In its capacity in the homeland and global roles, nowadays GAIKINDO contributes to the development of the industry that leads to the production of environmentally-friendly cars . This is in accordance with national and international trends that require motor vehicles that meet the various requirements for ecological challenges. It starts from the necessity of efficient engines , electrical energy, the use of lightweight and strong materials, as well as features that support the safety of motorists, passengers and pedestrians. Recently, Indonesia also has set an ambitious goal to raise the market share of electric vehicles in Indonesia to 25 percent of total vehicle sales in 2030. Design innovative vehicle products and services – and get them to market first – with SAP solutions.
- With upcoming autonomy of cars, this will also become ever more important to show when a vehicle is in autonomous mode.
- The U.S. auto maker is requiring dealers who want to sell its electric models to ditch the haggling and invest in chargers.
- End-to-end security offerings and our ongoing commitment to keeping our customers secure.
- If you already have cloud ERP – from SAP or any vendor – you can enhance your ERP capabilities with our automotive industry cloud solutions.
Our growing portfolio is built upon decades of automotive expertise so you can design with confidence. The Chinese automotive powerhouse, which already owns Volvo and Lotus, bought 7.6%. As the first W3C initiative in this space, the Automotive Working Group is designed to address the need for standards in a connected vehicle ecosystem. The mission of the Automotive Working Group is to develop Open Web Platform specifications for application developers, enabling Web connectivity through in-vehicle infotainment systems and vehicle data access protocols. I agree to Capgemini collecting and processing my personal data to allow me to receive information on Capgemini services. It can do this while ensuring sustainability goals drive profit growth and customer advocacy.
Can the automotive industry scale fast enough?
Drive your strategic growth and sustainability with our confident, scalable engineering. Exploiting automotive data assets from across the service and production landscapes. Whether you’re an OEM, Tier 1, startup or semiconductor company, get in touch to find out how Arm can help you define and deliver your next automotive technology project. Scalable, high-performance GPUs able to address the complex requirements of a wide range of applications, including ADAS and autonomous perception systems, and cockpit domain controllers.
As we move into a new era of transportation, Arm is powering innovation – engineering the future of software-defined, intelligent vehicles based on our world-class architecture. With new levels of connectivity, energy efficiency, and autonomy, we’re building the future of mobility together. Automation, electrification and in-vehicle user experience are driving requirements for higher computing power across the automotive industry. This computing power must respect the constraints of power consumption, heat dissipation, and packaging space, and allow fast and flexible development while putting functional safety first. Tomorrow’s automotive interior will be fundamentally different in shape and functionality, as end customers demand greater convenience, safety, and individualization. In another game-changing development, software competence is increasingly becoming one of the most important differentiating factors for the industry, for various domain areas, including ADAS/active safety, connectivity, and infotainment.
A digital transformation fueled by hybrid cloud and AI can help you optimize operations and enhance efficiency, agility and product quality by taking advantage of your untapped data. Automotive crash testing is critical for safety; however physical crash testing is expensive, so auto manufacturers use engineering simulation technology to improve designs and reduce physical testing. With Oracle Cloud Infrastructure, car manufacturers can run more simulations and help make cars safer. This will require a sophisticated degree of scenario planning and agility to identify and scale new attractive business models. In 2030, the share of electrified vehicles could range from 10 percent to 50 percent of new-vehicle sales.
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Regulatory and customer expectations to cut emissions, reduce ownership costs and provide smarter services; all of which require new ideas and solutions which go far beyond drivetrain and vehicle optimization. The rise of electric vehicles, for example, creates new synergies between automotive and urban infrastructure organizations. Arm’s smallest and lowest power suite of processors are perfect for constrained, energy-efficient microcontrollers . Ideal for a broad range of automotive applications, including body electronics, sensors, gateways, and SoC management.
Automobiles and other motor vehicles have to comply with a certain number of regulations, whether local or international, in order to be accepted on the market. The standard ISO 26262, is considered one of the best practice frameworks for achieving automotive functional safety. Since it first supplied ball bearings to the Japanese market in 1916, NSK has broadened its range and contributed to all different fields of industry. In particular, the company focused on and moved into the automotive products arena at an early stage. Placing an emphasis on performance and product quality, the company’s business developed in tandem with the automobile industry. The VE-Trac SiC Direct platform achieves new levels of performance, efficiency, and reliability.