We believe that everyone needs an Integrated and Open Development Platform (IODP) to leverage model-based development. There is a missing link between product structure driven systems and the functional validation of the product. The heterogeneous tool landscape fuels the interoperability problem. The goal is clear: Digitize your development process as much as possible.
Our Connecting Solutions interlink your existing tools and combine them with efficient and effective state-of-the-art methodologies. They are tailored to your specific needs and connect models, execution, data, automation and processes. This ensures consistent models, the use of the same test procedures across your entire development process and seamless data management. Together, they form an IODP that allows you to assess the maturity of your product at any stage of the development.
Prototypes are essential for this but relying on physical prototypes alone is not enough. Virtual prototypes use virtualization to extend the use of prototypes to early development phases. In later stages, a set of linked simulation models and hardware components or subsystems on testbeds can be used. And finally, the product can be tested in the real world. Virtual, mixed and real prototypes are at the core of an IODP enabling short feedback loops and sound decision making throughout the development.
The shift to software-defined, vehicle-centric development requires decoupled development of software and hardware: hardware according to the V-process, software using agile DevOps. But they need to be validated together in Continuous Integration / Continuous Deployment (CI/CD) cycles. To enable this, we are introducing the functional prototype. It is an advanced data model providing a continuous and consistent view of the state of a product. It allows you to compare the achieved test results of virtual, mixed or real prototypes with the defined target requirements.
With our Connecting Solutions, we solve current interoperability problems and pave the way for continuous V&V in the development process. This will be a key element of future CI/CD toolchains for software-defined vehicles.
- Josef Zehetner, Chief Engineer System Architecture, AVL
- Link virtual and real worlds
- Enable continuous validation of your product
- Provide prototypes for all development phases – virtual, mixed or real
- Close the interoperability gap – models, testbeds, data and processes
Meet the challenges of today and tomorrow with this modular data management solution for data harmonization, integration, search, exploration, and automated processing.
Device.CONNECT™ is AVL’s highly secure answer to mastering the IoT challenges in the automotive industry.
A powerful open execution platform that connects simulation models to the testbed.
Establish the digital thread across multiple projects and get your data-driven engineering off the ground. So that the vision of digitizing the development process becomes reality.
The increasing networking in vehicle development means that components are no longer considered in isolation and that departments have to work across the board. As a result, it is not uncommon for different modeling strategies and tools to clash.
Model.CONNECT™ bridges this gap.
Highlights
Moving steadily into the future: Find out what’s brand new in the field of connecting solutions.
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Modern vehicle development processes are complex, and they involve the entire organization for years. It is becoming increasingly difficult to master the vast complexity associated with vehicle development. Relying merely on heterogeneous simulation
AVL’s Device.CONNECT offers a solution to the auto industry’s need for high-speed, high security data transfer. A close look at the value chain in contemporary automotive development reveals a complex picture.
AVL’s Josko Balic discusses how co-simulation platforms can be used to develop a range of driver assistance systems.