Across vast distances
Space exploration and communication requires datalinks across millions of miles of space. Whether it be from Earth to Mars or from the International Space Station to Earth, long-distance object control relies upon space links that are low-bandwidth, high-delay and lossy. NASA and the European Space Agency (ESA) rely upon Connext for remote operations, many miles from the control center.
Integrate Large-Scale Systems
Artemis 1 & NASA Kennedy Space CenterRTI Connext provides communications software that is a critical core component of the launch-certified Spacecraft Command and Control System (SCCS) for NASA’s Artemis 1 Mission.
Human Robot Interaction Laboratory
European Space AgencyESA uses Connext for communication and video to demonstrate long-distance object control from aboard the International Space Station (ISS).
Outer Space Human-to-Robot Communication
NASANASA relies on RTI Connext 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.
Distributing Critical Data for Space Exploration
NASA VIPERRTI Connext will be able to help control and monitor a highly data-intensive network during NASA’s Volatiles Investigating Polar Exploration Rover (VIPER) mission.
A new generation of very large telescopes are ushering in important scientific discoveries through clear views into outer space. These massive instruments require adaptive optics technology to correct for the effects of the Earth’s atmosphere on observations. Distortions must be detected and corrected rapidly, with mirror adjustments of upwards of thousands of times per second.
Adaptive Optics Technology
Durham University Centre for Advanced InstrumentationOne of the world’s foremost research institutions uses RTI Connext in the lab and in real-world deployments in very large telescopes to handle real-time information flow and reliably, at scale.
Advance Precision Science
European Southern ObservatoryConnext coordinates precise control and measurement for the 39-meter Extremely Large Telescope, under construction - the world’s largest optical telescope.
Advanced Weather Technology
University of OK and NOAAThe University of Oklahoma and the National Oceanic and Atmospheric Administration (NOAA) collaborate on advanced weather technology, relying on Connext for real-time radar processing.
We’ve been using RTI products for almost a decade. When we first started experimenting with manipulating a ground robot from the international space station, we quickly realized that pairing our haptic technology with DDS was the way to go to ensure reliable communications. Only DDS can give us the ultra-low latency and rapid data throughput that we need, so that our astronauts can interact with our ground robots across vast and unimaginable distances.”
Dr. Thomas Krueger
Human Robot Interaction Laboratory, ESA
DDS is eminently suitable for telemetry due to its flexibility and ability to process abstraction, data efficiency and location transparency, which make it very flexible…We found the RTI framework to be very valuable, very powerful and easy to learn to use. The support tools are brilliant for finding out what’s going on under the hood.”
Edward J. Younger
Software Engineer, Centre for Advanced Instrumentation, Durham University