IoT RoboRunner is a type of replacement for AWS RoboMaker, a cloud-based development platform for robot testing, simulation, and deployment that was announced in 2018. The new RoboRunner product, which is based on technology that Amazon.com currently uses internally in its fulfillment facilities, is more focused on allowing different types of robots to collaborate while bypassing the time-consuming integration process.

What Is IoT RoboRunner ?

IoT RoboRunner is a robot management technology that is mostly used at Amazon warehouses. It enables AWS clients to integrate robots and current automation software to orchestrate work across operations, merging data from all types of robots in a fleet and standardizing data types such as facility, location, and robotic task data in a single repository. According to Amazon, IoT RoboRunner’s purpose is to make it easier to create administration apps for robot fleets. You can also use AWS IoT RoboRunner API operations and example code to create applications based on the centralized repository, such as robot position and status visualizations.

How Does IoT RoboRunner Work?

• IoT RoboRunner improves robotics software by establishing a networked infrastructure for communication and data sharing.
• This enables RoboRunner can change its behavior in real time, improve processes, and make autonomous decisions.
• Furthermore, IoT RoboRunner enables remote monitoring and management of robotic systems, allowing operators to operate fleets of robots from anywhere in the world efficiently.
• Overall, IoT RoboRunner integration transforms automation across industries, giving robotics increased capability, intelligence, and connectivity.
• IoT RoboRunner automatically generates centralized repositories to store facility, robot, destination, and task data.
• The robots working on this site are then configured as a “Fleet,” with each robot configured in AWS IoT RoboRunner as a “Robot” within the fleet.

Features of IoT RoboRunner

Below are some features of IoT RoboRunner

• IoT RoboRunner allows developers to access the data needed to construct robotics management apps, as well as use prebuilt software libraries to create apps for activities such as work allocation.
• IoT RoboRunner competes against robot management solutions, however, Amazon claims that IoT RoboRunner’s integration with AWS which includes services such as SageMaker, Greengrass, and SiteWise — provides them a competitive advantage in the market.
• Using AWS IoT RoboRunner, robotics developers no longer need to manage robots in silos and can more effectively automate tasks across a facility with centralized control.
• IoT RoboRunner can leverage APIs to transmit measurements and KPIs to administrative dashboards.

Benefits of IoT RoboRunner

Below are some benefits of IoT RoboRunner

• Scalability: IoT RoboRunner is an AWS for Robotics service that enables new use cases for robotics automation by allowing fleets of robots to collaborate effortlessly.
• Data integrity: IoT RoboRunner collects and integrates data from each robot’s fleet manager before standardizing it in a single repository, such as robot status and location.
• Reduce complexity: IoT RoboRunner reduces the complexity of developing the applications required to achieve multivendor interoperability.
• Increase productivity: Enterprises can use IoT RoboRunner to increase the productivity of multivendor robot fleets while also lowering operational costs.

Conclusion

In this article, we have learned about IoT RoboRunner. IoT RoboRunner makes it easier for robotics developers to create collaborative, task-orchestration, and shared-space management applications, according to AWS. They may also manage their whole fleet, including making real-time changes, from a single screen.

IoT RoboRunner – FAQs

How does the AWS of Amazon define IoT?

AWS IoT Core is a managed cloud solution, that enables connected devices to communicate with cloud applications and other devices easily and most safely. AWS IoT Core can handle billions of devices and trillions of communications, processing and routing them to AWS endpoints and other devices reliably and securely.

How are devices connected to AWS IoT?

Devices connect to AWS IoT and other services via AWS IoT Core. AWS IoT Core allows devices to send and receive messages via device endpoints particular to your account.

Is AWS IoT Analytics real-time?

AWS IoT Analytics enables you to create IoT apps that monitor inventories in real time.

Which communication protocols does AWS IoT Core use to communicate with devices?

HTTP, MQTT, WebSockets, and LoRaWAN, are some standard communication protocols that AWS IoT Core supports.