Connectivity for Next-Generation Robotics
No longer the sole province of science fiction, robotics plays a central role across industries and in everyday life, encompassing everything from business-critical and life-saving innovations to handy kitchen devices and children’s toys. If your robotics systems fall into the former category, the prime directive is simple: Outages and downtime are unacceptable and must be avoided at every turn.
RTI Connext® DDS is the connectivity solution for high-stakes robotics. It provides a distributed data-centric connectivity framework that is not only reliable, but also adaptable to a wide variety of use cases as requirements evolve. In all cases, this connectivity framework has the power to enable modular software development, increase productivity across the software lifecycle and free experts to focus on new innovations.
Connext DDS is a connectivity framework for next-generation, high-precision robotics, delivering secure, closed-loop control and real-time communication. Connext DDS is used to connect and run human-controlled, collaborative and fully-autonomous robotic systems. Its data-centric approach to connectivity, seamlessly distributes data-in-motion, allowing robotic subsystems to work as a single integrated solution – reliably, securely and in real time. Connext DDS is further enhanced by RTI’s services and support teams, delivering extraordinary value to customers.
Evolution of Autonomous Robotics
Autonomy is an evolving state. Six levels of autonomy are often used to describe how the human/robot interdependencies change as the level of autonomy increases. These levels have been applied to multiple industries - including automotive, medical, manufacturing, aerospace & defense and logistics - to describe this evolution, eliminate confusion and guide development of autonomous systems. RTI provides the connectivity framework for next generation robotics in each of these industries by enabling the development of data-centric, autonomous products and systems especially as complexity increases in the higher levels of autonomy.
To comply with the interoperability, security and scalability requirements of commercial deployments, RTI Connext DDS can be easily and fully integrated with Robot Operating System 2 (ROS 2) software, enabling all the development advantages of working within an environment built on the Data Distribution ServiceTM (DDS) standard. As robotics applications scale, Connext DDS enables real-world improvements in efficiency, productivity and reliability, as well as the ability to achieve production-grade deployment.
As an integrating technology, Connext DDS expands the designer’s toolbox to include ROS 2, DDS, AUTOSAR, FACE and others. Connext DDS can help users strengthen their systems and gain new capabilities, enabling users to pursue production-grade deployment of their designs in a variety of industries such as automotive, aerospace, medical, manufacturing, and more.
In tests and in real-world applications, Connext DDS boasts a proven, mature design that delivers ROS 2 compatibility and can help achieve superior performance. Connext DDS Tools and Services, such as Admin Console and Recording Service, respectively, bring exceptional power and value to each implementation. The merged ROS 2 and Connext DDS ecosystem enables ROS 2 tools to work with native Connext DDS applications, offering a hybrid system design approach that brings capabilities far beyond what ROS 2 alone can offer.
Learn about the Connext 6 ROS Middleware Wrapper (RMW) that brings the field-proven, production-grade strength of RTI Connext to ROS 2.
Read more about our new RMW in the November 2020 article in The Robot Report.
Autonomous robots on the drill floor are transforming oil and gas exploration, replacing dangerous manual operations with a new interconnected system of advanced robotics and software. The robotic systems operate on real-time information to perform tasks in an autonomous, safe, repeatable and highly precise manner.Learn More
High-speed Autonomous Race
RTI Connext DDS provides race teams with rapid design-test iteration capabilities and is the only technology that can integrate AUTOSAR, ROS 2 and the advanced simulation and modeling capabilities from Ansys – at peak performance and reliability.
The Minimally Invasive Robotic Surgery (MIRS) system at DLR coordinates three robots to perform delicate heart surgery. The system closes a distributed loop between the robots and the remote surgeon's control at 3kHz.
Proven Readiness for High Performance Robotics
RTI Connext DDS provides powerful interprocess communication and coordination functions in a networked, multi-OS software architecture that spans UI to realtime control.
Outer Space Human-to-Robot Communication
NASA relies on RTI Connext DDS because of its inherent tolerance of time delay and loss of signal that occur with signals sent across the vast distances separating the space station, satellites and land-based devices.
Precision in Robotic Transport
RTI Connext DDS manages data flows for the robots in motion reducing demands on customer networks, and enabling seamless integration with ERP and other software systems.
OpenROV leverages Connext DDS to solve complex connectivity challenges in their drones while underwater in one of the world’s harshest and most unpredictable environments.
CMU's DARPA SubT Challenge Team uses Connext DDS as the connectivity framework to make coordinated, time-critical decisions in uncertain underground environments.
Robotics Software Customers
Industry leaders are selecting RTI as their trusted partner to meet the performance, reliability, scalability and security requirements that are critical to next-generation robotics.
For more information or to get a free 30-day trial of Connext DDS, please contact robotics@RTI.com.
Inside DDS Part 2: Scaling to a “system-of-systems” with RTI Connext
Aired January 28, 2021 | Presented by: Maxx Becker & Thijs Brouwer - Field Application Engineers at...
Inside DDS Part 1: Building real-time distributed systems with RTI Connext
Aired Jan 21, 2021 | Presented by: Maxx Becker & Thijs Brouwer - Field Application Engineers at RTI
Connectivity for Next-Generation Robotics
Watch how RTI helps develop and run high-performance, high-precision robots.
High-Stakes Robotics: Moving from the ROS 2 Lab to Production & Deployment
By using supported hardware and commodity hardware, a robot can be assembled that can sense, map...
ROS 2 + DDS Interoperation
Learn how ROS 2 and DDS can be used together to develop autonomous vehicles / robots.