Internet of Vehicles Solution
The Internet of Vehicles (IoV) solution uses Kingsoft Cloud's public cloud service and IDC hosting service to help automobile companies' IoV application migration to the cloud, to achieve efficient connections between relevant parties such as vehicles, owners, and companies, and to provide users with more convenient and intelligent value-added services. This solution allows automobile companies to meet the compliance requirements of digital transformation and protect existing IT infrastructure investment. In addition, it can make full use of the advantages of Kingsoft Cloud in terms of availability, scalability and security. Users and partners will have a better experience.
Benefits
IDC hosting reducing operation and maintenance costs
Kingsoft Cloud's IDC hosting service can make full use of customers' existing IT investments, reduce management costs, and achieve high-speed networks and unified management with public cloud services.
High availability in multiple data centers
Kingsoft Cloud's multiple data centers and redundant network infrastructure can ensure high availability of the IoV application.
Reduced management costs with PaaS services
Use the Redis service, MongoDB service and big data cluster provided by Kingsoft Cloud to reduce the installation and configuration costs and management costs of services.
Scenarios
IoV Logic Architecture
Hybrid Cloud Architecture for IoV
Kingsoft Cloud IoV Architecture
IoV Logic Architecture
Typically, the IoV application achieves effective interaction between vehicles and vehicle-related personnel by using a multi-layered architecture, and provides high-quality services to vehicle-related personnel through the MNO system, vehicle service platform, application gateway, and third-party systems.
Upstream Data Processing
1. The vehicle terminal sends data to the access gateway in real time (supporting multiple transmission protocols such as TCP Socket, MQTT, and protocol buffer).
2. The IoV gateway distributes data to the message queue.
3. The processing service consumes messages from the message queue service and distributes data to the Redis service or other cache service, or persists to the big data platform according to business needs.
4. The user accesses relevant vehicle status data through a browser orapp
Downstream Data Processing
1. The user sends in-vehicle equipment control instructions through the browser or mobile app.
2. The IoV application service identifies the user control and sends it to the downstream data gateway after it is approved.
3. The gateway sends the message from the message queue service to the vehicle according to the TBox transmission protocol to complete the downstream data control of the entire vehicle.
Hybrid Cloud Architecture for IoV
The IoV application is not an isolated system. Instead, it achieves interconnection among the automotive factory service system, carrier card management system, real-name system, and third-party application system.
Architecture Analysis
Kingsoft Cloud offers dedicated lines to connect the customer owned data centers, Kingsoft Cloud data centers, and vehicles, and to achieve compatibility between the cloud and traditional IT architecture. In addition, Kingsoft Cloud provides hosting services for the customer’s existing servers as a private cloud to protect existing investments and ensure low network latency and high bandwidth.
Kingsoft Cloud IoV Architecture
Kingsoft Cloud implements the logic architecture for the IoV application based on IaaS and PaaS services, helping to significantly reduce the initial investment costs and maintenance costs of the infrastructure.
Kingsoft Cloud Deployment Analysis
In the Kingsoft Cloud deployment architecture of the IoV application, the following services of Kingsoft Cloud will be used: