RTI and Ansys' collaboration provides a DDS-based embedded platform to leverage Ansys SCADE for developing embedded systems.
FREMONT, CA: "Ansys and RTI have a strong strategic alignment in all major industries ranging from Aerospace, Defense and Automotive as well as answering the specific needs for the implementation of Autonomous Systems," says Vincent Rossignol, Senior Manager, Product Management at Ansys. "RTI provides a certified DDS-based embedded platform which enables users to easily run Ansys SCADE for developing safe, reliable, interoperable and secure embedded systems, which provides our customers with the most efficient environment for their development processes."
One of the leaders in simulation software, Real-Time Innovations (RTI), unveils its partnership with Ansys, one of the largest software framework companies for autonomous systems. The collaboration allows for fast development, testing, and deployment of high-performance, high-reliability distributed systems without the need for their underlying hardware, which is often unavailable or too expensive.
RTI and Ansys customers design the most complex products, from autonomous vehicles to advanced medical robots to sophisticated defense systems. Engineers can design and test their systems against real-world scenarios using RTI Connext's integration with Ansys SCADE and SCADE Display before moving them into production. Ansys SCADE and RTI Connext enable engineers to create and test real-world systems in highly scalable, secure environments.
"Our customers are building some of the worlds most critical and complex systems. Using a proven, realistic simulation environment is a critical first step in creating products that perform as designed," says David Barnett, VP of Products & Markets at RTI. "Through our work with Ansys, engineers have access to an integrated technology approach to functional application design using real-world, real-time data. This technical alliance is an important milestone to build on our work together in automotive, avionics and other challenging applications."