To address the scalability challenge, Renova decided to adopt the Infrastructure as Code (IaC) and Hashicorp Terraform after careful assessment of the client’s existing infrastructure. By using these tools, Renova could efficiently provision and manage the GSM’s environments, allowing for seamless scaling of resources. In addition, the establishment of a baseline through AWS Cloud9 enabled swift and consistent deployment of resources across accounts, ensuring that future changes or the addition of new resources can be easily accommodated, aligning with the dynamic scalability requirements of an EV taxi platform operating internationally.

To enhance the reliability of the GSM solution, Renova collaborated with the client to create a multi-cluster system with an aim to prevent any single cluster from causing system failure. This teamwork between GSM and Renova involved using GitOps on the client side and Infrastructure as Code on Renova’s side to ensure consistent infrastructure deployment across various accounts and regions. By selecting AWS EKS for container orchestration and management, the teams effectively maintained the container clusters used for GSM’s ride-hailing solution. Additionally, Renova simplified the deployment process using Terraform, applying changes to the environment as code, ensuring a consistent and reliable setup across different locations. This approach helped GSM tackle challenges related to geographical distribution, making it highly available to customers regardless of their location.