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COVESA Github Repository

Project Launch Process

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COVESA Briefing/Overview Deck


COLLABORATIVE PROJECTS

Data Expert Group
▶︎ Best Practices
     ▷ Governance
     ▷ Privacy and Identity
     ▷ Data Model Definition
     ▷ API First
▶︎ Data Models and Ontologies
     ▷ Vehicle Signal Specification (VSS)
     ▷ Vehicle Signal Specification Ontology (VSSo) - W3C Collaboration
▶︎ Architecture and Infrastructure
▶︎ Interface Definition
     ▷ Vehicle API
     ▷ Vehicle Service Catalog (VSC)
     ▷ Vehicle Information Service Specification (VISS) - W3C Collaboration
 
Data Expert Group Workshop 2023Q1

Electric Vehicle Charging Expert Group
▶︎ EV Charging Event Data Aggregation Project
▶︎ EV Optimization - Increase Travel Range for Fixed Battery

Android™ Automotive SIG
▶︎ Android Automotive White Label App Store

Security Team

Simulation and Tooling
▶︎ digital.auto

Vehicle Experience and Content - Entertainment BoF
▶︎ In-vehicle Payment SIG

HISTORICAL

Common Vehicle Interface Initiative

Cloud & Connected Services Project

SDV Telemetry Project - On Hold

Events

Industry Events

Industry Events 2023

COVESA Events

October 2022 All Member Meeting

April 2022 All Member Meeting

October 2021 All Member Meeting

May 2021 All Member Meeting

October 2020 All Member Meeting

May 2020 Virtual Technical Summit

November 2019 Technical Summit

May 2019 All Member Meeting

Contact Us

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The fundamental shift from a hardware-based to a software-centric IoT device on wheels requires a rethink to address customer needs. Today, customer value is driven by software features such as infotainment as well as driver assistance and intelligent connectivity features rather than by mechanical functions. This presents a towering challenge, as no company is going to be able to transform the automotive industry on its own. Companies have to collaborate within the automotive ecosystem and build synergies with partners. This is why we believe that open standards and open source, as a model for collaborative development, offer a faster path towards new and rapid innovations.

As part of the CVII, Bosch has contributed and is working on the Vehicle Edge and IoT Event Analytics open-source projects.

IoT Event Analytics is an efficient stream processing and complex event processing (CEP) engine based on a publish/subscribe system. It can run inside a vehicle to (pre)process data and in the backend. IoT Event Analytics platform already includes SDKs for Node.js, Python, and CPP to implement “talents” extend and use the platform. A Visual Studio Code plugin helps you to get productive fast.

The Vehicle Edge is a software stack for vehicle computers. It acts as a bridge to signals and services from field buses and other ECUs. The Vehicle Edge stack combines various software components and is built around the IoT Event Analytics platform. Vehicle signals are abstracted using the GENIVI VSS data model. These VSS signals are made available to vehicle-agnostic applications running in the IoT Event Analytics platform via the KUKSA.val server implementing the W3C VISS standard.

Bosch supports the GENIVI and CVII goal of establishing an industry-wide common vehicle data language and invites the open source community to use and further develop the Vehicle Edge and IoT Event Analytics. In the CVII we look forward to sharing best practices across the industry and to further fruitful discussions and software contributions.

Join the CVII by participating in any of the active subprojects.

For further information regarding the IoT Event Analytics or Vehicle Edge you can contact Lars-Erich-Kiefer, Christian Kerstan or Sebastian Schildt