OpenDDS Industry Solutions
The OpenDDS project is the secure and scalable connectivity framework connecting and powering next-generation systems.
The fourth industrial revolution calls for revolutionary solutions. OpenDDS technology delivers on its promise to auto manufacturers to make vehicles smarter, more capable, more sustainable, and more exciting than ever before.
As the leading open source connectivity framework, the OpenDDS project meets the safety and security requirements of autonomous systems and is proven in globally adopted, safety-critical product lines across consumer and government markets.
INTERNET OF THINGS (IoT)
IoT opens incredible new opportunities for industry and business innovators. Today's proliferation of connected devices has resulted in a previously untapped cache of data, empowering businesses with meaningful information about productivity, supply and demand, consumer patterns, and much more.
The OpenDDS project facilitates reliable, real-time digital communications that enable companies of all sizes to harness new opportunities and optimize operations in innovative ways.
The OpenDDS project plays a key role in many modern robotics frameworks and is used to develop reusable, scalable, and maintainable systems, especially those with demanding requirements.
OpenDDS technology supports an open architecture, which means software modules and algorithms for robots can be adapted to new platforms and requirements, not only reducing cost and time-to-market for complete robotics systems, but also improving overall system performance.
Aerospace & Defense
Mission-critical connectivity calls for scalability, reliability, and security on an open, modular architecture. The OpenDDS project is the leading open source connectivity framework and is trusted by government and military organizations for critical applications.
The OpenDDS project interoperates with other DDS implementations, helping to minimize integration, maintenance, and upgrade costs, and enabling rapid reconfiguration to meet evolving requirements.