Innovation et gestion de programmes synchronisée et collaborative pour les nouveaux programmes
Automotive embedded software is increasingly displacing mechanical engineering as the differentiator in the creation of brand experiences. Automotive OEMs are facing tremendous pressure to deliver differentiating mobility experiences or risk being left behind. The differentiation will not be in the traditional vehicle hardware anymore but in the user experience, autonomous, electric, safety and connectivity capabilities powered by software and electronics. In-vehicle embedded software development is increasingly displacing mechanical engineering as the differentiator in the creation of brand experiences. Automotive embedded software is critical for creating the mobility experience of the future.
Automotive embedded software applications are quite different than typical embedded software applications that we find on smart devices such as phones, gadgets, etc. In the automotive applications, real-time complex interactions across multiple-systems such as braking, steering, suspension, power-train, body-electronics, etc. are extremely crucial. Each ECU (electronic control unit) with its embedded software application is part of a bigger much complex electrical architecture that delivers the vehicle level complex features like automatic emergency braking, adaptive cruise control or even seemingly simple features like steering feel, lock-unlock, adaptive-headlights. A single feature might need interactions across 20 or more automotive embedded software applications spread across multiple ECU connected over multiple networking protocols. No single automotive embedded software application performs on its own, it is always part of a much bigger system of systems. Ensuring the timing of its functions, needed inputs, and outputs, data-security is the work of the art of complex control algorithms deployed with the embedded software applications. Choreographing all aspects of automotive embedded software development to seamlessly integrate across product engineering processes is required to create the mobility experience of the future.
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Collaboration en temps réel, référentiel de données centralisé, visibilité interoutils et interprojets, meilleur suivi et reporting des projets pour développer et diffuser plus rapidement des logiciels de meilleure qualité.
Explore the key areas of this solution.
Uncouple complex development processes at the work item level to accelerate innovative development while at the same time easing proof of compliance with DO-178C.
Accelerate Functional Safety compliance for ISO 26262, Automotive SPICE and CMMI standard.
By providing a common source of BOM information across your organization that is flexible and scalable, you can meet and exceed the market demand for more innovative and varied product offerings.
Out of the box integrations with popular tools. Get a rolling start with a wide range of project templates. Free and open API's let you build your own apps and extensions.
Comprehensive, automated history of all artifacts facilitates proof of compliance - Integrate risk management processes leveraging the ISO 14971 template.
Equipping product development organizations with a single, cohesive product ecosystem with multi-directional linking of ALM and PLM data and processes.
Allocate requirements to various downstream functions, features and product architectures while generating the reports, documentation, and dashboards to manage the process. Create, view and edit requirements in MS Office.
Achieve agility while protecting quality and compliance regulations. Keep your approval process as lean as possible but still compliant.
Improve decision-making and project execution with detailed analytics and real-time status reports.
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This webinar introduces ISO 26262, the standard for functional safety in automotive embedded software engineering.
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