O.N.E. Platform
O.N.E. platform allows to connect any HW component to any SW component independently of a vendor. With this data distribution and scheduling framework the user can build HW/SW architectures of any complexity. „Testing & Validation Phase“ and „Real World Deployment“ are covered by the O.N.E. technology. This results in ONE single environment for development and for productive systems at big scale.
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Product
O.N.E. for Development
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"O.N.E. for Development" goes beyond pure data exchange features of a generic middleware. The platform provides:- Deterministic data exchange- Distributed scheduling- Native tooling- Cloud support- Real-time capability- Many HW/SW InterfacesIt has been extensively used in in testing & validation applications within aerospace and automotive industries.
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Unlisted Product
O.N.E. Middleware
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Future cars will be connected to a collective IoT landscape. This turns a connected car into a system within a system of systems, which enables new business-models and high customization by the end-customer. Think of a smartphone on wheels with full autonomy a.k.a. the software-defined vehicle (SDV). But while connectivity / communication issues in a smartphone might create a major inconvenience, in a car of the future these issues might result in serious consequences. Therefore, SDV technology has to be safe, secure, reliable, real-time capable, flexible, scalable and much more.
Filter Products:
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Product
O.N.E. for Development
-
"O.N.E. for Development" goes beyond pure data exchange features of a generic middleware. The platform provides:- Deterministic data exchange- Distributed scheduling- Native tooling- Cloud support- Real-time capability- Many HW/SW InterfacesIt has been extensively used in in testing & validation applications within aerospace and automotive industries.
-
-
Unlisted Product
O.N.E. Middleware
-
Future cars will be connected to a collective IoT landscape. This turns a connected car into a system within a system of systems, which enables new business-models and high customization by the end-customer. Think of a smartphone on wheels with full autonomy a.k.a. the software-defined vehicle (SDV). But while connectivity / communication issues in a smartphone might create a major inconvenience, in a car of the future these issues might result in serious consequences. Therefore, SDV technology has to be safe, secure, reliable, real-time capable, flexible, scalable and much more.
