Documentation

Introduction to AWS Robomaker

Service briefing: AWS RoboMaker (37:47)
Using AWS RoboMaker for Robot Application Simulation (2:30)
Running Large-scale Automated Test Simulations in a CI/CD Pipeline using AWS RoboMaker (3:31)
Fleet Simulations with Multiple Robots using AWS RoboMaker (2:51)

Getting Started with Simulation

Technical basics

Getting started with robotics simulation in AWS RoboMaker

This webinar will show you how to create key components of robotics simulation such as simulation engines, world, assets, and URDFs and SDFs. You will learn how to get started quickly with simulation for ROS-based robots in the cloud using AWS RoboMaker and its Gazebo-based simulation environment. We will dive deep with a step-by-step guide to stand up simulation environments, use AWS-provided open-source worlds and assets, and run some basic tests in simulation.

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Technical how-to

Common simulation use cases and patterns in AWS RoboMaker

This webinar introduces how to use AWS RoboMaker for simulation tests, particularly for fleet simulations with multiple robots. We will deep dive into how RoboMaker simulations work and how to run complex, horizontally scalable simulations.

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Technical how-to

Simplifying simulation world creation in Gazebo with AWS RoboMaker WorldForge

This webinar walks you through how to use AWS RoboMaker WorldForge to simplify the process of getting a Gazebo-based simulation world up and running. You’ll learn how you can accelerate world creation, so you can shift more testing to simulation environments to increase your testing velocity, and expand your test coverage to improve your robotics application quality.

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Workshop

Hello world! Getting started with AWS RoboMaker

In this workshop, you will learn how to get started with AWS RoboMaker to build smart robotic applications. You will also have the opportunity to manage and deploy robot applications in both a simulated environment as well as to a production robot (requires a TurtleBot 3 Burger).

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Simulation World Assets

We have created additional environments you can use with your robots. They can be used to test facial recognition, navigation, obstacle avoidance, machine learning and can be modified for your scenarios. 

WorldForge House Worlds

House worlds

AWS RoboMaker WorldForge supports the automatic generation of a multitude of indoor home environments, complete with configurable floor plans and furnishings.

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Small House World

RoboMaker-home-world

Additionally, this simple home world is available for your use. It provides a small house with kitchen, living room, home gym and pictures you can customize to test image recognition. There are plenty of obstacles for your robot to navigate.

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Hospital World

RoboMaker-Hospital World

A large hospital world with a front desk and waiting room, exam rooms, patient rooms, storage, and a staff break room.

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Small Warehouse World

RoboMaker-small-warehouse

A small warehouse world for testing your robotics applications for warehouse and logistics use cases.

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Bookstore

RoboMaker-Bookstore

Navigate among shelves of books in this simulated bookstore. It includes different obstacles including chairs and tables for your robot to navigate.

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Sample Applications

AWS RoboMaker includes sample robotics applications to help you get started quickly. These provide the starting point for the voice command, recognition, monitoring, and fleet management capabilities that are typically required for intelligent robotics applications. Sample applications come with robotics application code (instructions for the functionality of your robot) and simulation application code (defining the environment in which your simulations will run). You can get started with the samples here

Launch in RoboMaker

Hello world

Learn the basics of how to structure your robot applications and simulation applications, edit code, build, launch new simulations, and deploy applications to robots. Start from a basic project template including a robot in an empty simulation world.

Learn more in the code repository or in documentation.

Robot monitoring

Monitor health and operational metrics for a robot in a simulated bookstore using Amazon CloudWatch Metrics and Amazon CloudWatch Logs. Streamed metrics include speed, distance to nearest obstacle, distance to current goal, collision count, robot CPU utilization, and RAM usage.

Learn more in the code repository or in documentation.

Launch in GitHub

AWS RoboMaker includes sample robotics applications to help you get started quickly. These provide the starting point for the voice command, recognition, monitoring, and fleet management capabilities that are typically required for intelligent robotics applications. Sample applications come with robotics application code (instructions for the functionality of your robot) and simulation application code (defining the environment in which your simulations will run). You can get started with the samples here

Simulation launcher

Launch batch simulations in AWS RoboMaker with Code Pipeline and Step Functions. Learn more in the code repository.

Robot navigation

Create a map and navigate the robot to a designated location in RoboMaker simulator. Learn more in the code repository.

Reinforcement learning

Escape from a maze world by training a reinforcement learning model on AWS RoboMaker. Learn more in the code repository.

End-to-end robotics application

This sample application demonstrates an end-to-end robotics system with the Open Source Rover from NASA JPL. It includes a URDF file modeled after the popular open source project. Learn more in the code repository.

Multi robot fleet simulation

Learn how to spin up a fleet of robots in simulation in Gazebo, to enable development and testing of applications such as path planners and fleet management tools.

Learn more in the code repository.

ROS and ROS Extensions

Robot Operating System, or ROS, is the most widely used open source robotics software framework, providing software libraries that help you build robotics applications. AWS RoboMaker provides cloud extensions for ROS so that you can offload to the cloud the more resource-intensive computing processes that are typically required for intelligent robotics applications and free up local compute resources. AWS RoboMaker supports the following ROS versions: ROS Kinetic, ROS Melodic, and ROS2 Dashing (BETA). Learn more about ROS here.

RoboMaker cloud extensions for ROS include services such as Amazon Kinesis Video Streams for video streaming, Amazon Rekognition for image and video analysis, Amazon Lex for speech recognition, Amazon Polly for speech generation, and Amazon CloudWatch for logging and monitoring. RoboMaker provides each of these cloud services as open source ROS packages, so you can extend the functions on your robot by taking advantage of cloud APIs, all in a familiar software framework.

Learn more about each of the cloud service extensions in the code repository.

ROS1 Cloud Extensions

ROS2 Cloud Extensions

Workshop and Tutorial Library

Workshop

Finding Martians with AWS RoboMaker and the JPL Open Source Rover

In this workshop, you will become familiar with AWS RoboMaker and will learn to simulate the NASA JPL Mars Open Source Rover. In doing so, you will learn to integrate AWS RoboMaker with services such as machine learning, monitoring, and analytics so your Mars Rover can stream data, navigate, communicate, comprehend, and learn.

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Tutorial

Run ROS on multiple machines with AWS RoboMaker

In many cases, a robotic developer or researcher will need to run Robot Operating System (ROS) on multiple machines. In this tutorial, you will learn how to setup ROS on a virtual machine running on AWS, how to connect your physical robot to the virtual machine, and how to create a multi-machine distributed ROS system. Doing so will streamline development of your robotic application.  

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Tutorial

Run ROS tutorials using AWS RoboMaker

In this tutorial, we will show you how to setup an environment at AWS RoboMaker to learn Robot Operating System (ROS). The tutorials include: ROS introduction, creating nodes, simple kinematics for mobile robot, visual object recognition, running ROS on multiple machines, SLAM navigation, path planning, unknown environment exploration, and object search.
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Tutorial

ROSbot + AWS Robomaker - Quick start tutorial

The Husarion ROSbot 2.0 is an autonomous, open source robot platform. It can be used as a learning platform for Robot Operating System (ROS) as well as a base for a variety of robotic applications such as research robots, inspection robots, custom service robots etc. In this tutorial, we will guide you from unboxing through launching and deploying applications using AWS RoboMaker.
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Hardware developer kits

Building robots and adding advanced functionality requires many choices by developers. To remove uncertainly and speed development, AWS partners have created a number of robotic development kits that include complete HW solutions, pre-installed SW, and extensive documentation and tutorials.

FIRST
Up-bridge-the-gap

Intel – UP Squared RoboMaker Developer Kit

The UP Squared RoboMaker Developer kit is the easiest way to get started with your robotics project powered by AWS RoboMaker. It’s a starter package designed to be a fast and easy way for developers to add artificial intelligence (AI) and vision into their robots. This kit provides a clear tutorial for how to build hardware from the module level and how to use cloud services to shorten the development time. Developers have been able to add machine vision into their robots within a single day and working robotics demos in just a few days. With expertise from Intel, AWS and AAEON, this kit aims at providing developers a path from prototype to field deployment.

This kit features an UP Squared board with an Intel® Atom™ processor x7-E3950, Intel® RealSense™ D435i camera, an Intel® Movidius™ Myriad™ X VPU, is fully compatible to AWS RoboMaker cloud services and extends the open-source robotics software framework, Robot Operating System (ROS).

Learn about the UP squared Robomaker kit and order today
Learn more about the partnerships with Intel and Aaeon

Open Robotics

Nvidia – JetBot AI Kit Featuring ROS & AWS RoboMaker

Nvidia accelerates robotic development from Cloud to Edge with AWS RoboMaker. Robotic simulation and development can now be easily done in the cloud and deployed across millions of robots and other autonomous machines powered by Jetson. This includes NVIDIA’s open source reference platform, JetBot, powered by the Jetson Nano. Jetbot is easy to set up and use, is compatible with many accessories and includes interactive tutorials showing you how to harness the power of AI to follow objects, avoid collisions and more. The JetBot AI Kit powered by Nvidia and featuring ROS and AWS RoboMaker includes the board, a complete robot chassis, wheels, and controllers along with a battery and 8MP camera. Extensive documentation is provided to accompany the kit.

Learn about the Jetbot kit and order now
Learn more about the partnership with Nivida.

Advance Robot Solutions

Qualcomm – Robotics RB3 Platform with integrated support for AWS RoboMaker

Qualcomm Technologies’ support of Amazon Web Services’ AWS RoboMaker is helping to transform innovation in robotics. With high-performance heterogeneous computing, on-device machine learning and computer vision, hi-fidelity sensor processing for perception, odometry for localization, mapping, and navigation, and 4G LTE and Wi-Fi connectivity, the Qualcomm Robotics RB3 platform provides developers the tools to build robots that can accelerate innovation, revolutionize logistics and enhance our daily lives. Qualcomm Robotics RB3 development kit’s integrated support for AWS Robomaker helps develop, test, and deploy intelligent robotics applications at scale and provides an edge-to-cloud solution to make building intelligent robotics applications more accessible.

To learn more about the Qualcomm Robotics RB3 kit and to buy now
Learn about the Qualcomm’s commitment to robotic innovation
Developer documentation and an extensive step-by-step Developer documentation is available here: https://developer.qualcomm.com/project/aws-robomaker-rb3

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