Scalable & Secure Software-defined Vehicle Infrastructure for an Auto Manufacturer by Info Services | InfoServices
InfoServices facilitated an auto manufacturer in establishing a highly scalable, multisystem, and secured infrastructure for software-defined vehicles on Microsoft Azure.
Executive Summary
Headquartered in the United States, our customer is a prominent multinational automotive manufacturer with manufacturing facilities spanning eight countries. Alongside vehicle production, the company supplies parts and accessories while providing extensive vehicle safety, security, and information services. Dominating global vehicle sales for 77 consecutive years, from 1931 to 2007, it remains one of the world's largest automakers by unit sales. Info Services collaborated with a multinational automobile company to establish a robust and scalable cloud infrastructure on the Microsoft Azure platform for processing and overseeing data from software-defined vehicles. The project aimed to create a strong, secure, and resilient environment, supervising multiple applications and data teams across various regions and subscriptions. Info Services fostered collaboration among the client architects, network & security teams, Microsoft, and Databricks. They established highly secured infrastructure with RBAC and policy definitions, enabling host-to-host secure communication. They implemented a centralized monitoring solution for all subscriptions using Azure Managed Grafana. Provisioned 28 services across 6 global regions in under 45 days. Enabled deployment of microservices-based apps on private AKS. Achieved (near) real-time data streaming and Delta Lake analytics on millions of messages. Provided end-to-end application and data observability with ITSM integration for SLAs. Provided a centralized monitoring solution. This collaborative effort has resulted in the successful establishment of a highly scalable, secured, and resilient infrastructure for the auto manufacturer's software-defined vehicle data processing needs. The project showcased Info Services' expertise in cloud architecture, security, and efficient implementation using cutting-edge Azure technologies.
Client: Headquartered in the United States, our customer is a prominent multinational automotive manufacturer with manufacturing facilities spanning eight countries.
Managing multiple subscriptions and resource groups while adhering to strict compliance controls. Ensuring availability and fault tolerance for processing millions of vehicle messages. Establishing robust disaster recovery mechanisms across multiple regions. Designing a highly secured infrastructure with RBAC and Policy definitions. As applications are hosted across multiple subscriptions and regions, getting a comprehensive view on the health of the deployed services becomes difficult. This siloed approach leads to gaps in the visibility of what is happening across multiple subscriptions and regions.
Managing multiple subscriptions and resource groups while adhering to strict compliance controls. Ensuring availability and fault tolerance for processing millions of vehicle messages. Establishing robust disaster recovery mechanisms across multiple regions. Designing a highly secured infrastructure with RBAC and Policy definitions. As applications are hosted across multiple subscriptions and regions, getting a comprehensive view on the health of the deployed services becomes difficult. This siloed approach leads to gaps in the visibility of what is happening across multiple subscriptions and regions.
Managing multiple subscriptions and resource groups while adhering to strict compliance controls. Ensuring availability and fault tolerance for processing millions of vehicle messages. Establishing robust disaster recovery mechanisms across multiple regions. Designing a highly secured infrastructure with RBAC and Policy definitions. As applications are hosted across multiple subscriptions and regions, getting a comprehensive view on the health of the deployed services becomes difficult. This siloed approach leads to gaps in the visibility of what is happening across multiple subscriptions and regions.