Cloud Architect (Connected Vehicle Platform)

EXPERIENCE 8–10 yrs (4+ cloud architecture)

LOCATION Chennai

Role purpose. Own the CVIP cloud design on AWS, from vehicle ingestion to APIs, so it is secure, scalable and cost-productive

Key responsibilities

1. Define end-to-end CVIP architecture

Establish AWS-based architecture covering connectivity, ingestion, microservices, data layer, API gateway, and portals.
1. Design vehicle-to-cloud communication

Implement MQTT, TCP, and HTTPS protocols with device authentication, X.509 certificates, and API tokens.
1. Architect device management

Plan activation, configuration, monitoring, OTA campaigns, and eSIM lifecycle in coordination with the MNO.
1. Design real-time and batch data flows

Use MQTT and Kafka with rule engines, alerts, and hot/cold/archive data lake structures.
1. Plan scale and disaster recovery

Ensure system availability, scalability,



and robust disaster recovery strategies.
1. Define integrations

Integrate with call centre (e-call, b-call), SAP, billing, notifications, maps, and UBI systems.
1. Set security and DevSecOps

Establish security architecture with EKS, IaC, CI/CD, observability, and manage cloud cost reporting.

Skill Set

- AWS IoT Core, EKS/ECS, Lambda, API Gateway, Kinesis/MSK, S3, RDS, ElastiCache, IAM, KMS
- Microservices, event-driven design, REST, MQTT
- Terraform/CloudFormation, Docker, Kubernetes, CI/CD
- Cloud security and high availability design

Good to have

- Telematics / IoT platform (TCU, OTA, eSIM)
- ISO/SAE 21434, UNECE R155 / R156
- AWS Solutions Architect –Professiona

📌 Cloud Architect (Connected Vehicle Platform) (Chennai)
🏢 777 Trinity Technologies
📍 Chennai