Car production trends 2022

Table of contents:

• Big data and data analysis
• human-machine interface
• additive manufacturing

Big data and data analysis

in the age of big data, Advanced Data Analytics allows you to make different decisions throughout the lifecycle of a vehicle. The data collected from the vehicles allows predictive maintenance, informing operators about their fleets and alerting the competent authorities in the event of an accident. In addition, customer automotive data is used to increase sales, optimize supply chains, and improve product design for new vehicles.

Procon analysis

US startup Procon anal anal The solution collects millions of real-time data and analyzes it to enable lenders to instantly assess and mitigate risk. This allows bu rivenditori here PA rivenditori here (BHPH) resellers to expand their business and provide loans to high-risk customers. In addition, it also offers soft soluzioni

Unit 8

the Swiss startup Unit8 uses big data and analytics to offer digital solutions for various industries. For the automotive industry, the startup is developing predictive models that encourage automotive companies to improve their marketing and increase their revenues. These models offer detailed information about product design, price and after-sales service.

human-machine interface

as self-driving cars and related vehicles transform the automotive landscape, it will radically change the way drivers interact with vehicles. Human-machine interfaces (HMIS) use voice or tactile feedback to control vehicles. They expand the scope of how and what aspects of the vehicle are controlled by users. Thus, such interfaces make driving safer and more enjoyable. Another form of HMI includes intelligent virtual assistants that help drivers interact with vehicles and other service providers.

away

American startup Aw The startup is partnering with original automotive equipment manufacturers (OEMs) to reduce HMI development cycle time and improve interface security. Aa ay R also develops solutions to manage driver attention in non-routine situations such as autonomous vehicles that can sometimes require human intervention.

Apostera

the German startup Apostera (VIN lookup) offers an advanced driver assistance system (ADAS). The startup`s platform combines augmented reality (AR), an intelligent camera and 3D monitoring to illuminate the path around complex curves, curves, slopes and intersections. It helps drivers keep track of lanes, prevents collisions and offers autonomous driving options. In addition, the solution can be adapted to any vehicle model or specific OEM requirements.

Blockchain

blockchain has many applications in the automotive industry. It includes the exchange of vehicle data over a secure network and collaborative mobility solutions such as transit, urban transport and delivery. In addition, it is used to verify the supply chain of spare parts or to ensure that raw materials and spare parts come exclusively from legitimate and reliable sources such as VIN check.

Intelligence Cube

UK startup Cube Intelligence is developing a blockchain-based security platform for autonomous vehicles. The startup`s technology uses hash codes to block malicious attacks or break-in attempts on autonomous and connected cars. The equipment used collects real-time data on mobility and emissions. In addition, Cube Intelligence offers car parking and AV parking services, as well as intelligent parking management systems.

DAV

Israeli startup DAV offers a decentralized platform for autonomous vehicles based on blockchain technology. The platform allows autonomous vehicles to detect Avs, service providers or customers around them. Vehicle-to-vehicle (V2V) communication takes place on the blockchain, with smart contracts, or off-chain using DAV protocols. The startup is developing protocols for drone charging networks, drone route planning and open mobility. See more: VIN lookup free

additive manufacturing

3D printing is helping the automotive industry in three main ways. First, it allows you to quickly create prototypes using 3D models, speeding up the design and testing phases. Secondly, it allows production