simple robot behavior before asking them to set up more tools or buy hardware.

### Make behavior inspectable

Start with a known setup and change one condition at a time. A repeatable run helps identify which change affected the result.

### Document the interface

State which information a component takes in, what it produces, and which formats or devices have actually been tested.

### Validate on hardware separately

Physical trials have to account for effects such as wheel slip, sensor noise, and response time. Report the setup alongside the result.

## How we source the Broxme Journal

### Start with the original source

Our [robotics articles](https://broxme.com/journal) link to original research, documentation, and the projects they explain. Earlier online safety guides are available in the [privacy guide archive](https://broxme.com/privacy-journal) .

### Suggest an editorial correction

Send us the page address, the detail to check, and a source if you have one.

[Suggest a correction](https://broxme.com/contact?topic=general#write-to-us)

## The company behind Broxme

Broxme is operated by Nobash LLC.

[Contact Broxme](https://broxme.com/contact#write-to-us)

### Nobash LLC

1209 Mountain Road Pl NE, Ste N Albuquerque, NM 87110 United States [hello@broxme.com](mailto:hello@broxme.com) 

[Website privacy notice](https://broxme.com/privacy) [Terms of use](https://broxme.com/terms)