CNIPA.AI
검색으로 돌아가기
기록

MANAGEMENT OF VEHICLE NETWORK ACCESS

발명심사 중
1조회수
20청구항 · 3 독립항
§ Ⅰ

개요

발명자

Scott Allen Rittenhouse; Sharika Krishna Kumar

IPC 분류

H4L 9/40H4L 12/40H4L 12/66H4L 67/50

CPC 분류

H4L63/10H4L12/40H4L12/66H4L67/535H4L2012/40215H4L2012/40273

A method is disclosed for controlled access to a vehicle network via a user device. Upon receiving an access request from the user device, vehicle data is retrieved to evaluate whether access conditions are met. A first indication is generated if the vehicle data confirms that predetermined access criteria are satisfied. In response to this indication, a gatekeeping device transitions from a first state, where access to the vehicle network is blocked, to a second state, where access is permitted. This dynamic, condition-based control mechanism enhances vehicle network security by ensuring that only authorized access is granted, based on real-time vehicle status or contextual data. The invention enables secure, automated, and flexible connectivity to in-vehicle systems, supporting a variety of use cases, including maintenance, remote diagnostics, or user personalization, while minimizing the risk of unauthorized intrusion.

원문 (중국어)

A method is disclosed for controlled access to a vehicle network via a user device. Upon receiving an access request from the user device, vehicle data is retrieved to evaluate whether access conditions are met. A first indication is generated if the vehicle data confirms that predetermined access criteria are satisfied. In response to this indication, a gatekeeping device transitions from a first state, where access to the vehicle network is blocked, to a second state, where access is permitted. This dynamic, condition-based control mechanism enhances vehicle network security by ensuring that only authorized access is granted, based on real-time vehicle status or contextual data. The invention enables secure, automated, and flexible connectivity to in-vehicle systems, supporting a variety of use cases, including maintenance, remote diagnostics, or user personalization, while minimizing the risk of unauthorized intrusion.