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Visualizes the chronicle of automotive damages on a widely-used online platform through A-Vibe

AutoTech, the vehicle history checking service owned by Avito, has integrated the A-Vibe neural network into its vehicle condition reports, enhancing the accuracy of their evaluations.

Car history damage visualization on a widely-used automotive site provided by A-Vibe
Car history damage visualization on a widely-used automotive site provided by A-Vibe

Visualizes the chronicle of automotive damages on a widely-used online platform through A-Vibe

In a significant stride towards enhancing the transparency of used car purchases, Avito Auto Internet Technologies have introduced an updated version of their AutoCheck service. The new service, powered by the A-Vibe neural network, promises to deliver more accurate, comprehensive, and accessible vehicle reports.

The A-Vibe neural network processes vast amounts of heterogeneous data related to vehicles, including insurance records, repair histories, traffic accident databases, and vehicle inspection reports. Its deep learning architecture enables it to extract relevant information even from noisy or incomplete data.

One of the key features of the new AutoCheck service is its ability to detect signs of past accidents, not just officially reported ones, but also unreported or minor damages that standard checks might miss. This is achieved through pattern recognition and image analysis capabilities.

The neural network interprets the severity and impact of detected damages, providing users with nuanced information about the extent of damage, repair quality, and potential safety concerns. It also predicts potential mechanical issues linked to previous accident types or wear patterns, guiding buyers on future maintenance expectations.

The updated AutoCheck report interface helps users quickly navigate large amounts of information, making it easier for users, regardless of their level of car knowledge, to understand a vehicle's history. The new design aims to make the process of understanding a vehicle's history more accessible.

The information in the AutoCheck reports is comprehensive and covers various aspects of a vehicle's history, including service history, insurance payouts, mileage, number of owners, and data on legal cleanliness. Additionally, it is now possible to check for free on the AutoCheck website whether the odometer readings of a car have been tampered with. This information comes from more than 2000 sources, including closed databases.

The new AutoCheck report format is already in use for all vehicle checks on Avito Auto, and the updated service will be available to all AutoCheck service users in the near future. The service presents comprehensive yet user-friendly reports, incorporating AI-driven summaries and explanations, to help customers make informed decisions about buying or selling vehicles.

By integrating the A-Vibe neural network, Avito's AutoCheck significantly upgrades its ability to generate precise, thorough, and insightful vehicle and accident histories, providing users a much higher confidence level when evaluating used cars.

  1. The A-Vibe neural network, integrated into Avito Auto's AutoCheck service, processes various types of data from the automotive, finance, and transportation industries, such as insurance records, repair histories, traffic accident databases, and vehicle inspection reports, to deliver more accurate and comprehensive vehicle reports.
  2. Leveraging data-and-cloud-computing technology, the new AutoCheck report interface makes it easier for users of all expertise levels to understand a vehicle's history by navigating large amounts of information and providing user-friendly reports with AI-driven summaries and explanations.
  3. In the automotive sector, the updated AutoCheck service now includes technology that can detect signs of past accidents, even minor damages that may go undetected in standard checks, and evaluate the severity and impact of damages, offering users insights into a vehicle's accident history, potential safety concerns, and future maintenance expectations.

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